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Engineering Science

Overview

Official Name of Program

Engineering Science

Plan Code

ENGRSCI-AS

Department(s) Sponsoring Program

Engineering, Physics and Technology

Career

Undergraduate

Degree Designation

AS - Associate in Science

HEGIS Code

5609.00

NYSED Program Code

00377

CIP Code

14.0101

Program Description

The Engineering Science curriculum is designed for students with a special interest in engineering and provides a thorough preparation in mathematics and physical science.

Graduates of this program may transfer to a senior college to continue their education in engineering and earn a baccalaureate degree in engineering.

Learning Outcomes

Upon successful completion of the Engineering Science program requirements, students will be able to:

Students will solve problems using principles of mathematics and science applied to engineering problems.
Students will begin to understand concepts within Chemical, Mechanical and Biomedical Engineering.
Students will demonstrate their ability to solve a variety of mathematical and engineering problems using MATLAB.
Students will deduce and solve differential equations for RC, RL or RLC circuits.
Students will demonstrate a working knowledge of the circuit-voltage relations for resistors, capacitors and inductors.
Students will show proficiency in using programming language to solve a variety of engineering problems.
Students will show understanding of configurations and principles of basic electronic circuits and master the circuit calculation theories.
Students will design and implement an electronic circuit that can generate, modulate and transmit a signal.
Students will demonstrate how to analyze digital system electrical diagrams.

Program Coordinator: Dr. Ajaz Sana

Requirements

Degree Requirements - Overview of Requirements

Completion requirement

Unnamed Rule

Students must successfully complete 60 credits, all degree requirements, and two writing intensive courses. Students must also have a final cumulative GPA of at least a 2.0.

General Education Requirements - Pathways Required Core

Completion requirement

Unnamed Rule

Fulfill ALL of the following requirements:

A. English Composition

Complete at least 2 courses in the following Course Sets:

AND

B. Mathematical and Quantitative Reasoning [1][2][4]

Complete at least 1 of the following Courses:

1530161
1533641

AND

C. Life and Physical Sciences [1]

Complete ALL of the following Courses:

0960281

General Education Requirements - Pathways Flexible Core

Completion requirement

Unnamed Rule

Fulfill ALL of the following requirements:

A. World Cultures and Global Issues [3]

Complete at least 1 courses in the following Course Sets:

AND

B. U.S. Experience in Its Diversity [3]

Complete at least 1 courses in the following Course Sets:

AND

C. Creative Expression [3]

Complete at least 1 courses in the following Course Sets:

AND

D. Individual and Society [3]

Complete at least 1 courses in the following Course Sets:

AND

E. Scientific World [1]

Complete ALL of the following Courses:

0960291
0951351

Major Requirements

Completion requirement

Unnamed Rule

Fulfill ALL of the following requirements:

Major Requirements

Complete ALL of the following Courses:

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1148881
OR 1149001
0957971
0957981
0957991
0958001
0958011
0960301

AND

Restricted Electives [2,4]

Select from restricted electives to reach 60 credits

Notes:

[1]This program has received a waiver to require students to take specific STEM/STEM Variant courses in Required Area B, Required Area C and Flexible Area E. If students transferring into this program complete different courses in these areas, they will be certified as having completed the Common Core requirements, but it may not be possible for them to finish their degree within the regular number (60) of credits.

[2]Select from the following to reach 60 credits (available only if student places out of course and/or course):

course General Chemistry II (4 Credits)
course Organic Chemistry I (5 Credits)
course Analysis Tools for Engineers (2 Credits)
course Circuit Analysis (3 credits)
course Scientific and Technical Writing (3 Credits)
course Digital Systems I (4 Credits)

[3]In choosing courses to fulfill Pathways Flexible Core requirements for Areas A, B, C and D, students are strongly advised to select courses from no fewer than three (3) different departments.

[4]Students who place out of course can use one elective credit toward course. Students who do not place out of course should select course so as to not exceed the 60-credit limit for the program.