Engineering Science: Electrical Engineering Concentration, A.S.

Associate in Science Degree Program

1. Effectively write grammatically correct essays with a focused main idea, logically developed with supporting details including the incorporation of information from secondary sources, properly cited;

   Not resolved to a course
2. Critically read and orally present researched information in an organized, effective manner;

   Not resolved to a course
3. Demonstrate the ability to conduct and document research, including gathering information, logically analyzing problems, drawing inferences, and proposing solutions;

   Not resolved to a course
4. Apply appropriate mathematical procedures and quantitative methods to solve practical problems in mathematics and in engineering science;

   Not resolved to a course
5. Demonstrate an understanding of scientific principles of inquiry including hypothesis formation, designing and conducting experiments, and formulating conclusions in chemistry and physics;

   Not resolved to a course
6. Demonstrate an understanding of good laboratory practice;

   Not resolved to a course
7. Understand and critically analyze human society, behavior, and our institutions;

   Not resolved to a course
8. Demonstrate knowledge of the arts, such as literature, philosophy, music, visual arts and/or performing arts and their relationship with history, society and culture;

   Not resolved to a course
9. Utilize the computer to analyze engineering problems and designs of equipment, structures, mathematical processes, and numerical analysis through use of original source code in higher‐level languages;

   Not resolved to a course
10. Learn to think analytically as an engineer, including concepts of spatial relationships, drawing, descriptive geometry, vector analysis, and CAD.CAM systems;

    Not resolved to a course
11. Become familiar with internal logic circuitry of computer programming, data structures, and overall internal computer organization;

    Not resolved to a course
12. Demonstrate the ability to analyze electric circuits in the time‐and‐phasor‐domains using techniques such as nodal and mesh analysis, Thevenin and Norton equivalent circuits, transient analysis of first‐and second‐order circuits, and phasor analysis of one-and three‐phase circuits;

    Not resolved to a course
13. Apply chemistry and physics principles to practical analysis of mechanics, materials, and electronics.

    Not resolved to a course
14. High school diploma or equivalent

    Not resolved to a course
15. Satisfactory placement in Entering Student Assessment

    Not resolved to a course

Curriculum

First Semester

1. ENG 101

   English Composition I 3 cr.
2. ENR 103

   Introduction to Engineering Design: 3D Prototyping 1 cr.
3. ENR 105

   Introduction to Engineering Design: Elementary Robotics 1 cr.
4. CHE 103

   General Chemistry I 4 cr.
5. LIB 111

   Information Literacy 1 cr.
6. MAT 170

   Calculus I 4 cr.
7. COM 105

   Public Speaking 3 cr.

   Not resolved to a course

Semester Credits 17

Second Semester

1. ENG 102

   English Composition II 3 cr.
2. ENR 214

   Introduction to Digital Logic 4 cr.

   As published: “Introduction to Digital Logic 4 cr. ***”
3. PHY 109

   General Physics I 4 cr.
4. MAT 180

   Calculus II 4 cr.
5. ENR 110

   Engineering Programming 3 cr.

Semester Credits 18

Third Semester

1. ENR 208

   Introduction to Circuit Analysis 3 cr.
2. ENR 215

   Engineering Mechanics: Statics 3 cr.
3. ENR 218

   Introduction to Circuit Analysis Laboratory 1 cr.
4. MAT 204

   Differential Equations 4 cr.
5. PHY 110

   General Physics II 4 cr.

Semester Credits 15

Fourth Semester

1. ENR 107

   Engineering Graph Analysis 1 cr.

   As published: “Engineering Graph Analysis 1 cr. Or”
2. ENR 108

   Introduction to Engineering Design: Robotics II 1 cr.

   Not resolved to a course
3. ENR 206

   Engineering Materials 3 cr.

   As published: “Engineering Materials 3 cr. ***”
4. Engineering Elective: MAT 205, CHE 104, CSC 150, ENR 216 or ENR 217

   Not resolved to a course
5. MAT 203

   Calculus III 4 cr.
6. SUNY General Education DEISJ Elective that also meets Gen Ed Elective in U, A, W, S (such as HIS 206 or HIS 265 or HIS 266 )

   Not resolved to a course

Semester Credits 15

Note