Engineering Science Comprehensive, B.S.

The Engineering Science degree program is designed to provide students with exposure to subjects that form the rudiments of engineering and the applied sciences. This interdisciplinary degree program includes subject areas in applied mathematics: linear algebra, operations research, and numerical analysis. An integral part of the program covers core topics in engineering and physics: digital and analog electronics, thermodynamics, linear systems, electromagnetic fields, statics and dynamics, all of which are built on advanced concepts. The comprehensive undergraduate major also encompasses computer engineering, environmental engineering, and computer science topics to provide students with the necessary knowledge and skills to tackle challenges and preserve the well-being of our society.

Curriculum for a Comprehensive Major in Engineering Science

Students in the program must select one of two areas of concentration: Environmental Engineering or Systems Engineering. Students must satisfy requirements for their selected concentration, for the Engineering Science core, and for the Shepherd University Core Curriculum.

Total hours required (including free electives), 120 Hours

Specific Core Curriculum requirements, 16 Hours

ENGR 100 - Freshman Seminar (1 cr)
ECON 205 - Principles of Macroeconomics (3 cr)
MATH 207 - Calculus I (4 cr)
PHYS 221 - General Physics I (3 cr)
PHYS 221L - General Physics I Laboratory (1 cr)
PHYS 222 - General Physics II (3 cr)
PHYS 222L - General Physics II Laboratory (1 cr)

Mathematics, Engineering, and Related Requirements, 32 Hours

ENGR 101 - Engineering I (3 cr)
ENGR 102 - Engineering II (3 cr)
CHEM 207 - General Chemistry I (3 cr)
CHEM 207L - General Chemistry I Laboratory (1 cr)
MATH 208 - Calculus II (4 cr)
MATH 307 - Introduction to Linear Algebra (3 cr)
MATH 309 - Calculus III (4 cr)
MATH 310 - Differential Equations (4 cr)
ENGR 221 - Introduction to Electrical Engineering (3 cr)
ENGR 222 - Electrical Engineering Laboratory (1 cr)
ENGR 489 - Engineering Capstone Project I (1 cr)
ENGR 490 - Engineering Capstone Project II (2 cr)

Environmental Engineering Concentration, 50 Hours

The Environmental Engineering concentration is designed to prepare the student for a future in appkication of engineering technology to environmental issues and problems. The need for trained environmental engineers is illustrated through the numerous employment opportunities available for individuals trained in this field in industry, at state and federal agencies, and with environmental consulting firms.

Environmental and Physical Science Requirements, 32 Hours

ENVS 201 - Foundations In Environmental Science I (3cr)
ENVS 201L - Foundations In Environmental Science I Lab (1cr)
ENVS 202 - Foundations In Environmental Science II (3cr)
ENVS 202L - Foundations In Environmental Science II Lab (1cr)
ENVS 341 - Sustainable Energy and Lab (4 cr)
ENVS 390 - Geographic Information Systems (4 cr)
ENVS 441 - Hydrology and Lab (4 cr)
PHYS 301 - Energy (4cr)
CHEM 209 - General Chemistry II (3 cr)
CHEM 209L - General Chemistry II Laboratory (1 cr)
CHEM 333 - Environmental Chemistry (3 cr)
CHEM 333L - Environmental Chemistry Lab (1 cr)

Mathematics and Engineering Requirements, 18 Hours

ENGR 241 - Engineering Statics (3 cr)
ENGR 242 - Engineering Dynamics (3 cr)
ENGR 243 - Engineering Mechanics of Materials (3 cr)
ENGR 301 - Engineering Thermodynamics (3 cr)
OR ENGR 351 - Introduction to Fluid Mechanics (3 cr)
MATH 314 - Statistics (3 cr)
MATH 329 - Mathematical Modeling (3 cr)
OR CPE 492 - Cooperative Work Experience in Computer Science and Engineering (1-3 cr) (3 cr required)

Four-Year Progression

**Engineering Science, Environmental Engineering**
FALL		FIRST YEAR		SPRING		FIRST YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 100	1	Freshman Seminar (FYEX)	1	MATH 207		Calculus I	4
ENGR 101		Engineering I	3	ENGR 102		Engineering II	3
ENVS 201/201L		Foundations in Environmental Science I and Lab	4	ENVS 202/202L		Foundations in Environmental Science II and Lab	4
Core Curriculum	1	ENGL 101, History, and Arts	9	Core Curriculum	1, 2	ENGL 102 and Wellness	6
		TOTAL	17			TOTAL	17

FALL		SECOND YEAR		SPRING		SECOND YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 221/222		Introduction to Electrical Engineering and Lab	4	CHEM 209/209L		General Chemistry II and Lab	4
MATH 208		Calculus II	4	MATH 314		Statistics	3
ENGR 231		Engineering Statistics	3	ENGR 243		Engineering Mechanics of Materials	3
ENVS 341		Sustainable Energy and Lab	3	Core Curriculum	2	Humanities group	3
CHEM 207, 207L		Chemistry I with Lab	4	Core Curriculum	2	Social group	3
		TOTAL	18			TOTAL	16

FALL		THIRD YEAR		SPRING		THIRD YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 390		Geographic Information Systems	4	ENGR 242		Engineering Dynamics	3
MATH 329		Mathematical Modeling	3	PHYS 301		Energy	4
CHEM 333/333L		Environmental Chemistry and Lab	4	ENGR 301		Engineering Thermodynamics	3
Core Curriculum	2	PHYS 221, 221L	4	Core Curriculum	2	PHYS 222, 222L	4
		TOTAL	15			TOTAL	14

FALL		FOURTH YEAR		SPRING		FOURTH YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 489	3	Engineering Capstone Project I	1	ENGR 490	3	Engineering Capstone Project II	2
MATH 307		Introduction Linear Algebra	3	MATH 309		Calculus III	3
ENVS 441		Hydrology and Lab	4	MATH 310		Differential Equations	4
Core Curriculum		Social group	3	Core Curriculum		Social group (consult advisor)	3
Core Curriculum		Humanities group	3			TOTAL	12
		TOTAL	14

September 17, 2019						DEGREE TOTAL	120

Systems Engineering Concentration, 56 Hours

Systems Engineering is an interdisciplinary approach in understanding technical aspects in engineering process and design. Systems Engineering is a key component in systems implementation and management that enables the realization of successful systems. Improving business strategies of integrated systems requires solid foundations in mathematical tools, computer modeling and networking, and operations research.

Restricted Elective Courses, 9 Hours

Select 9 credits from:

ENGR 241 - Engineering Statics (3 cr)
ENGR 242 - Engineering Dynamics (3 cr)
ENGR 305 - Digital Logic Design and Lab (4 cr)
ENGR 350 - Robotics Seminar (1cr) (Up to 3cr)
ENGR 326 - Signal Processing (3cr)
CIS 310 - Information Security (3 cr)
CIS 388 - Database Management Systems (4 cr)
CIS 390 - Operating Systems (3 cr)
CPE 234 - Introduction to Networking (3 cr)
CPE 386 - Computer Organization (4 cr)
CPE 433 - Microprocessor System Design and Lab (4 cr)
CPE 482 - Real Time and Embedded System Design (3 cr)
DATA 418 - Big Data Analytics (3cr)

Four-Year Course Progression

**Engineering Science, Systems Engineering**
FALL		FIRST YEAR		SPRING		FIRST YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 100	1	Freshman Seminar (FYEX)	1	MATH 207		Calculus I	4
ENGR 101		Engineering I	3	ENGR 102		Engineering II	3
CIS 104		Introduction to Computer and Information Sciences	3	CIS 211		Computer Language Concepts	3
Core Curriculum	1	ENGL 101, History, and Arts	9	Core Curriculum	1, 2	ENGL 102 and Wellness	6
		TOTAL	16			TOTAL	16

FALL		SECOND YEAR		SPRING		SECOND YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 221/222		Introduction to Electrical Engineering and Lab	4	ENGR 224, 225		Electrical Circuits and Lab	4
MATH 208		Calculus II	4	MATH 314		Statistics	3
MATH 254		Discrete Mathematics	3	MATH 307		Linear Algebra	3
CIS 287		System Analysis and Design	3	Core Curriculum	2	Humanities group	3
CHEM 207, 207L		Chemistry I with Lab	4	Core Curriculum	2	Social group	3
		TOTAL	18			TOTAL	16

FALL		THIRD YEAR		SPRING		THIRD YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 300		Introduction to Robotics	3	MATH 318		Numerical Analysis	3
MATH 309		Calculus III	3	MATH 310		Differential Equations	4
CIS 314		Advanced Computer Language Concepts	4	CIS 321		Data and File Structures	4
Core Curriculum	2	PHYS 221, 221L	4	Core Curriculum	2	PHYS 222, 222L	4
		TOTAL	14			TOTAL	15

FALL		FOURTH YEAR		SPRING		FOURTH YEAR
Sub./Course No.	Tier	Title	Credit	Sub./Course No.	Tier	Title	Credit
ENGR 489	3	Engineering Capstone Project I	1	ENGR 490	3	Engineering Capstone Project II	2
MATH 321		Probability and Statistics	3	MATH 354		Operations Research	3
CIS 418		Management Information Systems	3	CIS 487		Software Engineering	3
Core Curriculum		Social group	3	Elective		Elective	1
Core Curriculum		Humanities group	3	Core Curriculum		Social group (consult advisor)	3
		TOTAL	13			TOTAL	12

October 13, 2017						DEGREE TOTAL	120

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