SIGMA GAMMA TAU

AEROSPACE ENGINEERING HONOR SOCIETY

UNIVERSITY OF MICHIGAN CHAPTER

FALL 2019 RESUME BOOK

FULL-TIME – ALL RESUMES

Dear Recruiter, Thank you for taking the time to consider the University of Michigan chapter of Sigma Gamma Tau. Sigma Gamma Tau is the honor society in aerospace engineering. Membership is limited to the top 20% of sophomores, top 25% of juniors, and top 33% of seniors, as measured by GPA; graduate students are also given the opportunity to initiate. All members have demonstrated excellence in coursework, leadership, community outreach, and mentorship. Corporate events, lab tours and seminars, social gatherings, and IM sports are some of the many programs SGT offers. In addition to professional and academic development opportunities, SGT members are also actively engaged at the university and in the community. Members regularly conduct tutoring and review sessions, and volunteering events occur frequently throughout the term. The following resumes represent a wide breadth of achievement and experience. Members include project team leaders, researchers, volunteers, and leaders in the aerospace department and the university. This copy of the resume book encompasses all members seeking full-time employment. Thank you again for your consideration of SGT! If you have any questions about our organization, or would like to coordinate a corporate event in the future, I would be happy to assist; my email is blenhard@umich.edu. Sincerely, Brendan Lenhardt External Vice President Sigma Gamma Tau

Hariprasad Annamalai Present Address: Apt. 101 1115 Willard St., Ann Arbor, MI, 48104

Present Phone: 808-989-1600 Permanent Address: 1549 Kanapu’u Dr., Kailua, HI, 96734

Email: hannamal@umich.edu OBJECTIVE Seeking to obtain a full-time position with focuses in aerodynamics, propulsion, structures or systems engineering EDUCATION University of Michigan, Ann Arbor, MI Bachelor of Science in Aerospace and Mechanical Engineering September 2015 - May 2020 Current GPA: 3.78/4.0

• Relevant Coursework: Aircraft and Spacecraft Structures, Spaceflight Mechanics, Design and Manufacturing, Propulsion, Aerodynamics, Properties of Advanced Materials, Hypersonic Aerothermodynamics

WORK EXPERIENCE Rolls-Royce Corporation, Indianapolis, IN January 2019-July 2019 Fluid Systems Engineering Co-Op

• Supported Trent 1000-TEN air systems team with whole engine analysis using in-house flow network solver • Developed model to determine effects from nozzle guide vane and seal segment oxidation and burnthrough • Analyzed Monte Carlo simulation data for component re-design efforts to increase life and support fleet • Determined trends from production engine data to understand potential sources of loss in SFC improvement • Conducted air system analyses for Trent 7000 engine tests in Derby, UK and the Flying Testbed in Arizona

Rolls-Royce Corporation, Indianapolis, IN May 2018-August 2018 Manufacturing Engineering Co-op

• Developed method to calculate and implement process limits to reduce AE compressor vane scrap rate by ~50% • Conducted analyses to justify scrapping components early in process to support continuous improvement goals • Justified need for automatic measurement of critical feature by reducing Gage R&R % of tolerance by ~50% • Supported new product introduction and analyzed historical data with VBA to predict potential non-conformance

Rolls-Royce Corporation, Indianapolis, IN January 2018-May 2018 Repair Engineering Co-op

• Saved over $140,000 for Rolls-Royce Indianapolis engine programs through technical variances • Developed new repairs for AE2100 pinion gearshaft and exhaust nozzle to support AE2100 fleet • Performed fixed process approvals for maintenance centers qualifying for AE1107, 2100 and M250 engine repairs • Generated repair to replace flanges on outer combustion case of M250 helicopter engine to support M250 fleet • Developed process for US Navy to rework existing T56 turbine vanes for increased power and decreased SFC

University of Michigan and Ford Motor Company, Ann Arbor, MI May 2017-July 2017 Undergraduate Research Assistant

• Supported study of self-sufficient water injection technology in Ford EcoBoost engines • Developed MATLAB code to calculate optimum injected water mass and fuel consumption improvement • Utilized drive-cycle data to present recommendations for design of new exhaust cooling system

WSP Parsons Brinckerhoff, Honolulu, HI May 2016-July 2016 Mechanical Engineering Intern

• Utilized AutoCAD 2016 to layout fire sprinkler and HVAC system components • Designed HVAC layout using an energy recovery ventilator for reconstruction of a preschool • Calculated external and internal thermal loads using Trane Trace 700, and AutoCAD 2016 • Collaborated with professionals to integrate HVAC equipment with electrical and plumbing systems

PROJECT EXPERIENCE Design and Manufacturing II, University of Michigan, Ann Arbor, MI September 2017 – December 2017

• Designed, manufactured and tested a fully functioning four bar linkage with four team members • Utilized ADAMs to simulate dynamic model of linkage motion to determine minimum transmission ratio • Conducted stress analyses on torque transfer joints to ensure integrity of transmission components • Designed mechatronic system with Arduino code controlling linkage motion

SKILLS Computer: AutoCAD, CATIA, Solidworks, Siemens NX, MATLAB, Visual Basic, Minitab, JMP, Microsoft Office

Zachary A. Chambers 9040 Rolling Hill Road, Holland, OH 43528 | (419) 913-7510 | zchamb@umich.edu

Objective Graduate student at the University of Michigan in Aerospace Engineering pursuing entry level career opportunities for Summer 2020. Education UNIVERSITY OF MICHIGAN ANN ARBOR, MI College of Engineering Master of Science in Engineering, May 2020 ·! Cumulative GPA: 3.9/4.0 UNIVERSITY OF MICHIGAN ANN ARBOR, MI College of Engineering Bachelor of Science in Engineering, May 2019 ·! Cumulative GPA: 3.7/4.0 ·! Achievements: College of Engineering Honors Program, University Honors, Dean’s List ·! Skills: Student Pilot, MATLAB, Simulink, C++, AutoCAD, CATIA, StarCCM+, STK, Systema HIGHER INSTITUTE OF AERONAUTICS AND SPACE TOULOUSE, FRANCE Space Summer Program June 2018 ·! Participated in scientific and technical courses, as well as conferences and visits to several companies and cultural sites ·! Relevant Coursework: Launchers, Radiative Heat Transfer Applied to Thermal Control of Satellites, Small Satellite Architectures

and Technologies, Space Military Applications

Work Experience Bombardier 2019 ·! Shadowed at the Aircraft Product Development Center in Montreal ·! Participated in meetings with Acoustics, Control Laws, Advanced Aerodynamics, and Thermodynamics teams ·! Toured production line facility and experimental test facility ·! Learned about the reconfigurable flight simulator and engaged in several flight tests Element 112 2012-2016 ·! Worked in fine dining in various capacities including line cook and experimentation cook ·! Developed three new recipes and trained two new cooks, all within a high-pressure environment NASA Glenn Research Center 2015 ·! Interned at the Glenn Research Center with a focus on computational fluid dynamics within the Acoustics Branch ·! Researched primary causes of aircraft noise and modern solutions ·! Solved problems to implement a numerical model for aircraft wing acoustics ·! Shadowed engineers in the Supersonic Wind Tunnel and Flight Research Building, and engaged in initial flight test planning ·! Presented results of my experience to several managers Owens Corning 2015 ·! Interned at the Flight Operations department of Owens Corning and learned about piloting small jets from corporate pilots ·! Performed tasks for pre-flight checklist and post-flight debriefing ·! Aided in the daily operations of flight planning, scheduling, and aircraft maintenance

Leadership Experience American Institute of Aeronautics and Astronautics 2017-Present ·! Active member of the professional society for the field of Aerospace Engineering ·! Collaborated with other members to organize a large outreach event for local schools to mentor the next generation of aerospace

engineers ·! Designed apparel for other members to purchase during a fundraising event Sigma Gamma Tau 2017-Present ·! Invited member of the national honor society in Aerospace Engineering

·! Coordinated an outreach event to a local school and spoke to twenty students to promote engineering education and enthusiasm about aerospace engineering

·! Volunteered at local organizations on multiple occasions International Samaritan Service Trip 2014 ·! Taught and mentored children attending school within the underprivileged communities of Guatemala ·! Continued work on existing construction projects within these communities, including expanding the school

Project Experience NASA Jet Propulsion Laboratory 2019 ·! Designed a mission concept for a Mars polar impactor ·! Coordinated with a team of fifteen to define mission requirements and present results ·! Communicated regularly with JPL through progress meetings and conference calls Michigan eXploration Lab 2018 ·! Designed, built, and tested a prototype articulating solar panel for use on CubeSats ·! Managed a team of five, including assigning tasks and ensuring progress ·! Communicated results with a technical report and detailed poster Michigan Aeronautical Science Association 2016-2017 ·! Member of the hot fire test team that ensured safe and smooth operations ·! Fabricated small parts and hydrostatically tested the rocket chamber as a member of the propulsion team

MARC CHATTRABHUTI 14812 Otsego Street • Sherman Oaks, CA 91403 • mchattra@umich.edu • (818) 438-9166

OBJECTIVE Driven and detail-oriented aerospace engineer seeking an entry level engineering position starting Summer 2020 to develop advanced/experimental technologies for air and space applications. EDUCATION University of Michigan, Ann Arbor, MI Bachelor of Science in Engineering (Intended Major/Minor: Aerospace/Music) Sept 2015 – Present Fall 2015, Spring 2017, Fall 2017, Fall 2018, Winter 2019 Dean’s List GPA: 3.61/4.0 Coursework: Differential Equations, Multivariable Calculus, Materials & Manufacturing, Dynamics & Vibrations,

Solid Mechanics & Aerospace Structures, Aerospace Propulsion, Spacecraft Dynamics

EXPERIENCE The Boeing Company – Boeing Satellite Systems, El Segundo, CA Part-Time Mechanical Engineer Aug 2019 - Present Electrical and Mechanical Engineering Intern Jun 2019 – Aug 2019 • Analyzed Boeing and/or supplier specifications to create 3D models for satellite parts using Creo Parametric, and

created minimally-dimensioned/source-controlled drawings for use in manufacturing. • Communicated with Boeing procurement agents and engineers from outside departments to expedite disposition of

existing parts, and gained working knowledge of internal procurement policies. • Built and verified pad patterns for PWB design, compliant with IPC standard 7351B, for both space and avionics

applications. PPG Aerospace - Sierracin / Sylmar Corporation, Sylmar, CA Professional Engineering Intern Jun 2016 – Aug 2016 • Worked with process and manufacturing engineering department, under a supervising engineer, on various projects

dealing with transparencies for commercial and military aircraft, namely the V-22 and Bell JMRTD. • Identified and solved various V-22 production line issues, particularly scratch reduction, using DMAIC and data

analysis, and supervised/recorded factory workers through the part production process. • Branched out to different departments to work with electron microscopy, coating attack analysis, sputter deposition,

and window resistance measurement. • Published engineering documents on company intranet and pioneered a work instruction template to be used by

factory workers on all aircraft production lines. • Gained invaluable knowledge and familiarity with the professional engineering environment.

PROJECT EXPERIENCE University of Michigan, College of Engineering, Ann Arbor, MI Space Flight Mechanics: Orbital Weapon System / Geostationary Satellite Deorbiter Project Sept 2018 – Dec 2018 • Cooperated with a fellow Aerospace undergraduate to model a geostationary payload delivery system capable of

deploying payloads to earth, which projected the velocity, energy, flight time, and location of the craft at any point along its re-entry into Earth’s atmosphere.

• Used CATIA to simulate a launch of a payload into geostationary orbit using available rocket specifications, and developed a comprehensive “targeting system” which could predict the return trajectory from a geostationary orbit parallel to Houston, Texas given an input delta V and accounting for atmospheric drag.

• Delivered a final AIAA-compliant technical paper which explored the feasibility of an orbital weapon system given our results, and presented a targeting system that would allow users to know the burn direction and magnitude necessary to hit any geographic coordinate on Earth.

Introduction to Aerospace Engineering Systems: Hovercraft Team Build Project Sept 2018 – Dec 2018 • Used CATIA and STAR-CCM extensively to design and build a payload-retrieving drone hovercraft. • Worked with CAD, simulation, CAM, CNC machining, composites, and microcontrollers to create final hovercraft • Presented final report on design, performance, and modifications for an extraterrestrial environment on Titan.

Introduction to Engineering: Balloon and Blimp Team Build Project Jan 2016 – Apr 2016 • Designed, built and tested two different flight vehicles, a balloon and blimp, with two different five-person project

teams to fly in a competition against teams in the course. • Prepared and presented report on both flight vehicles which discussed specifications and performance. • Finished in first and second place out of eight teams for the two blimp competition trials.

Introduction to Gas Dynamics: Hyperloop Team Design Project Jan 2016 – Apr 2016 • Designed theoretical proposal for a Hyperloop pod to travel inside a low pressure tube from Los Angeles to San

Francisco tube in under 40 minutes. • Collaborated with instructor-selected partner to develop pod design and create aero-thermodynamic analysis of pod

and tube air flow using MATLAB and following broad project specifications. • Submitted 35-page final report at end of semester discussing the Hyperloop design process.

SKILLS Computer: Matlab, MS Excel, CATIA, STAR-CCM, Creo Parametric, Mentor Xpedition Languages: English (Fluent), German (B1), Thai (A1) Licensed Private Pilot ACTIVITIES Sigma Gamma Tau Honor Society Executive Board Jan 2018 – Dec 2018 Mobile DJ Jan 2017 - Present

Jared Chin Cell Phone: (845) 825-7945 US Citizen Email: chijared@umich.edu

Current: 1351 Washtenaw Ave Secret Clearance Permanent: 9 Castle Hill Lane, West

Ann Arbor, MI 48104 Nyack, NY 10994

Education University of Michigan, Ann Arbor, MI Expected Fall 2019 B.S.E in Aerospace Engineering

GPA: 3.6/4.0

Major GPA: 3.71/4.0

Graduate Coursework: Computational Methods, Combustion Processes, Finite Element Methods,

Viscous Flow, Aerospace Computing

Experience Raytheon Missile Systems May 2019 – August 2019 Energetics & Propulsion Intern • Designed and modeled components using CREO Paramteric

• Conducted trade study on system architecture and component design and placement

• Used Excel and VBA to manage system mass properties

Michigan Aeronautical Science Association Fall 2016 – Present

Propulsion Team Member • Collegiate Rocket Team creating a bipropellant liquid engine rocket for Base11 competition

• Design and optimize parts of the rockets for mass using SolidWorks

• Performed FEA on various engine components and analyzed results using ANSYS

• Assembled and completed tests of liquid rocket engine in static hot-fire tests

Code Subteam Lead Fall 2018 – Present • Modeling pressurization of the oxidizer tank and simulating heat transfer through pressurant

gas and propellant to determine collapse factor using MATLAB

• Designing a bang-bang solenoid control system to maintain tank pressures. Led small scale

testing of control system

• Updating performance code to influence design decisions

Chief Safety Officer June 2018 – May 2019 • Responsible for safety of all members and testing procedures

• Conducted detailed risk and hazard analysis of system architecture and safety analysis of

test facilities

Engineering 205: Introduction to Aerospace Engineering Systems Winter 2018 Controls and Payload Lead • Designed, built, and tested a hovercraft for speed and payload retrieval competition

• Created CAD model of hovercraft and components using Catia

• Ran flow simulations using StarCCM+ to conduct a trade study on hovercraft design

• Developed a radio controller system incorporating Arduino, receiver, and PCP boards

Activities Sigma Gamma Tau – Aerospace Engineering Honor Society

• President, represent the society and manage other board members

• Internal Vice President, organized member events and interfaced with faculty

AIAA - American Institute of Aeronautics and Astronautics

Skills

SolidWorks | ANSYS | MATLAB | Creo | Catia | STK | StarCCM+ | VBA | Python | C | Arduino | Microsoft Office |

Cameron Fish 248-930-6106 |fishc@umich.edu |7100 Wing Lake Rd Bloomfield Hills, MI

EDUCATION University of Michigan, Ann Arbor, MI Graduation: April 2020 Bachelor of Science: Aerospace Engineering Dean’s List: 6 semesters Minor: Financial Mathematics GPA: 3.83 / 4.00 WORK EXPERIENCE Project Engineering Intern — Williams International, Pontiac Michigan My 2019 - August 2019

▪ Evaluated new air oil separator for oil consumption efficiency improvements through testing and post-test data analysis ▪ Designed tool mechanism to install o-rings and lip seal components effectively while reducing engine assembly time by 15 minutes ▪ Wrote python program to calculate test engine windmill times using transient start data to respond to engine specifications

Special Projects Intern — Route One LLC, Farmington Hills Michigan May 2018 - August 2018

▪ Developed and analyzed various use cases for blockchain technology to increase company efficiencies and to provide future capabilities to broaden RouteOne’s business processes

▪ Engaged and led 300 customers through a rapid system upgrade process to ensure compatibility and increased security ▪ Identified 150 potential new customers aligned with RouteOne value proposition through analysis of recent sales data while prioritizing

those who had not yet entered eContracting agreements

Engineering Learning Center Tutor — University of Michigan September 2018 - Current ▪ Coached students to improve their learning skills, studying strategies, and note taking ability through guided one-on-one sessions ▪ Provided direct tutoring assistance to walk-in and scheduled appointments for math, aerospace, and physics classes that included help

preparing for exams, completing homework assignments, and understanding conceptual questions EXTRACURRICULAR EXPERIENCE Test Lead — Society of Women Engineers Team Tech November 2018 - Present

▪ Communicated with engineering sub-teams to schedule and perform sound testing used to verify design intent and to ensure compliance with competition requirements

▪ Utilized STARCCM to run simulations for propeller lift capabilities and to calculate the necessary power needed by the propeller motor

Student Engineer — Michigan Vertical Flight Technologies March 2018 – November 2018 ▪ Designed personal VTOL transportation mechanism to allow for quick post-flight assembly while lowering the overall price and reducing

the total mass of the VTOL vehicle by 15 pounds ▪ Created a sponsorship package to increase outside company collaboration through resume books, team advertisements, and competition

sponsors Fundraising Chair — University of Michigan Men’s Club Soccer April 2018 – Current

▪ Created a new council to oversee company sponsorships, club fundraising events, outreach events to increase club presence in the University of Michigan community

▪ Organized and coordinated company outreach to garner sponsorships that will increase club funds to purchase new jerseys and to provide financial aid to players in need

LEADERSHIP & INVOLVEMENT

▪ Pertovich Emerging Leaders Program ▪ Sigma Gamma Tau Aerospace Honors Society ▪ University of Michigan Men’s Club Soccer – Captain, Head of Sponsorship ▪ Delta Tau Delta Fraternity Member

PROFESSIONAL SKILLS & QUALITIES

▪ Software — Matlab, Python, Catia, NX, Microsoft Office Applications ▪ Core Strengths — Communication, Leadership, Teamwork, Adaptability

Nicholas Smith Gibbs

Current Address 832 Packard St Apt. 12 Ann Arbor, MI 48104

nicgibbs@umich.edu (970)-291-9737

Permanent Address 31415 Deerwood Ranch Road Steamboat Springs, CO 80488

Education University of Michigan, Ann Arbor, MI B.S.E. in Aerospace Engineering M.S.E. in Aerospace Engineering Major: Aerospace Engineering GPA: 3.87/4.00

Expected Graduation: April 2020 April 2021

Experience Williams International, Pontiac, MI Jet Engine Compression Engineering Intern

x Modeled new parts and remodeled migrated parts from CREO, in NX, for small turbojet and turbofan compression systems for military and civilian applications

x Generated technical drawings for engine parts and assemblies in NX drafting x Utilized Teamcenter to track part development and generate change release orders x Wrote and executed test plan to assess viability of chipped fireproof case coatings

University of Michigan Club Gymnastics, Ann Arbor, MI Gymnastics Coach

x Coached 30+ university students on technique and safety at varying skill levels x Coached the team to a national championship over 90+ other universities last year x Generated routines and practice schedules to assist gymnasts to be successful

The Brown Jug Restaurant, Ann Arbor, MI Server

x Manage time efficiently to seat customers, take orders, deliver drinks and meals, assist in food preparation, and guarantee customer satisfaction

x Utilize situational awareness to solve customer and staff problems in real time

May 2019 – Aug. 2019 August 2018 – Present July 2019 - Present

Projects AIAA Aircraft Build Team, University of Michigan, Ann Arbor, MI Team Captain

x Manage all high-level aspects of team operations and final design decisions x Formerly, managed construction, logistics, cross sub team communication,

collaboration, and testing as the chief systems and construction engineer x Fabricated wing, fuselage, and mechanisms using wood, plastics, and composites x Designed and analyzed craft aerodynamics using XFoil and AVL CFD packages x Competed in a design, build, fly competition to design a military carrier style

bomber for use on an aircraft carrier hosted by the AIAA national chapter Hovercraft Design Competition, University of Michigan, Ann Arbor, MI

x Designed, built, and tested remote hovercrafts to compete in a university wide competition, in which we took 2nd place

x Team lead for mechanisms and presentations to gain industry-like experience x Designed and optimized craft design using Catia and STARCCM packages

Blimp Design Competition, University of Michigan, Ann Arbor, MI x Designed, built, and tested remote blimps for school competition, which placed 1st x Team lead for aerodynamics and presentations focused on envelope fabrication x Prepared reports and presentations on the design and construction of the blimp

Sep. 2017 - Present

Sept. 2017 – Dec. 2017

Jan. 2017 - April 2017

Activities Varsity Gymnast at the University of Michigan, Ann Arbor, MI x Trained and competed in floor and vault for the University of Michigan x Effectively managed time between athletics and academics, while utilizing

dedication and strong work ethic to succeed in both respects Member of Sigma Gamma Tau Honor Society, Ann Arbor, MI

x Active participant in the nation’s leading aerospace honor society SGT x Volunteer with youth around Michigan to promote aerospace engineering

Member of AIAA Local and National Chapters, Ann Arbor, MI x Attended the AIAA SciTech conference to gain insight into industry innovations x Volunteered with aerospace outreach events to promote youth aerospace engineers

Sept. 2016 – Dec. 2017 Jan. 2018 - Present Dec. 2017 - Present

Computer Skills

Languages: Mathworks MATLAB, C++ Applications: Microsoft Office, NX, CREO, Teamcenter, CATIA, SolidWorks, StarCCM, AVL, XFoil

Honors Member of the Sigma Gamma Tau Aerospace Honor Society Jan. 2018 - Present Reached the Michigan’s Dean’s List for five terms of college Jan, May: 2017, 2018, 2019

CALEB GOLDSTEIN619 E University Ave, Apt 705 • Ann Arbor, MI 48109

calebggo@umich.edu • (224) 515-0322EDUCATION UNIVERSITY OF MICHIGAN Ann Arbor, MI

College of EngineeringMaster of Science in Industrial and Operations Engineering, May 2020• Tauber Institute for Global Operations Fellow

UNIVERSITY OF MICHIGAN Ann Arbor, MICollege of EngineeringBachelor of Science in Aerospace Engineering, May 2019• GPA: 3.82/4.00, Summa Cum Laude• Engineering Global Leadership Honors Program, Minor in International Engineering• Awards: Dean's List, University Honors, and Landez Prize for Technical Communication• Activities: SGT Aerospace Honor Society, American Institute of Aeronautics and Astronautics• Study Abroad: Sustainability and Industrial Ecology in Troyes, France (Summer 2016)

EXPERIENCE2019Summer

THE BOEING COMPANY Mesa, AZSupply Chain Strategy Intern• Developed data-driven model for metals supply chain insourcing decisions to based on four

pillars: optimal cost, supplier ratings, capacity and capability, and strategic value• Piloted model implementation across enterprise by examining 30k+ metallic parts with

projected annual savings of 72%• Spearheaded drive to Global Industrial Champion status with potential savings of $49.7M

across F/A-18, P-8, and AH-64 programs

2018Summer

NORTHROP GRUMMAN Rolling Meadows, ILSystems Engineering Intern• Generated work plan for team of 10 software engineers that maximizes productivity to

recover schedule delays and ensure quality delivery for $3M contract• Resolved C++ coding issues including null pointers, memory leaks, and bad logic statements to

accelerate project creating virtual system integration lab by 5 weeks• Optimized code enabling testing of sensor equipment across multiple flight profiles without

expensive aircraft testing to drive cost savings

2016-Present ENGINEERING GLOBAL LEADERSHIP HONORS PROGRAM (EGL) Ann Arbor, MIPresident, 2019• Oversee honors student organization with 80+ members by providing programs for growing

Global Education, Business Acumen, Engineering Excellence, and Leadership Experience• Interface with leadership team to ensure alumni participation, lead monthly society meetings,

and administer annual budget of $50,000+• Align goals with Tauber Institute for Global Operations through supporting coursework in

Topics in Leadership Series including networking, handling ambiguity, and presentations• Created Diversity, Equity, and Inclusion Chair position and integrated with the leadership team

to improve student experience and expand the organization's impact on campus

2019Spring

UNIVERSITY OF MICHIGAN: ENGINEERING 101 Ann Arbor, MIGraduate Student Instructor• Hosted interactive office hours and review sessions responding to changing student demands

to ensure success of 400 student class• Instructed students MATLAB and C++ Engineering concepts focused on skills directly

applicable to their majors to give an advantage in classes and recruiting events

2018Fall

UNIVERSITY OF MICHIGAN: AEROSPACE 405 Ann Arbor, MITeam Lead• Constructed a prototype of an emergency drone parachute capable of slowing large drone to a

safe impact energy to protect pedestrians from growing risk of drone failure• Applied mechanical and electrical engineering concepts to create parachute deployment

system using pressurized air flow with success above 80%• Led team of 5 aerospace engineers ensuring conflict mediation, work delegation, schedule

planning, and skill cultivation for team member growth

ADDITIONAL • Skills: MATLAB, C++, CATIA, Tableau• Amateur chef specializing in stir fry, mac and cheese, and eggplant parmesan

August 2019August 2019

Education UNIVERSITY OF MICHIGAN FALL 2018-PRESENT

M.S.E. in Aerospace Engineering - Focus in Gas Dynamics Expected graduation, December 2019 Current GPA: 4.0

UNIVERSITY OF MICHIGAN FALL 2014-SPRING 2018

B.S.E. in Aerospace Engineering with Physics Minor Honors: magna cum laude - GPA: 3.517

Experience ADVANCED PROPULSION CONCEPTS LAB (PROF. VENKAT RAMAN) - RESEARCH ASSISTANT SPRING 2019 - PRESENT

I used Matlab, OpenFOAM, and Fortran codes to simulate and investigate the behavior of rotating detonation engines using both local machines and remote supercomputing resources (ORNL - Summit). I also updated chemistry mechanisms in legacy Fortran codes (Chemkin to Cantera), accelerated existing codes with CUDA GPU and MPI routines, and patched software version compatibility and compilation issues (Fortran and C++).

WIND TUNNEL VALIDATION OF VORTEX GENERATOR DRAG REDUCTION - AEROSPACE 405 SPRING 2018

I led a team of undergraduates researching whether commercially available vortex generators reduced the total drag on a modern sedan. I used CFD modeling, wind tunnel testing, and full scale validation to determine the effectiveness of these devices and provide a recommendation on their use in a comprehensive report.

DESIGN AND ANALYSIS OF A BUSINESS JET - AEROSPACE 481 FALL 2017

I led my senior design team in the design and analysis of a business jet. I used Matlab, AVL, SolidWorks, optimization, and numerical methods to design a business aircraft that fit a specified mission profile. We developed and refined a conceptual design to minimize fuel burn while meeting all FAR requirements.

Teams and Activities MACH - AIAA DESIGN BUILD FLY COMPETITION SPRING 2016 - SPRING 2018

I led our DBF team’s aerodynamics division in the 2016-2017 design year as we designed and fabricated a remotely controlled tube launched UAV. I used numerical methods, AVL, and CFD to select and size the aircraft’s airfoil, ensure aerodynamic stability, and analyze the aircraft’s aerodynamic characteristics. The team met all of its first year goals and finished in the top half of the 95 teams at competition.

ACTIVE MEMBER OF SIGMA GAMMA TAU - AEROSPACE ENGINEERING HONOR SOCIETY SPRING 2016 - PRESENT

Members of Sigma Gamma Tau represent the top achieving students in their class with an emphasis on both academic achievement, university involvement, and community service.

Honors University of Michigan Dean’s List - Fall 2014, Fall 2015, Spring 2017, Fall 2017, Spring 2018 University of Michigan Honors - Fall 2015, Spring 2017

Wyatt Hanna(989) 590-2717 wyattjh@umich.edu

Current Address 3456 Burbank Drive Ann Arbor, MI 48105

Permanent Address 8428 North Point Shores Alpena, Michigan 49707

Skills SOFTWARE

• CATIA , SolidWorks, STAR-CCM, ANSYS Fluent, OpenFOAM

CODE

• Matlab, Fortran 90, C++, Python

LANGUAGES

• Intermediate proficiency In German

Notable Courses GAS DYNAMICS

• Compressible Flow I • Computational Fluid Dynamics (I and II) • Statistical Concepts for Aero-Thermo-Fluids

COMBUSTION

• Combustion Processes • Advanced Combustion

Adam Hauke 105 Overlake Park, Burlington, VT 05401

adam.hauke@outlook.com • (802) 355-7935 Education University of Michigan, Ann Arbor, MI Bachelor of Science in Engineering in Aerospace Engineering May 2020 Dean’s List: Fall 2016, Fall 2017, Winter 2018 Cumulative GPA: 3.43/4.00 Coursework: Fundamentals of Aerospace Computing, Aerodynamics, Probability Theory Work Experience Pratt & Whitney, Columbus, GA Process Engineering Intern June-August 2019 • Developed searchable database for deviations from standard inspection practices, expected to save inspectors up to

one hour a day and reduce number of nonstandard parts removed from service due to inability to find documentation • Created process flow maps, identified key process characteristics, and gathered regulatory documents for use in

packages for validation of assembly procedures • Drafted engine manual revisions and clarified work instructions to aid mechanics with familiarization and integration

of new overhaul processes • Identified and documented failure modes in high-pressure turbine assembly process • Authored First Article Inspections to ensure compliance with FAA regulations

Project Experience Aircraft Design University of Michigan: Senior Design Project Fall 2019 • Design and optimize a wide-body commercial aircraft that is compliant with FAA regulations • Conduct multiple peer design reviews M-Fly Student Aircraft Design Team: Propulsion Subteam September-December 2018 • Designed motor testing stand utilizing strain gauges to analyze engine performance • Optimized wiring systems to minimize weight of the aircraft

Aerospace Engineering Systems Hovercraft Design Project September-December 2018 • Designed and built a hovercraft using CATIA and Star-CCM+ to simulate the performance of the vehicle • Created flight controls software utilizing an Arduino microcontroller Activities & Skills Sigma Chi Fraternity Head of Recruitment April 2017-February 2018 • Planned recruitment activities and directed the selection process to initiate 38 brothers from over 500 candidates • Surpassed new membership goals to achieve a 15% budget increase for future recruitment periods Sigma Gamma Tau Aerospace Engineering Honor Society January 2018-Present • Coordinate community outreach events to introduce young students to aerospace concepts • Tutor peers in aerospace coursework Software Proficiency: C++, MATLAB Software Familiarity: XFOIL, AVL, Simulink, Mathematica, CATIA, STAR-CCM+ Mechanics: Hand tools, woodworking, and various home improvement techniques Interests: Skiing, Golf, Hockey

PAUL S. KNUDSEN US Citizen

980 Jennings Road, Whitmore Lake, MI 48189 ● (734) 972-6957 ● pknudsen@umich.edu

Seeking an internship for Summer 2020 in Aerospace Controls

EDUCATION

University of Michigan, Ann Arbor, M January 2019 – December 2020 M.S.E in Aerospace Controls G.P.A 3.53/4.00 Dean’s List: Winter 2019 University of Michigan, Ann Arbor, MI September 2016 – December 2018 B.S.E in Aerospace Engineering G.P.A. 3.59/4.00 Graded for Orbital Mechanics. Fundraising chair for SGT. Dean’s List: Winter 2017, Fall 2017, and Fall 2018

WORK EXPERIENCE

University of Michigan Michigan eXploration Laboratory InternshipsResearch Intern for Professor Cutler Spacecraft Operations on the TBEx Satellites May 2019 – August 2019

• Determined which satellites were the TBEx objects after launch from SpaceX OPM data using STK • Created a ground station scheduling program to autonomously listen for spacecraft beacons • Developed tools to analyze raw GNU Radio binary data which were used to extract previously undecodable beacons

Optimization of Attitude Determination and Control Systems for MARIO Spacecraft May 2018 – August 2018 • Wrote MATLAB code to optimize the placement of sun sensors to reduce angular uncertainty in attitude estimation • Optimized power systems design by integrating sensor and solar panel design placements • Upgraded solar power simulation code with a radiation module developed using data from SPENVIS

Graduate Student Instructor for Sophomore Aerospace Lab January 2019 – Present

• Primary lab instructor for 4 labs in a hovercraft design build test course teaching CATIA and StarCCM • Developed new curriculum for this class

PROJECTS

Michigan eXploration Laboratory Solar Lead & Operations Lead September 2018-Present • Tested solar cells for use on the MARIO CubeSat and integrated solar panel boards • Discovered flaw with soldering method which allowed several previously unusable cells to be recovered saving

thousands of dollars • Wrote Python control code and drivers for a single axis high-altitude balloon payload control system

Spacecraft Design in SPACE 582 Fall 2018• Individually wrote a direct, interplanetary low thrust trajectory optimization code in MATLAB • Completed a mission proposal and preliminary design of a Martian Methane sensing spacecraft

Michigan Aeronautical Science Association (MASA) September 2016 – May 2018• Developed code to simulate a regeneratively cooled combustion chamber • Tested a zirconium oxide coating to reduce heat transfer in the nozzle to allow for thinner walls

Computational Methods with AEROSP 423 Winter 2018• Wrote a thermodynamics analysis code to predict temperature in cooled turbine blades • Created a time integration CFD code of the shallow fluid equations to simulate fuel sloshing

SKILLS

Operating Systems: Windows ● Linux

Languages: C\C++ ● Arduino ● MATLAB ● Python ● Bash

Applications: SolidWorks ● STK ● Mathematica ● SPENVIS ● SRIM ● StarCCM ● LTSpice ● CATIA ● XFOIL ● AVL

● LaTeX ● Git ● SVN ● Simulink ● Microsoft Office ● GNU Radio

Manufacturing: 3D Printing ● Band Saw ● TIG Welding ● Soldering

Brendan James Lenhardt 1600 Sage Court, Grand Rapids, MI 49525 • 616-881-1204 • blenhard@umich.edu

Education University of Michigan, Ann Arbor, Michigan

• M.S.E. in Aerospace Engineering (with concentration in gas dynamics), degree anticipated May 2020 • B.S.E. in Aerospace Engineering, degree earned May 2019 • GPA: 3.55/4.00 (Undergraduate), 3.64/4.00 (Graduate)

Work Experience University of Michigan, Ann Arbor, Michigan Graduate Student Instructor September 2019–Present

• Engineering 100 (Introduction to Aerospace Engineering – “The Blimp Course”): conducting laboratory sessions where student teams design, build, and test simple flight vehicles; grading assignments

• Aerospace Engineering 305 (Aerospace Engineering Laboratory I): conducting laboratory sessions demonstrating instrumentation and methods of measurement in engineering testing; grading assignments

Williams International, Pontiac, Michigan Engineering Intern (Electrical Components) May 2019–August 2019

• Standardized procedure for wiring harness design using NX 11 modeling and electrical routing applications • Designed test fixtures for evaluating new electrical components using NX 11; generated drafts and ordered

part fabrication from third-party manufacturer for future use • Assisted engineers in updating various part drawings and manufacturing plans

University of Michigan Gas Dynamics Imaging Laboratory, Ann Arbor, Michigan Student Research Assistant May 2018–July 2018

• Assisted research team investigating rotating detonation engine (RDE) combustion • Developed modular MATLAB toolbox, capturing typical aerospace propulsion components, to generate

thermodynamic cycle models of various propulsion systems Vibracoustic, South Haven, Michigan Test Lab Intern May 2017–August 2017

Projects Noise Emission Reduction from Unmanned Aerial Vehicles (SWE Team Tech) March 2018–April 2019

• Led propeller design for quadrotor UAV, using CATIA V5, for minimized noise emissions • Streamlined design process by generating airfoil cross sections via MATLAB function; read output files into

CATIA V5 to position cross sections in propeller model; presented findings to Northrop Grumman Stall Detection System for Small UAVs (Senior Design Project) January 2019–April 2019

• Led a team of five in designing and fabricating angle of attack sensors for use on small commercial UAVs • Designed components using SolidWorks; estimated vane pitching moments using Athena Vortex Lattice

(AVL) and MATLAB; compared simulation data with experimental data to validate design method • Tested system accuracy in wind tunnel; compared candidate weights and costs; determined vane-based

system to be most feasible for use on small UAVs Next-Generation Commuter Aircraft (Senior Design Project) September 2018–December 2018

• Conceptualized a battery-powered, nine-passenger commuter aircraft for minimized direct operating costs • Estimated component weights and sizes using MATLAB; modeled conceptual design using SolidWorks • Wrote AVL wrapper into MATLAB design code to automate aerodynamic behavior analysis

Skills

• Proficient in CATIA V5, SolidWorks, NX 11 (including electrical routing application), MATLAB, AVL, Xfoil, Visual Basic for Applications, Geometric Dimensioning and Tolerancing (GD&T), STAR-CCM+

Activities Sigma Gamma Tau (Aerospace Engineering Honor Society) September 2017–Present

• External Vice President; facilitated events to connect students to employers AIAA (American Institute of Aeronautics and Astronautics) September 2016–Present

• Coordinated with companies attending career fairs; attended to space and meeting needs MRun (University of Michigan Running Club) September 2015–Present

• Ran in the Race Across Michigan, an annual 184-mile relay from Detroit to South Haven and fundraiser for Special Olympics Michigan; teamed with 70 runners to raise nearly $100,000 over four years

Benjamin Baruch Leser benleser@umich.edu U.S. Citizen 907 Lincoln Ave (917) 838–7377 Ann Arbor, MI 48104 OBJECTIVE Looking to pursue a career in space mission design and navigation. EDUCATION University of Michigan Ann Arbor, MI

BSE Aerospace Engineering Graduating Dec. 2019 Minor Electrical Engineering – Telecommunications GPA: 3.70

EMPLOYMENT NASA Goddard Space Flight Center Greenbelt, MD

Near Earth Network Support Intern Jun. 2019 – Aug. 2019 • Led a team in prototyping the next-generation tool for network loading • Provided flight dynamics expertise to support communication analyses Navigation & Mission Design Intern Jun. 2018 – Aug. 2018 • Designed ballistic transfers to Sun-Earth L1 libration point orbits • Found low-cost options for smallsats to insert into various orbits NASA Langley Research Center Hampton, VA Vehicle Analysis Intern Jan. 2018 – May 2018 • Used costing tools to model the lifecycle costs of past missions • Contributed data to a study validating the accuracy of the tools

PROJECTS Optimal Control Course with Applications to GTOC Ann Arbor, MI Astrodynamics Special Topics Student Jan. 2019 – Jun. 2019 • Applied optimization methods to basic trajectory design problems • Placed 16th in the 10th Global Trajectory Optimization Competition Mars Impactor Ann Arbor, MI Telecommunications Team Lead Jan. 2019 – Apr. 2019 • Developed a mission to study subsurface ice deposits on Mars • Performed trade studies to determine possible launch windows • Led a team in sizing potential telecommunication architectures Demonstration of a Low-Energy Earth Return Transfer Ann Arbor, MI Astrodynamics Student Nov. 2018 – Dec. 2018 • Wrote a MATLAB library for multi-body trajectory design • Used the tool to design an interplanetary-to-Earth return transfer Numerical Determination of Vertical Orbits Ann Arbor, MI Intro. Astrodynamics Student Nov. 2017 – Dec. 2017 • Researched multi-body mission design and the three-body problem • Used a targeter to find the Sun-Earth L2 family of vertical orbits

ACTIVITIES Sigma Phi Society, Former Vice President Sigma Gamma Tau Aerospace Honor Society, Active

SKILLS Experienced: MATLAB, GMAT, STK, Python Knowledgeable: HFSS, C++, PSOPT, SEER, PRICE TruePlanning Strong written communication skills Great work ethic

MICHAEL A. MAY 603 East Huron St, Apt 310 • Ann Arbor, MI 48104 • maymicha@umich.edu • (207) 595-1914

EDUCATION

UNIVERSITY OF MICHIGAN Ann Arbor, MI MSE Industrial & Operations Engineering, Engineering Management & Operations Research May 2020 • Recognitions: AEROSP 405 Graduate Student Instructor, Tauber Institute for Global Operations Fellow, HSF Scholar

BSE Aerospace Engineering, Minors in Mathematics & International Studies (Business emphasis) May 2019 • Honors: Summa Cum Laude (GPA: 3.88/4.0), James B. Angell Scholar, Honors Design & EGL (Operations) concentrations • Affiliations: Sigma Gamma Tau, Tau Beta Pi, Engineering Global Leadership (EGL) Honors Society, SHPE, MACH, Psi U • Scholarships: Boeing, Ford Blue Oval STEM, Chrysler Foundation, HSF, SHPE Foundation, NACME Engineering

PROFESSIONAL EXPERIENCE

THE BOEING COMPANY Everett, WA Leadership Development Program, EDC Paint Operations Intern Summer 2019 • Spearheaded the standardization of the 787’s decorative paint processes across Everett Delivery Center (EDC) hangars • Consolidated tribal knowledge across hangars and identified best paint practices through field work and data analysis • Developed standardization tools and sustainability strategies to effectively reduce process times and increase capacity

GULFSTREAM AEROSPACE CORPORATION Savannah, GA Advanced Aircraft Program, Airframe Loads & Dynamics Intern Summer 2018 • Performed Flex-to-Rigid (FTR) analysis on GVII aircraft to determine aeroelastic variations in stability & hinge derivatives • Conducted aeroelastic simulations for various configurations, refining the mathematical models used by Flight Sciences • Developed standardized tool for extracting/organizing NASTRAN simulation data, increasing FTR analysis capabilities

NASA AMES RESEARCH CENTER Mountain View, CA Aeromechanics Simulations Intern Summer 2017 • Conducted wake interference simulations to predict flight dynamics of rotorcraft conceptual designs with SIMPLI-FLYD • Generated isolated-rotor wake models for various configurations in RotCFD to validate SIMPLI-FLYD wake-modeling • Analyzed results, verifying that SIMPLI-FLYD reproduces RotCFD’s basic wake geometry and thrust/power coefficients

GULFSTREAM AEROSPACE CORPORATION Savannah, GA Advanced Aircraft Program, Systems Safety Intern Summer 2016 • Revised the System Safety Assessments (SSAs) for the Lighting and Recording Systems to certify the GVII aircraft • Analyzed the GVII’s systems architecture and interfaces, identifying and recategorizing system-level failure conditions • Updated architecture and Fault Tree Analysis (FTA) to ensure failure probabilities complied with FAA/EASA regulations

LEADERSHIP & VOLUNTEERING EXPERIENCE

MACH, AIAA Design, Build, Fly Team 2017-2019 • Business Manager (2018-2019): Saved $8K in logistics, secured $5k from sponsors, expanded corporate relationships • Aerodynamics Co-Lead (2017-2018): Spearheaded airfoil & wing trade studies, revised design based on manufacturing

and flight-test constraints, led wing assemblies, increased membership by developing aerodynamic software tutorials

SOCIETY OF HISPANIC PROFESSIONAL ENGINEERS 2016-2019 • Professional Chair (2016-2019): Fostered new corporate relationships, improved events (workshops, info sessions,

corporate mixers, etc.) by partnering with larger organizations, reformatted professional events to increase attendance • Treasurer (2017-2018): Expanded income sources, strategically allocated funds to improve events for member

acquisition & retention, and raised $25,000 for 2017 National Conference and 2018 SHPE’d Abroad Volunteer Program

TAU BETA PI, National Engineering Honor Society 2016-2019 • Professional Chair (2018): Developed matching tool that increased member mentoring participation and satisfaction • Volunteered in outreach & college-wide events, tutored in Calc I & II, led review sessions, and mentored underclassmen

ADDITIONAL EXPERIENCE

• AEROSP 483 (2018): Developed preliminary mission design for NASA JPL’s MarsDrop mission surveillance microlander, spearheading the design of structures & stage/deployment mechanisms, design approved for next development stage

• AEROSP 481 (2017): Led the design of 5000 nmi, large-cabin business jet that minimizes fuel burn, performing linear regressions, weight estimates, stability & aerodynamic analysis, design automation, performance optimization & CAD

• RESEARCH: NSF-sponsored Meta-PREM project (Summer 2015), U-M UROP astrophysics simulations (2015-2016) • SEAWORKS CO. (Summer 2015): Business Operations Intern for marine industrial service company in Doha, Qatar • RADAR BRASIL (Summer 2014): Real Estate Development Intern for commercial development firm in Sao Paulo, Brazil

SKILLS & LANGUAGES

• MATLAB, C, C++, FORTRAN, AutoCAD, CATIA, SolidWorks, NASTRAN, RotCFD, STAR-CMM+, XFOIL, AVL, Hyades, Tableau • English (native), Spanish (native), and Portuguese (advanced)

Travis Millar 734-646-1490 | travijam@umich.edu 4831 Whitman Circle, Ann Arbor, MI 48103

EDUCATION

University of Michigan College of Engineering Ann Arbor, MI B.S.E. Aerospace Engineering, Music Minor Graduated May 2019

● GPA: 3.58/4.00 ● Member of Sigma Gamma Tau - Aerospace Engineering Honor Society

M.S.E. Aerospace Engineering, concentrating on Dynamics and Controls Graduating May 2020 EXPERIENCE

Raytheon Missile Systems Tucson, AZ Systems Engineering Intern Summer 2019

● Collated production and supply chain data to augment development and qualification schedules ● Reviewed, documented, and submitted change notices for mechanical and firmware drawings ● Analyzed namerun data to validate labor predictions and improve labor charge reporting ● Sourced test equipment to maintain and improve test set

Variation Reduction Solutions Inc. Plymouth, MI Aerospace Group Intern Summer 2018

● Reprogrammed ABB robot path to optimize scanning speed and data quality ● Modeled vehicle assembly line in MATLAB and Simulink to validate sensor array concept ● Implemented Kalman filter algorithm to improve position estimation and increase line-tracking accuracy ● Developed optical error compensation algorithm to reduce cost and increase flexibility of F-35 inlet duct robotic

drilling tool by enabling the use of solid prism Spherically Mounted Retroreflectors ● Verified algorithm by designing comprehensive test regimen, including the hardware setup, test matrices, data

collection, and data processing to show that the algorithm decreases error to within specified tolerance Pi Innovo Plymouth, MI Hardware Group Intern Summer 2017

● Tested functionality of motor drive controllers for quality assurance before shipment ● Debugged electrical problems with motor drive controllers and wiring harnesses to repair units ● Managed BOMs and E-reqs to quickly order components for rapid prototyping ● Soldered prototype breadboards/PCBs and assembled load boxes for product development ● Coded Python script to consolidate multiple test outputs into a single file for data processing

PROJECT TEAMS M-Fly SAE and AUVSI Aero Design Team Ann Arbor, MI Chief Engineer - Autonomous Plane 2018-2019

● Analyzed mission tasks and rule constraints to develop system requirements and performance goals ● Managed development, fabrication, and testing of all mechanical, electrical, and software components of

Unmanned Aerial System for AUVSI SUAS competition Airframe Lead - Autonomous Plane 2017-2018

● Oversaw modification of COTS airframe and integration with all electronics and hardware ● Designed, built, and tested the payload drop system and landing gear ● Initiated conceptual design of next year’s aircraft and performed configuration trade studies

General Team Member 2015-2017● Designed and built new thrust stand to improve safety, durability, and usability ● Performed trade study on control surface servos to optimize actuation while minimizing current draw ● Tested thrust and power consumption of electric motor and glow engine to validate propulsion design ● Designed, built, and tested reliable and robust payload drop system

Senior Aircraft Design Course Fall 2018● Used regressions of historical data and iterative weight and performance prediction codes to create preliminary

design of an electric regional passenger aircraft ● Ran trade studies on multiple design parameters to improve preliminary design ● Modeled major aircraft components in SolidWorks

SKILLS ● Languages: MATLAB, Python, C++ ● Programs: SolidWorks, CATIA V5, Creo Parametric 3.0, Microsoft Office Suite

MakaylaM.Miresmmmires@umich.edu|(517)775-6525

CurrentAddress:1780BroadwaySt.Apt.410,AnnArbor,MI48105

PermanentAddress:11125PrestwickDr.,Lansing,MI48917

Education University of Michigan (U-M) Graduation Date: Dec 2019 B.S.E. Aerospace Engineering GPA: 3.52/4.00

Work Experience Research Assistant in Localization of Dolphins Project Sept. 2016 – Sept. 2018 Undergraduate Research Opportunities Program

• Collected kinematic data from dolphins through tracking videos to make direct correlations between their motion and behaviors to make predictions about how they will act • Assisted in designing tags that contain bio-logging sensors by using fabrication methods that included testing different materials and designing different molds • Investigated the maneuverability of dolphins through data processing in Matlab to better understand how adding non-invasive drag elements will affect their maneuverability

Leadership Experience Sigma Gamma Tau (National Honor Society for Aerospace Engineers) Sept. 2017 - Present

Social Chair Board Member • Prepared events to encourage interactions between present society members and inductees which resulted in a mentoring system • Collaborated with The American Institute of Aeronautics and Astronautics (AIAA) and attended their meetings to organize events to encourage social involvement within the aerospace community Initiate • Partook in leading review sessions for aerospace courses to help other students better understand concepts through peer tutoring • Organized an outreach project to inform middle school students about aerospace engineering through an in-class design project

Campus Activities Designing of Cryogenic Liquid Methane Condenser Jan. 2019- Present Aerospace 405 Course

• Worked as a team to build a condenser capable of condensing liquid methane at cryogenic temperatures • Created a scalable condenser design for the Michigan Aeronautical Science Association (MASA) to use for their future projects • Tested the effectiveness of the condenser by first using propane and later using liquid methane to determine the percent yield and flow rate of the condenser International Programs in Engineering June - July 2018 GEA Summer Aviation Program Study Abroad Participant (Toulouse, France) • Completed coursework in aerospace engineering fields and French culture, contributing to a more well-rounded comprehension of aerospace subjects and cultural differences • Attended aeronautical engineering industries resulting in a better understanding of how the concepts in class are integrated in the design and building of an aircraft • Adapted to a different environment and teaching styles that enabled the development of enhanced communication and organizational skills

Society of Hispanic Professional Engineers Sept. 2015 - May 2016 LeaderSHPE Program Freshman Leader

• Delegated roles for members of the SHPE Jr. Outreach Program to organize the STEM Awareness Event of Noche de Ciencias for high school students and their parents • Ensured communication between the U-M chapter and the junior chapter at Western International High School in Detroit for the planning of the SHPE Jr. Outreach Program

Skills Engineering Software: Microsoft Office, CATIA, SolidWorks, Siemens NX, Arduino, Simulink, LabView Programming Languages: Proficient in Matlab, novice in C++ and Python Workshop Experience: lathe, bandsaw, drill press, sheet metal cutter, hole punch

Honors Dean’s List: Fall 2017 and Fall 2018

Presented ScholarPOWER Academic Award on behalf of earning exemplary academic standing Awarded University Academic Honors on behalf of achieving above a 3.5 in Fall 2015 through Fall 2016 semesters

Kaelan J. Oldani 1618 Harbal Drive, Ann Arbor, MI 48105 | 734 • 904 • 4990 | oldanik@umich.edu | US Citizen

EDUCATION University of Michigan, Ann Arbor | GPA 3.96 Dec 2019 • Bachelor of Science in Aerospace Engineering and Engineering Physics • Recipient of the Arthur Singleton and William Branstrom Prizes, Dean’s List, and University Honors Shanghai Jiao Tong University, Shanghai May 2017- Aug 2017 • Three-month study abroad program at the UM-SJTU Joint Institute in Shanghai, China

EXPERIENCE Electronic Products Design Intern | Boeing Defense, Space & Security May 2019 – Aug 2019 • Lead a project for thermal analysis of electrical boards for the O3b satellite • Tested simulations using FloEFD in Creo, FloTHERM PCB, and FloTHERM XT in Solidworks • Also utilized Mentor Xpedition Designer and Layout, Excel, and ANSYS for the project Aerospace Propulsion Grader | University of Michigan Aerospace Department Jan 2019 – April 2019 • Graded weekly homework assignments and collaborated with the Aero 335 Graduate Student Instructor Flight Controls Systems Engineer Intern | Gulfstream Aerospace Corporation May 2018 – Aug 2018 • Lead and supported tests in Iron Bird and Integrated Test Facility labs using IADS, IDEM, and ADI • Reviewed and completed approvals for supplier documents released into Gulfstream database • Conducted a problem report for a command issue by decoding data using MATLAB, building an excel macro to convert to 32-bit binary, and comparing values with specification diagrams Electrical and Software Engineering Intern | Decode Detroit June 2016 – Sept 2016 • Designed and built LED puzzles for a start-up company by using Arduino hardware and C++

PROJECT EXPERIENCE MAISE | Control Support for the Michigan Advanced In-Space Propulsion Team Sept 2017-Present • Designing and building a Pulsed Plasma Thruster in the Plasmadynamics and Electric Propulsion Laboratory for demonstration to the Michigan Institute for Plasma Science and Engineering • Designed a control system for the refurbished PEPL-70 hall thruster and vacuum chamber facility • Soldered electrical connections and used LabVIEW to run the power supplies during testing • Created a mass flow control system using a solenoid to regulate the flow of krypton gas MXL | Member of the Michigan Exploration Laboratory Sept 2018-Dec 2018 • Designed a PCB to test body panels with solar cells using Altium and SolidWorks for the for the 3U CubeSat MARIO (Measurement of Actuator Response and Impedance on Orbit) mission • Created testing procedure documents for the MARIO body panels using LaTEX ACTIVITIES & LEADERSHIP WAA | President of the Women in Aeronautics and Astronautics Sept 2016-Present

• Mentorship Officer 2018 – organized mentorship groups and led mentoring events SGT | Treasurer for the Sigma Gamma Tau Aerospace Engineering Honor Society Dec 2017-Present

• Service Chair 2018 – organized and attended service events within the surrounding communities MTri | Fundraising Chair for the Michigan Club Triathlon Team Sept 2016-Present AIAA | American Institute of Aeronautics & Astronautics Sept 2016-Present

• Professional Development Committee 2016 & 2017 – coordinated and organized networking events SWE | Member of the Society of Women Engineers Sept 2016-Present

WISE RP | Mentor for the Women in Science and Engineering Residence Program Sept 2016-May 2018

• Coordinated events within the community and provided support to first year engineering students

SKILLS MATLAB | Python – Jupyter Notebook | Altium | Mentor Xpedition | Solidworks | CATIA | ANSYS | FloTHERM XT | FloTHERM PCB | Creo - FloEFD | StarCCM+ | C++ | Arduino | LabVIEW | LaTEX | Microsoft Office (Word, PowerPoint, Excel-VBA) | Manual PCB Assembly | Basic Machine Training |

Alexander Philpott 303-579-9557 5395 Nassau Circle E alexphi@umich.edu Englewood, CO 80113

EDUCATION

B.S.E, Aerospace Engineering, Minor in Physics University of Michigan, Ann Arbor, MI GPA: 4.0/4.0 (James B. Angell Scholar) December 2019 WORK EXPERIENCE SpaceX Hawthorne, CA Customer Operations & Integration Intern May 2019—August 2019

• Developed set of criteria to define global, preferred regions for emergency Crew Dragon landings • Built Python scripts to generate geospatial representations of preferred regions for further analysis • Delivered script to create table of deorbit opportunities into preferred regions for astronaut use on-orbit • Programmed tool to generate shift schedules for Dragon launches, reducing scheduling overhead • Designed script to combine similar Crew Dragon alerts for bulk editing, allowing expediated review

DigitalGlobe Westminster, CO Satellite Navigation Systems Intern May 2018—August 2018

• Developed orbit propagator (included semi-major axis, RAAN, and inclination change) to optimize phasing orbits for DigitalGlobe’s next constellation, resulting in delta-V savings of 7.5%

• Built Python software that interfaced with external API, delivering propagations into collision avoidance software and aiding analysis on ~10 high-risk potential collisions per week

• Trailblazed demo cloud-hosted service with Angular (JavaScript) front-end and Django (Python) back-end • Monitored constellation of 5 satellites for potential collisions with space debris and other satellites

SpaceX Hawthorne, CA Flight Reliability Intern January 2018—May 2018

• Analyzed historical wind data to derive design requirements for pad structures at NASA’s Launch Complex 39A

• Provided failure mode effects analysis for subsystems on Crew Dragon capsule

• Developed Python scripts to automate data collection to update failure rates for Crew Dragon risk model DigitalGlobe Longmont, CO

Satellite Navigation Systems Intern May 2017—August 2017 • Built Perl script to automatically check automated processes, notifying of errors and anomalies sooner than previously • Designed interactive dashboard website to display real-time status of all processes in one place • Featured in a DigitalGlobe blog post for work with real impact on the company: bit.ly/DGblogpost

PROJECT EXPERIENCE Ann Arbor, MI Rocket Design Team: Michigan Aeronautical Science Association, Nozzle Co-Lead 2015—Present

• Co-led design, simulation, and manufacture of bell nozzle, utilizing Rao’s Method • Managed 2018-2019 budget of $150,000, Treasurer from June 2016 to December 2017, June 2018 to Present • Designed control board for active control system and programmed Arduino Teensy flight computer

Notable Personal or Term Projects

Ground track generator, lunar orbit analysis (related to Deep Space Gateway), laser debris removal satellite design, OSIRIS-REx mission analysis, and remote-controlled hovercraft

SKILLS

Languages: MATLAB, Python, Perl, C++, Ruby, JavaScript, HTML, CSS, Angular, and Swift Software: Linux, SolidWorks, Ansys, STK, CATIA, SimDesigner, STAR-CCM, Django, and SAPHIRE Courses: Astrodynamics, classical controls, navigation and guidance, structures, aerodynamics, and linear algebra PORTFOLIO: http://bit.ly/APportf, Code repository: http://bit.ly/APrepo

Dario Mecozzi Potter 1942 Bancroft Dr.・Ann Arbor, MI 48108・(734) 223-1053・dmpotter@umich.edu・US Citizen

EDUCATION

M.S.E. in Aerospace Engineering, University of Michigan, Ann Arbor. GPA: 4.0/4.0 May 2020 B.S.E. in Aerospace Engineering, University of Michigan, Ann Arbor. GPA: 3.9/4.0 May 2019 Instructional Aide: Aerodynamics (AE325) Fall 2017, Winter 2018; Aircraft Dynamics (AE341) Winter 2019 EXPERIENCE

Lawrence Livermore National Laboratory, Livermore, CA June - August 2019 Graduate Flight Intern, Advanced Engineering Analysis Group ● Supported the flight engineering group by using US3D to run validation cases on re-entry vehicles and generate

boundary data for thermal and structural analyses. ● Developed Fortran subroutines to implement non-uniform boundary conditions that allowed for experimental,

modeled, or transient temperature distributions to be applied to hypersonic CFD cases. ● Applied US3D subroutine capabilities to integrate CFD results into Fluid-Thermal-Structural Interaction problems. Air Force Research Laboratories, Wright-Patterson Air Force Base, Dayton, OH May - July 2018 High Performance Computing Intern ● Operated the CREATE software, Capstone and Kestrel, to generate meshes and run hypersonic CFD cases for

conceptual rocket-powered and air-breathing aircraft designs. ● Developed a reduced order system identification (SID) model using Kestrel to capture nonlinear behavior, integrated

loads, and stability derivatives, creating a comprehensive medium-fidelity aerodynamic database. ● Evaluated and characterized mesh generation techniques and types of training maneuvers to improve model

consistency, reduce simulation time, and match both static and dynamic high-fidelity CFD data. Exa Corporation, North America Automotive, Livonia, MI May - July 2017 Application Engineering Intern ● Operated PowerFLOW software to prepare meshes, set up CFD cases, and post-process results to predict

aerodynamic efficiency and improve product design within Exa's Automotive and Motorsport Sectors. ● Ran methodology and validation Formula 1 CFD cases to determine best practices for mesh preparation, case setup,

post-processing, and analysis. ● Validated simulation results on the University of Michigan Solar Car and proposed future design changes. Advanced Propulsion Concepts Lab, University of Michigan, Ann Arbor, MI May - November 2016 Research Assistant for Professor Venkat Raman ● Created photo-realistic visualization workflow for post-processing CFD simulations using 3D modeling software. ● Improved post-processing results by generating VR rendered animations of transient data instead of still frames. ● Analyzed the CFD software PyFR to determine its feasibility in high mach number combustion processes. CONFERENCE PAPERS

AIAA Aviation 2019: Dario M. Potter and Timothy A. Eymann. CFD Based Reduced Order Modeling for Hypersonic Vehicles Using CREATE-AV Kestrel. AIAA Paper 2019-3523, 2019. SKILLSProgramming Languages: Python, MATLAB, C++. Proficient in TeX. CFD Software: US3D, CREATE-AV Kestrel, PowerFLOW , Star-CCM+ Aerodynamics Tools: XFOIL, AVL Languages: Fluent Italian, Advanced Spanish ACTIVITIES

MRun: University of Michigan Club Running Team. Previously on Executive Board Sigma Gamma Tau: Aerospace Honor Society. Previously on Executive Board Physical Education Teacher at Clorinda Mato de Turner School in Cusco, Peru Sant’Omobono Archeological Site Volunteer in Rome, Italy

Ariel Budi PrabawaH +1-301-283-1872Aerothermodynamics and high-temperature material thermal response

ARIEL.B.PRABAWA@RAYTHEON.COM subsonic to hypersonic, multidisciplinary teams

2608 Mathews Ave #CRedondo Beach, CA 90278

EDUCATIONApplied and experimental aerodynamics and astrodynamics;Gaussian processes;missile guidance;nonlinear filters;statistical analysis;cooperative attack;

University of Michigan–Ann Arbor Spacecraft integration/test and attitude determination/control;

M.S.E. in Aerospace Engineeringastronaut; angle-only measurement;cooperative navigation;missiles formation; Sep 2016–Dec 2017Concentration in Flight Dynamics and Controls GPA: 3.926/4.000

B.S.E. in Aerospace Engineering, Minor in Statistics precision-guided weapon system;statistical model;wireless datalink;Filters; Sep 2012–Apr 2016Magna Cum Laude, James B. Angell Scholar, Dean’s List, University Honors GPA: 3.704/4.000

EXPERIENCESpacecraft and space mission/constellation design;cooperative guidance;cooperative navigation;multi-missiles;multiple-missiles formation;

Raytheon Company Advanced Development Programs;nonlinear current statistical model; Jun 2018–PresentRotating Systems Engineer, Space and Airborne Systems (SAS) range safety, and space environment; El Segundo, CA

• Conducted 24-hour thermal cycle test shifts to ensure satellite hardware survives operational requirements in space

Rotating Software Engineer, Raytheon Missile Systems (RMS) Tucson, AZ• Automated C++ development with Python scripts and XML databases to generate packer functions, send commandsto external hypersonic missile subsystems, and receive status back following an event-driven Publish/Subcribe pattern

• Collaborated cross-functionally as a team of 6 on a hackathon project that was presented at 2018 RMS Career Expo,featuring security exploits such as spoofed access points, forced deauthorizations, and malicious memory control

• Checked and merged code iteratively every week as Build Manager using Subversion for version control• Ran monthly agile sprint demos to consistently deliver quality, peer-reviewed code and documentation• Assured software design and code is scalable, maintainable, and readable using Jenkins for continuous integration

Lockheed Martin AeronauticsNavigation, guidance, and control systems May 2017–Jul 2017Quality Engineering Intern, F-35 Quality & Mission Success Fort Worth, TX

• Gauged repeatability and reproducibility of a new inspection instrument for F-35 stealth coating, streamlining processverification and bolstering low rate initial production (LRIP) yield from a few jets per month to a jet every few days

• Prescribed corrective actions after analyzing root cause of defective F-35s on the flightline to prevent escapes and curtailcost of poor quality before customer delivery (DD250) using data-driven analytics to guide decision-making

• Built Excel macros in VBA to expedite metrics development time from over two hours to just half an hour

NASA Armstrong Flight Research Center Jun 2016–Aug 2016Flight Operations Student Intern, Code K Edwards Air Force Base, CA

• Interfaced with research engineers and management to ensure smooth test flights of PRANDTL-D, a tail-less unmannedaerial vehicle (UAV) mimicking bird flight that reduces drag by 69% through wing twist manipulation

• Executed hazard analyses on human injury, loss of asset, and mission failure to save the program thousands of dollars• Acted as flight operations engineer to oversee aircraft readiness, aircraft technical management, flight readiness, safety,flight test procedures, aircraft testing, flight support, data management, and post-flight activity

Farhat Research Group, Stanford University Flight/orbital mechanics; Jun 2015–Aug 2015Research Intern, Army High Performance Computing Research Center (AHPCRC) Stanford, CA

• Modeled fluid-structure interactions among porous solids, studying falling paper dynamics as a case study to presentthe accuracy of embedded boundary methods and its limitations to Army Research Lab (ARL)

• Maximized parallel processing power of supercomputers (120–220 cores) using Message Passing Interface (MPI) andscripts (Bash and Python) to run finite volume and finite element simulations

• Earned second place for Best Project Award out of 17 students in the AHPCRC Summer Institute

ACTIVITIESFlight vehicle design and test range operations; Gaussian processes;Global Positioning System;Goniometers;Kinematics;Military aircraft;

• YESNET Employee Engagement Pillar (2019) • Sigma Gamma Tau Most Active Active (2014)• RMS Hackathon Innovation Spot Award (2018) • Tau Beta Pi Best Electee Group (2013)

SKILLSSystems engineering and project management of aerospace systems;Missiles;Navigation;Unmanned aerial vehicles;Weapons;Gauss-Hermite filter;Wireless datalink;

Hardware: Arduino Uno, Raspberry Pi, Xilinx Zynq SoC, built own desktop as a hobbyPlatforms: Windows, Red Hat Enterprise Linux, CentOS, Raspbian, VxWorks RTOS, OS XProgramming: LATEX, Markdown, Matlab/Simulink, R, Python, C/C++, Bash, XML, SQLite, VBA, LabVIEW, HTMLTechnologies: Jenkins, Apache Subversion, Athena Vortex Lattice, Xfoil, Minitab, Slack, STK, Mathematica, ParaView,

Adobe (Acrobat/Illustrator), MS O�ce (Project, Visio), SharePoint, Solidworks, ProE, Teamcenter, Stata,Gmsh, SPSS, 7-zip, Audacity, GIMP, PuTTY, Maple, WinSCP, Google Earth, Trello

Languages: Indonesian (fluent), Spanish (novice) Modeling and simulation of multibody dynamics, Six Sigma Green Belt Certification; nonlinear Gauss-

Hermite filter algorithm;passive angle-only measurements;

SUNIL S RAGHURAMAN

sunilrag@umich.edu 2109 Glencoe Hills Dr, Apt 08, Ann Arbor, MI - 48108 +1 (734) 773-5322 Immigration Status: Permanent Resident OBJECTIVE Enthusiastic Graduate Student pursuing a dual-degree at the University of Michigan. Seeking a challenging work environment to leverage academic knowledge with a Full-time opportunity starting January 2020. EDUCATION M.Eng, University of Michigan, Ann Arbor, MI, USA September 2018 – December 2019* Major: Space Engineering, GPA: 3.9/4.0 MSE, University of Michigan, Ann Arbor, MI, USA September 2017 – April 2019 Major: Aerospace Engineering, Flight Dynamics and Controls, GPA: 3.7/4.0 B.Tech, SRM University, Chennai, TN, India June 2013 – May 2017 Major: Mechanical Engineering, GPA: 3.66/4.0 WORK EXPERIENCE Summer Intern, NASA Ames Research Center Summer 2019* JRSE, Entry Systems Technology Research And Development - Analytical Mechanics Associates INC. Contract

Developed an automated script and app on MATLAB to perform Image Processing & Analysis of cross-sectional Avcoat thermal protection system for the post-flight analysis of the Orion Artemis-1 Mission.

Technical Consultant, Toyota Motor Engineering & Manufacturing Winter 2019 – Fall 2019* Surveyed weather data to identify candidate launch locations for different time windows using scripts on Python and perform data analysis to facilitate an upcoming Kite-Tether mission.

Graduate Student Instructor, LSA Physics, University of Michigan Fall 2018 – Fall 2019* Lectured on experimental methods representing theories learned in classical mechanics in the Physics 136 & 141 laboratories. Applications using VPython resources.

Intern, CubeCab Winter 2019 Assisted in drafting the Launch License application to the FAA pursuant to the DARPA Launch Challenge

PROJECTS Miniature Tether Electrodynamics Experiment (MiTEE) – I & II Winter 2019 - Fall 2019*

Designed, tested, and integrated the flight software algorithms and sensor/actuator systems responsible for determining the orientation of the satellite and slowing rotation rates upon deployment. Assisted software and hardware testing of the MiTEE - I module. Supported Mission Ops and performed orbital analysis.

Rocket Code – Research Project Winter 2019 Coded scripts on Python to calculate and simulate a rocket launch to be used to determine the amount of payload mass the Falcon 9 can carry to a specified altitude as a part of an ongoing research with OneWeb.

Halo Orbit / Stable Manifold Design Fall 2019 Coded scripts on MATLAB to illustrate a Halo Orbit & Stable Manifold around Lagrange Point L2 between the earth and the moon. Used linearization and control principles to devise a trajectory from Earth to L2.

Michigan Bicentennial Archive (M-BARC) Summer 2018 Performed coding to convert and compress image/audio files for Nano-fabrication using MATLAB. Led the EPS board testing module and worked on the tracking protocol using STK.

Designing and Launching Instrumentation on a High-Altitude Balloon (ATLAS) Winter 2018 Obtained images and telemetry data from the different cameras and sensors using an Arduino-Mega controller on a custom designed PCB and attained redundant communication through APRS and LOS.

Deep Space 9 – Potential Next Mars Orbiter Secondary Payload – NASA JPL Fall 2017 – Winter 2018 Led the Communications team and designed the subsystem by determining most optimal frequency, data rate, range, power and antenna specifications. Learned crucial systems engineering principles.

Prevention of Detection of Missiles using Thermal Masking. Winter 2017 Devised methods of modifying nozzle design and propellant composition in preventing Infrared radiation detection by masking and concealing the thermal radiation to temperatures under detectable limits.

COMPUTATIONAL SKILLS AND HONORS Programming skills: C, C++, MATLAB, Python, Altium, Git, CSS Designing/Analytical skills: STK, SRIM, AutoCAD, SolidWorks, CATIA, HyperMesh, Ansys Fluent. Software Certifications: STK - Level 2 Certified in August 2019, Python – Data Science – Coursera in June 2018 Conference Presentations: Presentation at JPL, NASA Ames and ISSC in California in May 2018, July 2019

Max Scherer

11814 Chapel Bells Way Clarksville, MD 21029 (410) 979-7436 | maxwellhscherer@gmail.com | maxwellscherer.com

OBJECTIVE: Curious and hard- working individual with an interest in rocketry, satellites, and space. Seeking a full time position in a fulfilling team-based environment following graduation in May 2020.

EDUCATION: University of Michigan, Ann Arbor – Aerospace Engineering ANTICIPATED GRADUATION DATE: May 2020 CUMULATIVE GPA: 3.72/4.0 AWARDS & HONORS: Dean’s Honor List and University Honors Fall 2016 to present, Class of 1939E Scholarship and LT. Francis Brown Lowry Scholarship for Engineering, Phi Delta Theta Hiram P Holmes Scholarship

RELEVANT COURSEWORK: Courses in Aerospace Engineering topics including technical communication, fluid dynamics, aerodynamics, orbital dynamics, structures, aerospace controls, propulsion COMPUTER LANGUAGES/PROGRAMS: SOLIDWORKS, MATLAB, StarCCM+, AGI Systems Toolkit, C++, CATIA, Java, Python, Microsoft Excel, Microsoft Access, Microsoft Visual Basic

PROJECT EXPERIENCE: Students for the Exploration and Development of Space (SEDS) – TSLS Fall Semester 2018

● Helped optimize the design for a TSLS, a tee-shirt launcher designed to look like NASA’s Space Launch System. ● Began working at Moeller Aerospace before the TSLS was finished being constructed. AEROSP 205 – Sophomore Aerospace Lab Fall Semester 2017 ● Built remote controlled hovercraft which were piloted from a remote television screen and designed to pick up and

deliver a payload in a team-oriented environment. ● Designed and built the structural elements of the hovercraft including but not limited to a fiberglass shell, inlet and

propulsion propellers and mounts, and a specially designed scoop to allow carrying multiple payloads at once. ENGR 100 – Freshman Engineering Lab Winter Semester 2017 ● Built a payload for a GPS-positioned weather balloon to sense temperature, pressure, acceleration, hydrogen levels,

and humidity. ● Connected the sensors to an Arduino Nano through a custom designed PCB to obtain data during flight.

WORK EXPERIENCE: Moeller Aerospace – Aerospace Industry Manufacturing Process Engineering Co-op Jan – Aug 2019

● Full-time structured co-op provided experiential learning and practical work experience in aerospace manufacturing. ● Modeled 3-dimensional aircraft engine components from engineering drawings in SOLIDWORKS and created

operation sheets for each step in the manufacturing process. ● Created 1:1 scale model in SOLIDWORKS of the manufacturing facilities to support rearranging the machine floor. ● Analyzed and generated statistics from data collected on the machine floor in order to visualize trends in non-

conformities on parts. Aerolab, LLC – Custom Wind Tunnel Manufacturing Manufacturing Intern May – June 2017

● Assembled and machined multiple custom wind tunnels, from an indoor skydiving fan to a chemical filtering tunnel for the US government.

● Operated heavy machinery and fabricated in a machining shop. Johns Hopkins University's Applied Physics Lab Student Program to Inspire, Relate & Enrich (ASPIRE) Student Intern Sep 2015 – June 2016

● Applied machine learning in Python to categorize retinas based on severity of macular degeneration.

EXTRACURRICULAR ACTIVITIES: Member of Students for the Exploration and Development of Space (SEDS), Member of Sigma Gamma Tau – Aerospace Honor Society, Intramural flag football, Member of Dance Marathon at the University of Michigan (DMUM)

JONATHAN SIM +1 (734) 223-7750 | jonsim@umich.edu

OBJECTIVE I am an undergraduate in Aerospace Engineering applying for a full-time position starting January 2020.

EDUCATION THE UNIVERSITY OF MICHIGAN, Ann Arbor, MI Expected Graduation: Dec 2019 • B.S.E. Aerospace Engineering GPA: 3.30/4.0 • Sigma Gamma Tau aerospace honor society

• Dean’s List

EXPERIENCE HYUNDAI MOTOR COMPANY Jan-Dec 2018 HATCI Co-Pilot Drone Project Member, Hardware Team • Developed quadcopter drone solution for use with future Hyundai vehicles that improved Field-

Of-Vision around vehicle to full 360°, with vision & object sensing of 434 m in any direction, an

FOV and vision-detection system rivaled only by Land Rover Project Hero

• Drone autonomously aids driver with various tasks, including road obstacle detection &

parking. Vehicle has a dock for landing and storing drone

• Fabrication Lead for Hardware Team, personally fabricated ~40% of final prototype

3M Jul-Aug 2016 R&D SEMS Lab Intern • Member of team that developed 3M Smart Cabling, IT patch panels & ethernet cabling with

integrated RFID chips & LEDs that intelligently match each cable with its appropriate port

• Smart Cabling reduces time of IT maintenance of patch panel cabling in offices by ~70%,

resulting in reduction of IT maintenance costs by ~$6,000 per wiring closet per year

• Evaluated versions of Smart Cabling software, reported bugs & missing features, and rewrote

~60% of UI messages in English-language version of software. Significantly improved user-

friendliness of Smart Cabling UI for 2 out of 3 release countries, which rely solely on the

English-language version of Smart Cabling

AUTARCO May-Jun 2016 Intern/Assistant to COO • Collaborated with Autarco’s COO on various projects in an energetic startup environment

• Inspected factories producing solar inverters and solar racks to perform quality control.

Improved designs of solar racks to reduce aluminum material used by ~30% without

diminishing load-bearing capacity

• Conducted market research on over 3,700 solar suppliers, distributors, and installers for

company’s impending move into US market

• Analyzed data on performance of currently-installed Autarco solar systems vs. modelled

performance, forwarded 32 troubled systems to sales for follow-up with customers. Improved

customer satisfaction in all 32 cases

ACTIVITIES CanSat, Student Space Systems Fab. Lab, Ann Arbor, MI Sep 2016 – May 2018 • Annual competition where teams from different universities design & build a flight vehicle to

meet certain objectives. 2016 year’s objective was to create a solar-powered glider launched by

a rocket. 2017 year’s objective was to design and build a free-falling probe with aerobrake that

would collect atmospheric data on descent. 2018 year’s competition was to build an autogyro.

• Led mechanical subteam that designed and fabricated swing-wing for solar-powered glider

SKILLS Programming C++, MatLab, Java

Simulations X-Plane & Airfoil Maker, XFoil, AVL

CAD SolidWorks & Flow Simulation, CATIA & StarCCM, Autodesk Fusion 360

Productivity Microsoft Office, iWork

3D Printing Stratasys Objet500, Printrbot, 3DSystems Cube3, BCN3D Sigma R19

Other Laser Cutter, Machine Shop Fabrication

PUNEET SINGH punsingh@umich.edu � 2231 Cram Pl, Apt 6, Ann Arbor, MI 48105

EDUCATION

University of Michigan, Ann Arbor - PhD Candidate in Rotorcraft Aeromechanics 4.0/4.0 Since Sep 2013 - MSE in Aerospace Engineering 4.0/4.0 Jan 2018 Indian Institute of Technology Kanpur - M. Tech in Aerospace Engineering 10.0/10.0 May 2013 - B. Tech in Aerospace Engineering 9.7/10.0 May 2013

EXPERIENCE

University of Michigan, Ann Arbor, Michigan Graduate Student Research Assistant with Prof. Peretz P. Friedmann Since Sep 2013 PhD Thesis: Coaxial Rotor Aeromechanics using Viscous Vortex Particle Method

- Developed C++ code for non-linear coupled flap-lag-twist of rotating beam aeroelastic equations - Formulated vortex particle rotor wake and CFD based reduced order model of aerodynamic loads - Conducted forward flight trim, vibration, and aeroelastic stability calculations of a coaxial rotor helicopter

Shinshu University and GEN Corporation, Nagano, Japan

Researcher with Prof. Satoshi Suzuki Honda Foundation YES+ Award Jun - Aug 2013 Hover and Forward Flight Dynamics of GEN-H4: World’s Smallest Personal Helicopter

- Developed MATLAB and Simulink based code for flight dynamics of a novel coaxial rotor helicopter - Modeled multi body dynamics and control using shaft tilt and shifting center of gravity - Implemented non-linear rotor interaction and blade element momentum theory for aerodynamics Autonomous Mini Helicopter Laboratory, Indian Institute of Technology Kanpur

Senior Student Research Associate with Prof. C. Venkatesan Jan - Jun 2012 Project Senior Research Associate May - Jul 2011 Research Fellow Dec 2010 MS Thesis: Development of Ground Station and Onboard Sensors for Autonomous Mini Helicopter

- Developed LabVIEW based ground station for piloting, attitude stabilization, auto take-off and landing - Created onboard power, sensor and communication platform for a RC helicopter - Conducted flight tests for system identification and control algorithm testing

Experimental and Analytical Study of a Coaxial Rotor Micro Air Vehicle - Performed experimental study to determine hover thrust and power performance of a coaxial rotor MAV - Formulated rigid body equations of motion for stability calculations - Designed lightweight composite structure and implemented onboard autonomous control

AWARDS

- Towner Prize for Distinguished Academic Achievement 2017 - University of Michigan - Michigan Branch of Telluride Association 2016 residential scholarship - Telluride Association - Vertical Flight Foundation Joe Mallen Scholarship 2014 - AHS International - General Proficiency Medal, Best Academic Performance, in Aerospace Engineering, IIT Kanpur 2013 - Gold Medal, Aerospace Engineering, 42nd All India Student Design Competition 2012 - All India Rank 1, Graduate Aptitude Test for Engineering 2012 among 3150 candidates - Best New Entrant prize, American Helicopter Society Student Design Competition 2011 - Honda Young Engineer and Scientist Award, Honda Foundation, Japan 2010 – 2011

JOURNAL PUBLICATIONS 1. Singh, P. and Friedmann, P.P., “A Computational Fluid Dynamics–Based Viscous Vortex Particle

Method for Coaxial Rotor Interaction Calculations in Hover”, Journal of the American Helicopter Society, Vol.63, No.4, October 2018, pp. 1-13

2. Singh, P. and Friedmann, P.P., “Application of Vortex Methods to Coaxial Rotor Wake and Load Calculations in Hover”, Journal of Aircraft, Vol.55, No.1, January 2018, pp. 373-381

3. Vinodhini, C., Singh, P. and Venkatesan, C., “Position Estimation for Autonomous Hover of a Mini-Helicopter”, Journal of Unmanned System Technology, Vol. 2, Issue 2, 2014, pp. 87-98

4. Singh, P. and Venkatesan, C., “Experimental Performance Evaluation of a Coaxial Rotor Micro Air Vehicle”, Journal of Aircraft, Vol. 50, No. 5, September 2013, pp. 1465-1480

CONFERENCE PRESENTATIONS

1. Singh, P. and Friedmann, P.P., “Dynamic Stall modeling using Viscous Vortex Particle Method for Coaxial Rotors”, Proceedings of the 75th Annual Forum, Vertical Flight Society, Philadelphia, Pennsylvania, May 2019

2. Singh, P. and Friedmann, P.P., “Modeling Coaxial Rotor Wakes in Forward Flight using Viscous Vortex Particle Method with Refined Blade Loads”, Proceedings of the AHS International Technical Meeting on Aeromechanics Design for Transformative Vertical Flight, AHS International, San Francisco, California, January 2018

3. Singh, P. and Friedmann, P.P., “A Computational Fluid Dynamics Based Viscous Vortex Particle Method for Coaxial Rotor Interaction Calculations”, Proceedings of the 73rd Annual Forum, AHS International, Fort Worth, Texas, May 2017

4. Singh, P. and Friedmann, P.P., “Application of Vortex Methods to Coaxial Rotor Wake and Load Calculations”, AIAA SCITECH 2017: 55th AIAA Aerospace Sciences Meeting, AIAA Paper No. 2017-0051, Grapevine, Texas, January 2017

5. Singh, P. and Venkatesan, C., “Analytical Formulation of Heave-Yaw Modes for A Coaxial Rotor Micro Aerial Vehicle”, AIAA SCITECH 2014: Guidance, Navigation, and Control Conference, AIAA Paper No. 2014-1471, National Harbor, Maryland, January 2014 Student Paper Competition Finalist

6. Tatsuno, M., Singh, P., Suzuki, S., Yanagisawa, G., and Yokoyama, Y., “Mechanical Parameter Optimization of Fixed-pitch Coaxial rotor Helicopter”, Proceedings of the Symposium on Motion and Vibration Control 2014, Japan Society of Mechanical Engineers, Sapporo, Hokkaido, Japan, August 2014

7. Aishwarya, P., Setu,S., Singh, P. and Abhishek, “Design and Development of an Autonomous Coaxial Rotor Micro Air Vehicle”, International Conference on Intelligent Unmanned Systems 2013, Jaipur, India, September 2013

8. Vinodhini, C., Singh, P. and Venkatesan C., “Position Estimation for Autonomous Hover of a Mini-Helicopter”, International Conference on Intelligent Unmanned Systems 2013, Jaipur, India, September 2013

POSTER PRESENTATIONS 1. Singh, P., “Coaxial Rotor Wake Modeling in High Speed Flight using Viscous Vortex Particle Method”,

Annual Symposium 2019, Michigan Institute for Computational Discovery and Engineering, University of Michigan, Ann Arbor, Michigan, April 2019

2. Singh, P., “Understanding Coaxial Helicopter Rotor Interaction using a Two- Dimensional Unsteady Vortex Method”, Engineering Graduate Symposium, College of Engineering, University of Michigan, Ann Arbor, Michigan, October 2015

3. Tatsuno, M., Singh, P., Suzuki, S., Yanagisawa, G., and Yokoyama, Y., “Optimum Design of Fixed-pitch Coaxial rotor Helicopter”, ROBOMECH2014 The Robotics and Mechatronics Conference 2014, Japan Society of Mechanical Engineers, Toyama, Japan, May 2014

4. Singh, P. and Venkatesan C., “Aerodynamic Performance of a Coaxial Rotor System for a Micro Aerial Vehicle”, International Conference on Intelligent Unmanned Systems 2012, SIM University, Singapore, October 2012

+1 (248) 495-8760 Joshua Wilhelm 1051 Miners Run joshwilh@umich.edu Rochester, MI 48306

EDUCATION University of Michigan Ann Arbor, MI

Bachelor of Science in Engineering in Aerospace Engineering, Minor in Computer Science May 2019

GPA: 4.0/4.0

Master of Science in Engineering in Aerospace Engineering – Flight Dynamics & Controls May 2020

WORK EXPERIENCE Garmin International Olathe, KS

Summer Intern – Aviation Systems May-August 2019

• Assembled a data package for a customer to provide necessary files and documentation to run avionics simulators • Created a smart configuration file comparison tool to improve the workflow of updating a virtual avionics system

• Implemented an automated validation tool to ensure proper functionality of virtual avionics systems

Williams International Walled Lake & Pontiac, MI

Summer Intern – Controls & Accessories May-August 2018

• Authored software certification document to show compliance to FAA requirements (DO-178C)

• Brainstormed test procedures to determine cause and location of ice blockage in an engine sensor

• Modified software test cases to allow them to be sent internationally in compliance with export laws Continental Automotive Systems Auburn Hills, MI

Engineering Intern – Engineering Test & Development May-August 2017

Engineering Intern – Brake Controls Software May-August 2016

• Constructed complex wiring harnesses to test various automotive ECUs (electronic control units) and sensors

• Installed battery disconnects and wiring harnesses in vehicles to prepare vehicles for ECU testing

• Tested various vehicles as both driver and assistant to gather data on behavior and functions of multiple ECUs

• Updated customer specification documentation for software development using PTC Integrity (MKS) software

• Collected brake diagnostic and failure information to create table on internal wiki site for quick reference

ZF TRW Washington, MI

Engineering Intern – Test & Validation June-August 2015

• Disassembled and analyzed post-test automotive steering gears to gain hands-on mechanical experience

• Created written reports of analysis of steering gears to communicate results to component and test engineers

• Developed and presented work instructions to improve internal test request process

SKILLS Aviation: Instrument-Rated Private Pilot

Software: C/C++/C#, MATLAB, Java, Python

CAD/Analysis: NX, AutoCAD, CATIA, STAR-CCM+, XFOIL, Microsoft Office

Language: German: Fluent – native (speaking, reading, writing) French: Elementary (speaking, reading, writing)

ACTIVITIES Graduate Student Instructor (GSI) for AEROSP 205 (Aerospace Engineering Systems) September 2019-Present

Instructional Aide (IA) for AEROSP 495 (Fundamentals of Aerospace Computing) September-December 2018

• Assisted in planning and running labs, graded students’ homework assignments, and answered students’ questions

Michigan Aviators (President for 2017-18, 2018-19 academic years) September 2016-Present

• Organized flight trips to destinations in Michigan and Ohio in small aircraft to introduce students to General Aviation

• Managed membership, finances, and communication for the student organization

AIAA Student Branch (VP Finance for 2016-17, 2017-18, and 2018-19 academic years) September 2015-Present

• Created 5-figure budget each year and met with department administration to receive funding

• Implemented active budget spreadsheet to track spending throughout the year

HONORS AND AWARDS Scholarships: National Merit Scholarship; Aerosp. Eng. Centennial Scholarship; The Boeing Endowed Scholarship

Awards: Dean’s Honor List – All Semesters; James B. Angell Scholar

Andrew Wong Email: andrwong@umich.edu | Phone: (989) 289 4736 | 2200 Springwood Dr. Midland, MI 48640

EDUCATION University of Michigan Ann Arbor, MI College of Engineering May 2020 Bachelor of Science in Engineering, Aerospace Engineering GPA: 3.69 / 4.00, Dean’s List Security Clearance Level: Secret

PROFESSIONAL EXPERIENCE Lockheed Martin Corporation Aeronautics - ADP, Palmdale, CA May 2019 – August 2019

Systems Integration and Test Engineering Intern • Performed ATP tests for DAS unit including strain gauge, accelerometer, and thermocouple calibration, resulting in

successful transfer from supplier to Lockheed SIL, accelerating the production schedule up to a week • Developed and iterated through several SCO procedures, aided in test rig fabrication and design, and dry ran multiple

SCO’s for electronic sub-systems, pushing three subsystems to manufacturing in effort to accelerate flight unit fabrication • Co-developed the design and implementation of the test setup and framework for a Flight Termination System to validate

and verify individual components, including RF antennas and telemetry systems, pushing production schedule forward

Lockheed Martin Corporation MFC, Orlando, FL May 2018 – August 2018

Systems Guidance Navigation and Conrol Engineering Intern • Produced test plan for dynamic and static testing of new radar altimeter model for early HWIL implementation, verified

and validated new altimeter with PXA Signal Analyzer and Eastern Optx Altimeter Simulation Test Set by cross referencing time elapsed between sending and receiving signals and altitude simulated

• Coded tool that performs data analysis on MSF-simulated data by creating doghouse plots for iterative flight design, currently utilized in rapid prototyping for several IRAD efforts

• Utilized C++ on a Linux machine to implement and optimize a new modeling simulation framework capable of running real-time simulations supporting HWIL testing, implementation and optimization decreased initial time for HWIL setup

BLUElab, Ann Arbor, MI September 2016 - Present Executive Board Internal Committee Chair

• Conducted needs assessment and partnership validation in Spanish in Primavera, Guatemala, coupling findings of community needs and sociocultural trends with bacterial and lead water data testing results to evaluate viability of implementing human-centered design-based technology solutions and forming critical partnership with rural community

• Evaluated demographic data on member attrition rates across eleven project teams, restructuring recruiting and membership engagement strategy by developing opportunities for technical and professional development events with alumni mentors, increasing cross-team communication and increasing club brand recognition

• Facilitated weekly meetings for 40 members across multidisciplinary engineering design team, managing discussions between technical and non-technical sub-teams, and communicated with external partnerships with communities and nonprofits in Guatemala, improved productivity by introducing revolutionary meeting frameworks

MECC Consulting Group, Ann Arbor, MI September 2018 - Present

Project Champion | Consultant • Leveraged Tableau to analyze airport kiosk data for Delta Air Lines Detroit hub, evaluating international/domestic

travelers’ use of automated versus in-person kiosks, proposing biometric kiosk implementation plan to improve passenger travel experience, reducing ticket-counter staffing overtime by nearly 30%

• Analyzed supply chain of oophorectomy process for University of Michigan Rogel Cancer Center, evaluating cost structures and implementation feasibility, proposing framework to implement new process into U-M Health System

Duhaime Lab-Ecological Genomics of Aquatic Microbes Ann Arbor, MI September 2016 - July 2017 Research Assistant - Quantifying Nanoplastics from the San Francisco Bay

• Designed and conducted experiment to quantify 1-liter water samples through methods of reduction and spin-coating, resulting in finding of 2 ppm nanoplastic concentration

• Utilized AFM IR spectroscopy to identify inorganic materials, identifying the aggregation behavior of nanopolymers, resulting in high aggregate density and change in water surface level modeling, used for water-based plastic research

SKILLS &ACHIEVEMENTS Eagle Scout, Boy Scouts of America Achieved 2014 A. H. Nickless Innovation Project 1st Place Award Recipient for designing portable desalination device April 2016 Software: Catia, Pro-E, Arduino, Matlab, C++, Microsoft Word/Excel/PowerPoint, Linux Machining: Tap, Drill, Lathe, Soldering Iron, Molding Carbon Fiber Instrumentation: AFM-IR, IR-Spectroscopy, Solar Cells, Metrology Devices, PXA Signal Analyzer

Garrett Zuck – U.S. Citizen gzuck@umich.edu | 219-743-4794 | 428 Cross St. | Ann Arbor, MI 48104

Objective Master’s student seeking a full-time position in rocket or high-speed air-breathing propulsion engineering

Education GPA: 3.75 University of Michigan – Ann Arbor, MI · MSE in Aerospace Engineering Expected – April 2020 · BSE in Aerospace Engineering, International Minor for Engineers, Summa Cum Laude April 2019 · Coursework: Rocket Propulsion, Hypersonic Aerothermodynamics, Navigation and Guidance of Aerospace Vehicles,

Structural Dynamics, Combustion Processes, Finite Element Modeling, Electric Propulsion Comillas Pontifical University, ICAI School of Engineering Study Abroad – Madrid, Spain Summer 2016

Internships Northrop Grumman – Palm Beach Gardens, FL Summer 2019 Technical Intern – Defense Systems, Missile Products

· Performed project engineering tasks for a complex mechanical system including failure modes and effects analysis, maintenance procedure planning, concept of operations development, and hazards analysis

· Proposed improvements necessary to meet operational requirements and validated existing design · Compiled detailed summaries of work to contribute to future design reviews and technical packages · Investigated thermo-structural phenomenon in metallic additively manufactured parts using ANSYS Additive Suite

finite element modeling to improve the knowledge of additive manufacture capabilities SpaceX – Hawthorne, CA Summer 2018 Vehicle Engineering Intern – Crew Dragon Propulsion Systems

· Managed test campaign for tube vibration and high-pressure testing gaining experience in liquid propulsion design, structural dynamics analysis, aerospace materials, project management, and flight qualification testing

· Designed versatile hardware and collaborated with multiple groups to test various issues exceeding the initial scope · Recommended a damage-prevention procedure and successfully bought-off risk to spacecraft hardware

Multidisciplinary Design Optimization Laboratory – Ann Arbor, MI Summer 2017 · Automated design and analysis process to improve aerodynamic performance of a Hyperloop pod fairing · Reduced drag by 20% using multidisciplinary design optimization techniques and high-fidelity CFD

Projects Plume Research and Investigation of Microbiology on Enceladus – Space Systems Senior Design Winter 2019 · Conceptualized a mission to investigate water plumes ejected by Saturn’s moon Enceladus · Planned orbital trajectories guided by science objectives and assessed spacecraft propulsion requirements using

Python astrodynamics tools and MATLAB · Discovered a novel interplanetary trajectory to Saturn using genetic optimization that rivals Cassini’s true trajectory

Advanced Multi-Surface Inspection Drone (AMSID) – Senior Aerospace Lab Fall 2018 · Created an innovative, 700-gram, wall-climbing wheeled vehicle powered by two gimbaling propellers capable of

driving on surfaces beyond 90 degrees in inclination · Designed and analyzed the vehicle’s structures and mechanisms and verified performance with physical testing

Michigan Hyperloop – SpaceX Hyperloop Pod Competition Fall 2016 – Spring 2018 Structures Lead · Directed design and analysis of the structures for a hyperloop pod designed to achieve 300 mph · Spearheaded system integration into a compact vehicle layout and led composite layup logistics · Prepared a design package selected as one of eleven American submissions invited to the worldwide competition

Activities Michigan Marching Band Drumline Fall 2015 – Fall 2018 Class of 1931E Scholarship and Student Society Fall 2016 – Present Sigma Gamma Tau Aerospace Honor Society Winter 2017 – Present

Skills CAD: Siemens NX, SOLIDWORKS, Teamcenter, GD&T trained | CFD: STAR-CCM | FEA: ANSYS Coding: MATLAB, C++, Python, Simulink | Language: Proficient in Spanish