joint/dual engineering degrees program @ hostos civil...

JOINT/DUAL ENGINEERING DEGREES PROGRAM @ HOSTOS

Civil Engineering

Chemical Engineering Electrical Engineering

Mechanical Engineering

Prof. Yoel Rodríguez

Project SEED Workshop - Nov 30, 2012

Agreement was signed in Spring 2003

First Students Joined the Program in

Fall 2003

Joint/Dual Engineering Degree Programs with The City College of New York’s

Grove School of Engineering (GSOE) of CUNY

Program Overview

Hostos Community College offers Associate in Science (A.S.) degrees in Civil, Chemical, Electrical and Mechanical Engineering. These programs are jointly registered, dual admission programs with the existing Bachelor of Engineering (B.E.) degrees at The City College of New York’s Grove School of Engineering (GSOE) of CUNY. The programs have been designed to meet the licensure guidelines of the Accreditation Board for Engineering and Technology (ABET) and will provide Hostos students with the same curriculum as the first two years of the licensure qualifying program required at The City College of New York (CCNY). Upon successful completion of the lower division at Hostos, students will have a seamless transition to the upper division of the baccalaureate program at CCNY. The students will spend two more years at CCNY’s GSOE toward completing a BE.

Engineering Curriculum Program of Study Leading to an A.S. in

Mechanical Engineering at Hostos

First Year – Fall Credits

MAT 210 Calculus I 4.0

ENG 110 Expository Writing 3.0

CHE 210 General Chemistry I 4.0

HUM 100 or SOC 101 or

PSY 101

Introduction to Humanities or Introduction to Sociology or

General Psychology

6.0

Total 17.0

Spring

MAT 220 Calculus II 4.0

ENG 111 Literature and Composition 3.0

PHY 210 General Physics I 4.0

CHE 220 General Chemistry II 4.0

*ME 14500 Computer-Aided Drafting 2.0

Total 17.0

Second Year – Fall

MAT 310 Calculus III 4.0

PHY 220 General Physics II 4.0

ENG 202 Technical Writing for Engineering 3.0

ENGR 204 Electrical Circuits 3.0

Total 14.0

Spring

MAT 360 Differential Equations 3.0

CHE 310 Organic Chemistry 3.0

MAT 320 Linear Algebra and Vector Analysis 3.0

*ME 24600 Engineering Mechanics I 3.0

VPA 192 Public Speaking 3.0

Total 15.0

TOTAL HOSTOS CREDITS 63.0

Program of Study Leading to the A.S. in

Civil Engineering at Hostos





HUM 100 Introduction to Humanities 3.0

SOC 101 Introduction to Sociology 3.0

Total 17.0

Spring



CHE 220 Chemistry II 4.0


MAT 200 Modern Programming 3.0

Total 18.0




PSY 101 General Psychology 3.0

*CE 20900 Structural and Site Plans 3.0

Total 14.0

Spring


*CE 26400 Data Analysis 3.0

MAT 320 Linear Algebra 3.0



Total 15.0


Engineering Curriculum Program of Study Leading to an A.S. in Chemical Engineering at Hostos





HUM 100 or

SOC 101 or

PSY 101

Introduction to Humanities or

Introduction to Sociology or

General Psychology

6.0

Total 17.0

Spring





Total 14.0



*ChE 22800 Intro to Chem. Engr. Princ. & Practice 5.0

CHE 310 Organic Chem I 3.0

CHE 312 Organic Chem Lab I 2.0


Total 18.0

Spring


MAT 320 Linear Algebra and Vector Analysis 3.0

CHE 320 Organic Chem II 3.0



Total 16.0


Program of Study Leading to an A.S. in Electrical Engineering at Hostos





PSY 101 General Psychology 3.0

Total 14.0

Spring



SOC 101 Introduction to Sociology 3.0

MAT 200 Modern Programming 3.0


Total 17.0




ENGR 103 Tools for Engineering 2.0


VPA 192 Fund. Public Speaking 3.0

Total 16.0

Spring


ENGR 204 Electric Circuits 3.0

MAT 320 Linear Algebra and Vector Analysis

Analysis Analysis

3.0


Total 13.0


THE CITY COLLEGE – SCHOOL OF ENGINEERING December 14, 2010

Civil Engineering Curriculum

Fall 2010 - Spring 2011

Math 20100 Calculus I

Pre: Math 19500 (C m in.)

3 cr.

Chem 10301

General Chemistry I

Pre: Math 19500

4 cr.

FIQWS 10026 6

Freshman Inquiry Based Writing Seminar

Pre/Co: Math 19500 (C min)

4 cr.

Liberal Arts

(10000 or hi gher)

3 cr.

Liberal Arts

(10000 or higher)

3 cr.

Math 20200 Calculus II


3 cr.

Chem 10401

General Chemistry II

Pre: Chem 10300 (or 10301)

4 cr.

Phys 20700

General Physics I

Pre/Co: Math 20200

Co: Phys 20701 (lab)

4 cr.

CSc 10200 Introduction to Computing Pre: Math 19500 (C m in.) Pre/ Co: Math 20100 (C m in.)

3 cr.

Eng 21007 Writing for Engineering

Pre: Eng 11000

3 cr.

Math 20300 Calculus III Pre: Math 20200 (C m in.)

4 cr.

CE 23100

Structural Mechanics

Pre: Phys 20700 (C min.),

Math 20200 (C m in.) & CSc 10200 Pass All

3 cr.

Phys 20800 General Physics II

Pre: Phys 20700

Pre/Co: Math 20300

4 cr.

CE 20900

Structural and Site Plans

Pre/Co: CSc 10200 & ACT/SKAT

3 cr.

CE 26400

CE Data Analysis

Pre: CSc 10200 & ACT/SKAT

Pre/Co: Math 20300 (C m in.), Engl21007

3 cr.

Science Elective Math 39100

Differential Equations

Pre: Math 20300

3 cr.

CE 35000 Fluid Mechanics

Pre: CE 23100 (C min.), CSc 10200

Pre/Co: Math 39100 (C min.)

3 cr.

CE 33200

Mechanics Deformable Bodies

Pre: CE 23100 (C min.)

Pre/Co: Math 39100 (C m in.) & CE 26400

4 cr.

EAS 32800: Global Environ. Haz.

3 cr.

Or

Bio 350000: Microbiology

Liberal Arts

3 cr.

Math 39200 Linear Algebra/Vector Pre: Math 20300

3 cr.

CE 34000 Structural Analysis Pre: CE 33200, CE 20900

Pre/Co: CE 33500 & Math 39200

3 cr.

CE 36500 Hydrology & Hydraulic Engr.

Pre: CE 35000 (C min) or

ME 35600 or ChE 34100

3 cr.

CE 33500

Computational Methods in CE Pre: Math 39100 (C min.),

CE 26400 & CSc 10200

Pre/Co: CE 33200, Math

39200

3 cr.

CE 32600 Transportation Planning Pre: CE 26400

Pre/Co: CE 33500

3 cr.

CE 37200 Environmental Impact Assessment Pre: CE 26400 & Chem 10401 (C min) & [CE

35000 (C min) or ME 35600 or ChE 34100]

3 cr.

Engineering Science Elective CE 34500

Soil Mechanics

Pre: CE 35000 (C min.),

CE 26400 & CE 33200

3 cr.

CE 44100 Reinforced Concrete

Pre: CE 26400 & CE 34000

3 cr.

CE 31600 CE. Decision & Sys.

Analysis

Pre: CE 26400, CE 33500 & Math 39200

3 cr.

CE 32700 Transportation Systems Engr.

Pre: CE 26400

Pre/Co: CE 34500

3 cr.

Engr 23000: Thermodynamics

Pre: Chem 10301 (C min.),

Phys 20800 (C min.) & Math 20300 (C min.)

3 cr.

Or

Engr 20400:

Electrical Circuits

Pre/Co: Phys 20800

(C min), Math 20300 (C min)

Specialization Core (select one option; 6 cr.)

Environmental Transportation CE 45100: Env. Water Resource CE 52000: Traffic Engineering CE 48200: Environmental Eng II CE 54000: Highways Eng’ng

Structures CE 44000: FEA of Structures CE 44200: Structural Design

6 cr.

CE 40500

Civil Engineering

Mgmt

Pre: CE 34000, CE 31600

3 cr.

CE 43500 Dynamics of CE Systems

Pre: CE 33200 & CE33500,

Math 39200

3 cr.

CE 47400 Environment Engineering

Pre: CE 36500 & CE 37200

3 cr.

Liberal Arts

(20000 or hi gher)

3 cr. Specialization Electives

(Take 2 courses from same specialization option selected above) Structures CE 51000: Independent Study

CE 53000: Advanced Strength

CE 55000: Adv Reinf. Concrete

CE 59000: Foundation Eng’ng ME 46100: Eng’ng Materials

6 cr.

Environmental Bio 35000: Microbiology

CE 51000: Independent Study

CE 57100: Water Quality Anal.

Chem 26100: Organic Chem. I

Transportation

CE 50500: Constr. Proj. Man

CE 51000: Independent Study

CE 52500: Geo. Des. Facilities

CE 52600: Rail System Design CE 54100: Highway & Airport

CE 54500: Urban Transport.

CE 59000: Foundation Eng’ng

CE 40100 Reviews of Eng’ng

Fundamentals

(Pass/Fail) Pre: Senior /Graduate

1 cr.

CE 50900 Senior Design Project

Pre: CE 32600,

CE 32700, CE 47400 & CE 44100.

3 cr.

Liberal Arts

3 cr.

Liberal Arts

(20000 or hi gher)

3 cr.

1. New freshmen engineering students are no longer required to take NSS 10000: New Freshman Seminar (0 cr.).

2. “C” Passing Grade Requirement: Courses in shaded area ( ) require a minimum passing grade of “C”.

3. CUNY CPE, ACT & SKAT Requirements: Students must pass the CUNY/ACT in Reading and Writing and CUNY Mathematics Skills Assessment Test

(SKAT) before completing 61 credits. Students must pass the CUNY Proficiency Examination (CPE) before graduation.

4. General Education / Liberal Arts Requirements:

CE students must take six approved courses (18 credits) of which at least two (6 credits) must be at the 20000 level or higher. The six courses must satisfy at

least three of the four approved general education clusters.

Only courses in these four clusters are eligible: Professional and Ethical Responsibilities Cluster (Outcome f), Communication Cluster (outcome g),

Global and Societal Context Cluster (outcome h), and Contemporary Issues Cluster (Outcome j). A list of approved courses is posted on the School of

Engineering web site at http://www.ccny.cuny.edu/engineering/genreq.html and can be viewed at the Office of Undergraduate Affairs (ST-209) or the Office of

Student Programs (ST-2M). This list is subject to periodic review and updates.

5. Other Graduation Requirements: Apply for graduation during registration for the last semester. Minimum GPA of 2.00. Minimum QPA of zero. Pass CUNY

Proficiency Exam (CPE). Residency Requirement: 33 credits of 30000-level or higher Civil Engineering courses.

6. New Transfer Students: FIQWS 10026 combines material from the courses Engl 11000 (3 cr.) and Engr 10100 (1 cr.). Students with credit for either of

these, or Math 20200, should not take FIQWS 10026. Thus, students with credit for Engr 10100 should take English 11000 instead. Students with credit for

Math 20200, but not Engr 10100, should take English 11000 and a 1-credit design project course CE 51000 (Independent Study Course); they should not take

Engr 10100 or FIQWS 10026.

7. Program Changes: Substitution of other courses for required courses must be approved by the Chair of the Civil Engineering Department (ST-119), and the

Associate Dean of the Office of Undergraduate Affairs (ST-209).

8. Note, that the latest version of the program curriculum sheet supersedes the curriculum reported in the Undergraduate Bulletin.

Total Credits: 134.


Mechanical Engineering Curriculum


Math 20102 Calculus I Pre: Math 19500 (C min.)

3 cr.

General Chemistry

Chem 10301 Pre: Math 19500

4 cr.

ME 14500 Computer-Aided Drafting

2 cr.

FIQWS 10026 6

Freshman Inquiry Based Writing Seminar Pre/Co: Math 19500 (C m in.)

4 cr.

Liberal Arts

(10000 or hi gher)

3 cr.

Math 20202 Calculus II Pre: Math 20100 (C min.)

3 cr.

Phys 20700

General Physics I Pre/Co: Math 20200

4 cr.

1st Science Elective

Bio 10100: Foundation of Bio Chem 10401: Chem II

Csc 10200: Intro to Comp

EAS 21300: Engr Geo

3 - 4 cr.

(select one)

Phys 31500: Medic. Phys.

Phys 32100: Mod. Phys. Phys 42200: Biophysics

Phys 45400: Descript. Astron.

Eng 21007 Writing for Engineering Pre: Eng 11000

3 cr.

Liberal Arts

(10000 or h igher)

3 cr.

Math 20300 Calculus III Pre: Math 20200 (C min.)

4 cr.

Phys 20800 General Physics II Pre: Phys 20700

Pre/Co: Math 20300

4 cr.

ME 24600 Engineering Mechanics I Pre: Phys 20700 (C min.) & Math 20200/02 (C min.)

Pre/Co: ME 14500 or BME 22000

3 cr.

Engr 20400 Electrical Circuits Pre/Co: Phys 20800 (C min.)


3 cr.

Liberal Arts

(10000 or hi gher)

3 cr. Math 39100


Pre: Math 20300

3 cr.

ME 24700 Engineering Mechanics II

Pre: ME 24600


3 cr.

2nd

Science Elective

Bio 32100: Human Phys.

Chem 26100: Org. Chem I

Chem 33000: Phys Chem I

3 cr.

(select one, no dupl ication)

EAS21700: Earth Atm Sci

Phys 321000: Mod Phys

ME 33000 Mechanics of Materials

Pre: Math 20300 (C min.),

ME 24600

3 cr.

ME 32200

Computer Meth in Engr


3 cr.

Engr 23000 Thermodynamics

Pre: Chem 10301 (C min.),

Phys 20800 (C min.) & Math 20300 (C min.)

3 cr.

Math 39200 Linear Algebra/Vector Analysis

Pre: Math 20300

3 cr.

ME 31100 Fundamentals of Mechatronics

Pre: Math 39100 (C min.), Engr 20400, M E 24700,

& ME 33000

Pre/Co: Math 39200, ME 32200, & Engl 21007

3 cr.

ME 35600 Fluid Mechanics

Pre: Math 39100 (C min.), Phys 20800 (C min.)

Pre/Co: Math 39200

3 cr.

ME 46100 Engineering Materials

Pre: Chem 10301 (C min.) &

Engl 21007

Pre/Co: ME 33000

4 cr.

Liberal Arts

(10000 or hi gher)

3 cr.

ME 43000 Thermal Sys. Analysis & Design Pre: Engr 23000 & ME 35600

3 cr.

ME 37100 Computer-Aided Design Pre: ME 14500, ME 33000 & ME 32200

Pre/Co: Math 39200

3 cr.

ME 41100 Systems Controls Pre: ME 31100, ME 33000

Pre/Co: ME 35600

4 cr.

ME 43300 Heat Transfer Pre/Co: ME 35600

3 cr.

ME 47200 Mech. Systems Design Pre: ME 24700 & ME 33000

Pre/Co: ME 46100

3 cr.

Design Elective (1 Course) See the list below

3 cr.

ME 43600

Aero-Thermal-Fluids Lab Pre: ME 31100, ME 43000 &

ME 43300

1 cr.

ME 46200 Manufacturing Processes Pre: ME 14500 & ME 46100

3 cr.

ME 46300 Micro/Nano Tech. Pre: ME 35600 or ChE 34100

Pre/Co: ME 46200

3 cr.

ME 47300 Senior Design Project I Pre: ME 47200

Pre/Co: ME 37100, ME 43300,

M E 46200 & ME 43600 & ME 41100

3 cr.

Liberal Arts

(20000 or hi gher)

3 cr.

Design Electives (2 Courses)

ME 44100 Adv. Stress Anal.

ME 46600 Dyn Aerospace Vehicles ME 46800 Aircraft & Rocket Prop

ME46900 Spacecraft Sys. & Design

ME 47100 Energy Sys. Design

BME 50100 Cell & Tissue Mech. BME 50200 Cell & Tissue Trans.

BME 50300 Cell & Tissue Biomat

ME 51100 Adv. Mechatronics

ME 51400 Rotorcraft Aerodyn.

6 cr.

ME 51500 Orbital Mech ME 53700 Turbomach

ME 53900 Vehicular Power Systems

ME 54200 Int ro. Theory & Prac. Vib. ME 54600 Robot ics & Automat

ME 54700 Environ Control

ME 54800 Aerostructures ME 55500 Struct. Dyn. & Aeroelasticity

ME 55600 Adv. Fluid Mech

ME 57100 Mech Design

ME 57200 Aerodyn Design

ME Elective (1 Course)

ME 40100: Review of Engineering Fundamental (1 cr.)

ME 46700: Spec. Topics Aerospace Engr. ME 47000: Spec. Proj. Aerospace Engr.

ME 52600: Finite Element Method

ME 53600: Energy Conversion

ME 5900X-5910X: Special Proj. (1-3 cr.) ME 59500: Teaching /Research Exp.

ME 5980X-5990X: Topics in ME (3-6 cr.)

ME 59901: Prod. Dev. Mgmt & Mkt.

Phys 32100: Mod. Physics for Eng. Any course from Design Electives

3 cr.

ME 47400 Senior Design Project II

Pre: ME 47300 & ME 41100

3 cr.

Liberal Arts

(20000 or hi gher)

3 cr.






ME students must take six approved courses (18 credits) of which at least two (6 credits) must be at the 20000 level or higher. The six courses must satisfy at

least three of the four approved general education clusters.

Only courses in these four clusters are eligible: Professional and Ethical Responsibilities Cluster (Outcome f), Communication Cluster (outcome g), Global

and Societal Context Cluster (outcome h), and Contemporary Issues Cluster (Outcome j). A list of approved courses is posted on the School of Engineering

web site at http://www.ccny.cuny.edu/engineering/genreq.html and can be viewed at the Office of Undergraduate Affairs (ST-209) or the Office of Student

Programs (ST-2M). This list is subject to periodic review and updates.


Proficiency Exam (CPE). Residency Requirement: 36 credits of 30000-level or higher Mechanical Engineering courses.


these, or Math 20200, should not take FIQWS 10026. Thus, students with credit for Engr 10100 should take English 11000 instead. Students with credit for Math

20200, but not Engr 10100, should take English 11000 and a 1-credit ME Elective course; they should not take Engr 10100 or FIQWS 10026..

7. Program Changes: Substitution of other courses for required courses must be approved by the Chair of the Mechanical Engineering Department (ST-233), and

the Associate Dean of the Office of Undergraduate Affairs (ST-209) for final approval.


Total Credits: 130 – 131


CHEMICAL ENGINEERING CURRICULUM


Math 20100 Calculus I Pre: Math 19500 (C min.)

3 cr.

Chem 10301 General Chemistry I Pre: Math 19500

4 cr.

Engl 11000 Freshman Composition

3 cr.

Liberal Arts (10000 or higher)

3 cr.


3 cr.

Math 20200 Calculus II Pre: Math 20100 (C min.)

3 cr.

Chem 10401 General Chemistry II Pre: Chem. 10301

4 cr.

Phys 20700 General Physics I Pre/ Co: Math 20200

4 cr.


3 cr.


3 cr.

Math 20300 Calculus III Pre: Math 20200 (C min.)

4 cr.

Chem 26100 Organic Chemistry I Pre: Chem 10401

3 cr.

Phys 20800 General Physics II Pre: Phys 20700 Pre/ Co: Math 20300

4 cr.

ChE 22800 (Fall only) Intro. to Chem. Eng. Prin. & Prac. Pre: Chem. 10401 (C min.) Pre/ Co: Math 20300 (C min)

5 cr.

Math 39100 Differential Equations Pre: Math 20300

3 cr.

Chem 26200 Organic Chemistry Lab I Pre: Chem.10401 (or 10800) & Chem 26100 Pre/ Co: Chem. 26300

2 cr.

Chem 26300 Organic Chemistry II Pre: Chem. 26100

3 cr.

Chem 24300 Quantitative Analysis Pre: Chem. 10400 (C min.)

4 cr.

ChE 22900 (Spring only) Chem. Engr. Thermo. I Pre: Chem 10401 (C min.), Phys 20700 (C min.) Pre/ Co: Math 39100

3 cr.


3 cr. Math 39200 Linear. Algebra. & Vector Analysis. Pre: Math 20300;

3.cr.

Technical Elective5 (1 course) Select from the list below See Note 5 below

3 cr.

ChE 34100 (Fall only) Transport Phenomena I Pre: Math 39100 (C min.), ChE 22900

3 cr.

ChE 33000 (Fall only) Chem. Engr. Thermo. II Pre: ChE 22800 (or CE 26400 for ESE Students Only), ChE 22900, & Math 39100 (C min)

3 cr.

Statistic (Math, Science, Or Engineering) Math 37500 (Elem. Prob. Stat.) or EE 31100 (Prob. & Stat.) or CE 26400 (CE Data Analysis)

3 cr.

Engl 21007 Writing for Engineering Pre: Eng 11000

3 cr.

Chem 33200 Physical Chemistry II Pre: ChE 22900, ChE 33000

3 cr.

ChE 31000 (Spring only) Intro. to Materials Science Pre: ChE 22900 Pre/ Co: ChE 34100

3 cr.

ChE 34200 (Spring only) Transport Phenomena II Pre: ChE 34100, Math 39200

3 cr.

ChE 34600 (Spring only) Transport Operations Pre: ChE 34100 Pre/ Co: ChE 34200

4 cr.

ChE 34500 (Spring only) Separation Operations Pre: ChE 22800 Pre/ Co: ChE 33000, ChE 34200

3 cr.


3 cr.


3 cr.

ChE 43200 (Fall only) Chemical Reactions Pre: ChE 34200 & ChE 33000

3 cr.

ChE 47900 (Fall only) Process & Control Pre: ChE 34500 & ChE 34600 Pre/ Co: ChE 43200

3 cr.

ChE 49500 (Fall only) Techn. Chem. Engr Design Pre: ChE 22800, ChE 33000, ChE 34500, ChE 34600 Pre/ Co: ChE 43200, ChE 47900

3 cr.


3 cr. Technical Electives (3 courses) – Sample Listing, See Note 5 for details

BME 50100: Cell/ Tiss. Mech.* BME 50200: Cell/ Tiss.Transport* BME 50300: Cell/ Tiss. Biomat’ls* ChE 45200: Powder Sci. & Tech. ChE 46700: Polymer Sci. & Eng. ChE 49800: Research I (3cr)

9 cr.

ChE:49808: Nanomaterials ChE:49812: Energy Sys Glob Sust ChE 49900: Research II (3cr) ChE 51200: Pharm aceutical Appl ChE 54800: Comp. Methods ChE 57700: Advanced Materials ChE 58000 Bioprocess Engr.

ChE 59000 Nanotechnology ChE 59802: Fluidization CE 38000: Environmental Eng Engr. 27600: Engr. Econ. Engr:49808: Nanomaterials Engr:49812: Energy Sys Glob Sust ME 53600: Energy Conversion Bio 32100: Human Physiology* Sci 28000: Bioinfo & BioMol Sys

ChE 46200 (Spring only) Separ. Opers. & Contr. Lab Pre: ChE 34500, ChE 46000, ChE 47900, ChE 34600

2 cr.

ChE 49600 (Spring only) Chemical Eng. Design Project Pre: ChE 43200, ChE 47900 & ChE 49500

3 cr.



3. CUNY CPE, ACT & SKAT Requirements: Students must pass the CUNY/ ACT in Reading and Writing and CUNY Mathematics Skills Assessment Test (SKAT) before completing 61 credits. Students must pass the CUNY Proficiency Examination (CPE) before graduation.


ChE students must take six approved courses (18 credits) of which at least two (6 credits) must be at the 20000 level or higher. The six courses must satisfy at least three of the four approved general education clusters.

Only courses in these four clusters are eligible: Professional and Ethical Responsibilities Cluster (Outcome f), Communication Cluster (outcome g), Global and Societal Context Cluster (outcome h), and Contemporary Issues Cluster (Outcome j). A list of approved courses is posted on the School of Engineering web site at http:/ / www.ccny.cuny.edu/ engineering/ genreq.html and can be viewed at the Office of Undergraduate Affairs (ST-209) or the Office of Student Programs (ST-2M). This list is subject to periodic review and updates.

5. Technical Elective Requirements: Select three courses from the Technical Electives, but no more than one 2-cr course. Students who select the Biomedical Engineering Option must take Bio 32100, ME 50100, 50200 & 50300 (total 13 credits) as their Technical Electives, for a total of 131 degree credits. Any Math, Science, or Engineering course that is level 30000 or higher will be accepted as a technical elective. In addition Engr 27600 (Engineering Economoics) and Sci 28000 (Bioinformatics & Biomolecular Systems) will be accepted.

6. Other Graduation Requirements: Apply for graduation during registration for the last semester. Minimum GPA of 2.00. Minimum QPA of zero. Pass CUNY Proficiency Exam (CPE). Residency Requirement: 33 credits of 30000-level or higher Chemical Engineering courses (a maximum of 6 credits may be in non-ChE Technical Elective courses).

7. New Transfer Students: Please be sure to see your general advisor each semester. For more information contact the Office of Undergraduate Affairs (ST – 209, 212- 650 - 8020)

8. Program Changes: Substitution of other courses for required courses must be approved by the Chair of the Chemical Engineering Department (ST-322), and the Associate Dean of the Office of Undergraduate Affairs (ST-209).


Total Credits: 129-130.


Electrical Engineering Curriculum

Fall 2010 – Spring 2011

Math 20100 Calculus I


3 cr.

General Chemistry

Chem 10301

Pre Math 19500

4cr.

FIQWS 10026 7

Freshman Inquiry Based Writing Seminar

Pre/Co: Math 19500 (C m in.)

4 cr.

Liberal Arts 4

(10000 or higher)

3 cr.

Liberal Arts 4

(10000 or higher)

3 cr.

Math 20200 Calculus II


3 cr.

Phys 20700

General Physics I

Pre/Co: Math 20200

4 cr.

CSc 10200 Introduction to Computing


Pre/Co: Math 20100 (C m in.)

3 cr.

Engl 21007 Writing for Engineering

Pre: Eng 11000

3 cr.

Liberal Arts 4

(10000 or higher)

3 cr.

Math 20300 Calculus III Pre: Math 20200 (C m in.)

4 cr.

Phys 20800 General Physics II

Pre: Phys 20700

Pre/Co: Math 20300

4 cr.

Engr 20400 Electrical Circuits

Pre/Co: Phys 20800 (C min.), Math 20300 (C min.)

3 cr.

EE 21000 Switching Systems


3 cr.

Engr 10300 Analysis Tools for Engineers

Pre: Math 20100 (C min.)

2 cr.

Math 39100


Pre: Math 20300

3 cr.

Math 39200 Lin. Algeb & Vector Anal.

Pre: Math 20300

3 cr.

EE 20500 Linear Systems I

Pre: Engr 20400

Pre/Co: Engr 10300, Math 39100 (C min.)

3 cr.

EE 22100

EE Lab I

Pre: EE 21000 & Engr 20400

Pre/Co: Engr 10300

1 cr.

EE 24100 Electronics I

Pre: Phys 20800 (C min.)

Pre/Co: EE 20500 & EE 21000

3 cr.

EE 31100 Probability & Random Proc.


3 cr

EE 30600 Linear Systems II

Pre: EE 20500

3 cr.

Phys 32300 Quantum Mech for Engr

Pre: Phys 20800, Math 39100 & Math 39200

3 cr.

EE 32200

EE Lab II

Pre: EE 22100 & EE 24100

1 cr.

EE 33000 Electromagnetics

Pre: Math 39100 (C m in.), Math 39200 (C m in.) & Phys 20800 (C min.)

3 cr.

EE Restricted Elective See the list below

3 cr.

EE 25900 Programming for EE

Pre: CSc 10200 & Engr 10300 Pre/Co: Math 39100 (C min.) &

Math 39200 (C min.)

4 cr. EE 31200

Communication Theory Pre: EE 31100, EE 20500

3 cr.

EE 42500 Computer Engineering Lab Pre/Co: EE 44400 or

[CSc 21000 & CSc 34200]

1 cr.

Lecture Electives See the list below

3 cr.

EE 33900 Semiconductor Mat’ls & Devices Pre: EE 33000, Phys 32300

3 cr.

EE 44400 Digital Computer Systems Pre: EE 21000

Co: EE 25900

3 cr.

Lecture Elective See the list below

3 cr.

Engr 27600 Engineering Economics


3 cr.

Lecture Electives See the list below

3 cr.

EE Restricted Elective See the list below

3 cr.

Liberal Arts 4

(10000 or higher)

3 cr.

Liberal Arts 4

(20000 or higher)

3 cr.

EE 59866 Senior Design Project I

Pre: EE 32200 (Lab 2), Senior Status

Pre/Co: Any EE Lab Elective

3 cr.

Lecture Electives

Chem 10400: Gen. Chem II (C min)

CSc 31800: Internet Programming

CSc 34200: Computer Organization Math 32800: Num Analysis

Engr I0600: Appl Algebra (GPA 2.75)

Engr I1100: Engr Anal (GPA 2.75)

Engr I1200: Complex Var (GPA 2.75) Engr 23000: Thermodynamics

Engr 30000: Soc Issues of Biomed

Engr 30100: Intro to Sat Remote Sens

EE 33300: Antennas & Fiber-Optics

(2 courses) – See Note 5 below

EE 45200: Fiber Optic Comm EE 45300: Digital Signal Proc

EE 45400: Phys Electronics

EE 45500: Elem. of Power System

EE 45600: Elements of Ctrl Theory EE 45700: Digital Integ Ckt

EE 45800: Introd to Lasers

EE 45900: Microproc

EE 46000: Computer Comm EE 46200: Photonic Engr

EE 46300: Wireless Comm

Lab Elective (2 Course)

CSc 34300: Comp. Sys. Dsgn (co: CSc34200)

EE 32300 : EE lab III (pre: EE 322 & EE 342)

EE 42100: LAN Lab (pre/co: EE 46000)

EE 42200: Analog Comm (pre: EE 31200)

EE 42300: Microwave (pre/co: EE 45000)

EE 42600: Control Lab (pre: EE 37100)

EE 42700: Digital Sys.(pre:EE 444 or CSc 210 & CSc 342)

EE 42800: Photonics Lab (pre/co: EE 33000/EE331)

EE 42900: Solid State (pre/co: EE 44100)

Lecture Elective (1 course)

See the list below

3 cr.

EE 59867

Senior Design Project II

Pre: EE 598.66

3 cr. EE 34200: Electronics II

EE 35700: Electric Power Engr

EE 37100: Control & Feedback Sys.

EE 43800: Mgt Concepts for Engr EE 44100: Solid State Devices

EE 45000: Microwave Networks

EE 45100: Comm Electronics

6 cr.

EE 46400: VLSI Design

EE 47100: Intro to Digital Image Proc.

EE 51000: Indep Study

BME 50100: Cell & Tissue Mech BME 50200: Cell & Tissue Trans

BME 50300: Cell & Tissue Biomat

BME 50500: Image & Signal Proc. Phys 45200: Adv Optics

2 cr.

EE Restricted Electives (As instructed above choose 2 of 4 courses listed below)

EE 33300: Antennas & Fiber-Optics (Pre: EE 33000)

EE 34200: Electronics II (Pre: EE 24100)

EE 37100: Control & Feedback Sys. (Pre: EE205, Co: Math 39100 & Math 39200 (C min))

EE 44100: Solid State Devices (Pre: EE 33900)






EE students must take five approved courses and Engr. 27600 (Engineering Economics) for a total of 18 credits (six courses) of which at least 6 credits (two

courses) must be at the 20000 level or higher. The six courses must satisfy at least three of the four approved general education clusters.

Only courses in these four clusters are eligible: Professional and Ethical Responsibilities Cluster (Outcome f), Communication Cluster (outcome g), Global

and Societal Context Cluster (outcome h), and Contemporary Issues Cluster (Outcome j). A list of approved courses is posted on the School of Engineering

web site at http://www.ccny.cuny.edu/engineering/genreq.html and can be viewed at the Office of Undergraduate Affairs (ST-209) or the Office of Student

Programs (ST-2M). This list is subject to periodic review and updates.

5. Lecture Elective Requirements: Total 6 courses (18 credits) with at least 3 courses (9 credits) from EE courses.


Proficiency Exam (CPE). Residency Requirement: 36 credits of 30000-level or higher Electrical Engineering courses.


these, or Math 20200, should not take FIQWS 10026. Thus, students with credit for Engr 10100 should take English 11000 instead. Students with credit for Math

20200, but not Engr 10100, should take English 11000 and a 1-credit advanced EE lab; they should not take Engr 10100 or FIQWS 10026.

8. Program Changes: Substitution of other courses for required courses must be approved by the Chair of the Electrical Engineering Department (ST- 602), and the

Associate Dean of the Office of Undergraduate Affairs (ST - 209).


Total Credits: 130.

Levels of Study O Pre-associate Level

• Students who have failed one or more of the basic skills tests or who do not qualify for ENG 110 and MAT 210

O Associate Level • Students enrolled in ENG 110 and MAT 210

• Study on ePermit at CCNY

O Bachelor Level • Hostos graduates in good academic standing may continue at

CCNY toward a BE. (Students are responsible to fill out the transfer application on time. We, of course, help!!!)

New Engineering Programs will join us soon!!! Earth System Science and Environmental

Engineering

When to Join The Engineering Program

O Students should be ready to take • MAT 160 (Pre-Calculus)

• ENG 091/092 (Reading and Writing)

Financial Aid

OUR MISSION The mission of the Joint/Dual Engineering Program of Eugenio Maria de Hostos

Community College with The City College of New York’s Grove School of

Engineering is to provide for our multicultural and underrepresented student

population a strong foundation of knowledge in science and mathematics as well

as provide them with a high quality general education background.

To achieve this mission, the Mathematics and the Natural Sciences Departments

are committed to keep the highest standards of excellence in teaching and

service.

O General Goal:

To better prepare our students to earn advanced degrees in STEM fields.

O Specific Goal:

To better prepare our students to succeed in The City College of New

York’s Grove School of Engineering programs.

Hostos Requirements

O “D” is not passing grade and will be factored in students GPA.

O “C” or better in all Chemistry, Physics, Math and Engineering courses.

O GPA 2.7 or higher. O Writing Intensive Courses (2):

CHE 210 PHY 210 ENG 202

Early Advisement

O Third week of October Spring

O Third week of March Summer and Fall

ePermit Prior to submitting student ePermit request:

O Pass all of students Placement Tests (for Senior colleges)

O Pass ENG 110 and ENG 111

O Minimum a 2.7 overall GPA

O No open incomplete grades

O See students academic advisor and follow procedures

O Clear all STOPS

O Apply On-line

O Activate students Hostos e-mail account (students will receive ePermit updates via e-mail)

O Mandatory Orientation at CCNY’s GSOE before taking classes on ePermit

ePermit – Mandatory Orientation at CCNY’s GSOE

O Third week of Nov Spring

O Third week of April Summer and Fall

O Who is responsible for applying for an ePermit?

O What if students receive an ePermit but decide don’t take the course?

O Do students know what is the “F” grade Policy?

O What if student fails an ePermit course?

If student expects to graduate

If student expects to graduate

O TRANSFER APPLICATION

Application Deadlines

Spring Semester – September 1

Fall Semester – January 1

O FILE FOR GRADUATION

Registrar’s Office, D building 207

Transition to

The City College of New York’s

Grove School of Engineering (GSOE) of CUNY

Admission Criteria to The City College of New York’s Grove School of Engineering (GSOE) of CUNY

Entrance Requirements

A student from another division, school or program of City College, or from another campus of The City University of New York, or from another college, may apply for transfer to the GSOE if he/she:

1) Satisfies all of the GSOE freshman admission requirements; 2) Achieved a minimum overall GPA of 2.7 in his/her college courses; 3) Achieved a minimum 2.5 GPA in college math and science

(physics, chemistry and biology) including all times each course was taken, with none of these grades below C;

4) Completed the equivalent of Math 20100 (MAT210 Calculus I for engineering & science majors) and Math 20200 (MAT220 Calculus II for engineering & science majors);

5) Demonstrated proficiency, evidenced by his/her transcript, in math and science (physics, chemistry, biology); and

6) Completed 24 or more college-level credits.

Hostos Joint/Dual students at CCNY

Semester # students

at CCNY # dropped

out/switched % dropped

out/switched #

graduated %

graduated # attending

Fall 2012 % attending

Fall 2012

Fall 2007 3 1 33% 2 67% 0 0% Spring

2008 0 0

Fall 2008 2 1 50% 1 50% 0 0% Spring

2009 2 0% 1 50% 1 50%

Fall 2009 6 5 83% 0% 1 17% Spring

2010 6 5 83% 0% 1 17%

Fall 2010 7 3 43% 1 14% 3 43% Spring

2011 8 3 38% 0% 5 63%

Fall 2011 9 8 89% 0% 1 11% Spring

2012 18 6 33% 1 6% 11 61%

Fall 2012 13 3 23% 0% 10 77%

TOTAL 74 35 6 33

Joint/Dual Engineering Degree Programs @ Hostos Statistics

23% of Hostos Students Have Graduated (6 out of 26 as of Fall 2010 CCNY’s GSOE Class)

Qudus Lawal, A.S. in Chemical Engineering at Hostos, transferred to Stanford University who is now completing his B.E. in Chemical Engineering.

Joseph Wokpetah, B.E. (Chemical Engineering, CCNY's GSOE Summer 2012) He is currently a PhD student and research assistant at Penn State University.

Hostos Joint/Dual students at CCNY - by Major

Semester # students at CCNY # dropped out/switched % dropped out/switched # graduated % graduated # attending Fall 2012

EE ChE CE ME EE ChE CE ME EE ChE CE ME EE ChE CE ME EE ChE CE ME EE ChE CE ME

Fall 2007 2 1 0 1 0% 100% 2 0 100% 0% 0 0 0 0

Spring

2008 0 0 0 0 0 0

Fall 2008 2 1 50% 1 50% 0 0 0 0

Spring

2009 2 0 0% 1 50% 1 0 0 0

Fall 2009 5 1 4 1 80% 100% 0 0 0% 0% 1 0 0 0

Spring

2010 5 1 4 1 80% 100% 0 0 0% 0% 1 0 0 0

Fall 2010 6 1 3 0 50% 0% 0 1 0% 100% 3 0 0 0

Spring

2011 4 2 2 2 1 0 50% 50% 0% 0 0 0 0% 0% 0% 2 1 2 0

Fall 2011 5 2 2 4 2 2 80% 100% 100% 0 0 0% 0% 0% 1 0 0 0

Spring

2012 9 4 4 1 3 1 2 0 33% 25% 50% 0% 0 1 0 0 0% 25% 0% 0% 6 2 2 1

Fall 2012 10 2 1 2 1 0 20% 50% 0% 0 0 0% 0% 0% 8 0 1 1

TOTAL 50 10 11 3 23 5 6 1 4 2 0 0 23 3 5 2

Joint/Dual Engineering Degree Programs @ Hostos Statistics

Where Our Students Go (If not GSOE)?

O Students Transfer/Switch to New York City College of Technology (City Tech, Brooklyn)

• Telecommunications Engineering Technology (Associate in Applied Science degree (A.A.S.) - 2 years) and Bachelor in Technology degree (B.Tech.) - 4 years)

• Electrical Engineering Technology (A.A.S.)

• Computer Engineering Technology (B.Tech.)

• Architectural Technology (A.A.S. and B.Tech.)

Lehman College (Bronx)

• Mathematics (Major in Education) (B.A.)

CCNY (New York)

• Mathematics – Secondary School Education (B.A. or B.S.)

• Chemistry (B.S.)

Private Universities (New Jersey) (Scholarships available)

• Stanford (CAL) and Fairleigh Dickinson Universities (NJ)

Challenges O Underprepared Students

No science background from their previous education

Very weak math background

Problems to translate math into science

Intervention: Winter/Summer Engineering Institute

O Community College Culture Against Senior College Culture

Students NEED to know what Senior College means/demands!!! They need to get ready!!!

COMMUNICATION between the two institutions

Intervention: Conversation with Alumni

O Even though the advisors support, students miss deadlines

Although we always try to solve students problems, we need to let them know what a deadline means. Be firm!

Advisors O Selection Process

• Instructors who are committed to work with the students (Lot of work!!! It is volunteer!!!)

• Instructors who are involved in the Engineering Curriculum

14 Advisors form the Engineering Advisory/Mentoring Council

(Mathematics and Natural Sciences Departments)

Engineering Advisory/Mentoring Council

O Mathematics Department

• Prof. Nieves Angulo

• Prof. Olen Dias

• Prof. Ramon Gómez

• Prof. Alexander Vaninsky

• Prof. William Baker

• Prof. Kathleen Doyle

• Prof. Ruslan Flek

• Prof. Prince Tanvir

• Prof. Ye Ruili

O Natural Sciences Department

• Prof. Francisco Fernández

• Prof. Nelson Nuñez-Rodríguez

• Prof. Yoel Rodríguez

• Prof. Debasih Roy

• Prof. Mohammed Sohel

Each Advisor has assigned about 10-15 students!!!

Joint Dual Degree Website

http://www.hostos.cuny.edu/oaa/ddp/index.htm

10/ 24/ 12 8:04 PMDual Degree Program - Off ice of Academic Affairs

Page 1 of 2http:/ / www.hostos.cuny.edu/ oaa/ ddp/ index.htm

CONTACT INFORMATION:

Mrs. Karla ContrerasPhone: 718-518-6735 Office: B-445

SITE COMPLIES WITH:

Dual Degree Program

Program Overview:

Hostos Community College offers Associate in Science (AS) degrees in Civil, Chemical, Electrical and MechanicalEngineering. These programs are jointly registered, dual admission programs with the existing Bachelor ofEngineering (BE) degrees at The City College of New York. The programs have been designed to meet the licensureguidelines of the Accreditation Board for Engineering and Technology (ABET) and will provide Hostos students withthe same curriculum as the first two years of the licensure qualifying program required at CCNY. Upon successfulcompletion of the lower division at Hostos, students will have a seamless transition to the upper division of thebaccalaureate program at The City College of New York.

What's New Section

Forensic Science Orientation. October 17th, 2012

Engineering Orientation. October 18th, 2012 Early advisement and Epermit application, October 15th, 2012

Dual Degree Program Student Advisor Portal

Dual Degree Program - - Hostos Community College

Overview

Mechanical

Engineering

Chemical

Engineering

Electrical

Engineering

Civil Engineering

Criminal Justice

Forensic Science

LSAMP/

Internship/

Research

Opportunities

Summer/Winter

Engineering

Institute

Archives

Event Calendar

Contact Us

http://www.hostos.cuny.edu/oaa/ddp/index.htm

Thank YOU!!! HOSTOS O Provost Dr. Coballes-Vegas O Dean Dr. Mangino O Provost Dr. Cocco De Filippis O Dean Dr. Molina O Assistant Dean Mr. Cohen O Prof. Maysonet O Dean Dr. Bernal-Carlo O Prof. Angulo O Prof. Fernández O Advisors O Ms. Contreras

CCNY’s GSOE of CUNY O Provost Dr. Dajan O Dean Dr. Karim O Associate Dean Dr.

Walser O Dr. Krudysz

Engineering STUDENTS!!!

QUESTIONS & ANSWERS

THANK YOU!!!

joint/dual engineering degrees program @ hostos civil...

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