Kabir A. Ahmed

https://www.linkedin.com/in/kabir-ahmed-3871b2b6 Contact: ahmkab1@umbc.edu,kabirahmedabiodun@outlook.com. Cell phone: 2404863042

EDUCATION: University of Maryland, Baltimore County (UMBC) Expected Graduation Date: December 2016 Pursuing Bachelor of Science in Mechanical Engineering GPA: 3.10/4.0

Prince Georges Community College Spring 2011- Spring 2013

Associate of Science in Engineering GPA:3.21/4.0

SKILLS:

Designing using Psychrometric Chart, Heating and Cooling Load Analysis, Distribution System Analysis,

Energy Estimation, Project Design, CAD Drawing, Leadership, Project Management, Generation of Engineering Requirements from Customers’ Requests, Team Play, Good Communicator (Oral and Written)

Software Applications: PsychProcess, Matlab, RStudio, Finite Element Analysis, Advance Proficiency with

Microsoft Office Application (Word and Excel), Solid Works, Pro-E

RELEVANT PROJECT:

Design Project for HVAC 2016

Selected HVAC equipment for various cooling and loading needs

Used thermodynamics and Psychrometric principle to determine cooling and heating load of buildings

Sized and designed basic piping and duct work distribution systems

Perform load analysis and designed HVAC system for simple buildings

Electronic System Technician Oct. 2007-March 2008

Installed Electronic systems such as Fire Alarm systems, Video and communication systems

Followed schematic diagrams

Light construction work like metal cutting, mounting and drilling housing bore

Installed housing and raceways for cable

Other Experience:

Maryland Transportation Authority(MTA): Vehicle Engineer Intern August 2016-Present

Assist in ensuring vehicle manufacturer compliance

Inspect newly manufactured public transit fleet vehicle for defect and coordinate with an inspector at MTA when there is a need to alert the manufacturer of the defect to prevent recurrence.

Helping to document and improve the official procedure in use for overhauling of old fleets’ vehicles engine with more than 2500 hour of service life

Provide engineering support such as comparison of part to the assembly and the subassembly drawing provided by the manufacturer

Energy Harvesting Project: Student Research Assistant at EDLAB Fall 2014 – Fall 2015

Designed and constructed a prototype buoy capable of harvesting energy from the motion of water

Conducted internet research on available buoy systems and generated a conceptual model of an improve version of a buoy Used engineering principles and knowledge of machines design to simulate a better buoy system

Procured materials and made selections based on durability, cost, and material properties Implemented a novel mechanical system that utilized pulleys, motor, and a gear-and-clutch drive to translate a two-direction motion to a single-direction motion used by a transducer for voltage generation

RELEVANT COURSES:

Heat Transfer Process, Fluid Mechanic, Automatic Controls, Heating Ventilation and Cooling, Simulation of Control Systems, Fluid Dynamics and Heat Transfer Laboratory, Machine Design, Programming in

Engineering, Advance Mechanic of Material