ENENG Approved Electives & Course Substitutions (FALL 2023 AND EARLIER)

EGEE ELECTIVES

EGEE ELECTIVES
Semester Offered			Course # and Title	Controls	Prerequisites
Fall	Spring	Summer	Course # and Title	Controls	Prerequisites
			EGEE 412 – Green Engineering and Environmental Compliance		EGEE 302
	X		EGEE 420 – Hydrogen and Fuel Cells - WEB		EME 301
	X		EGEE 436 – Modern Thermodynamics for Energy Systems		EME 301, EGEE 302, MATH 231, 251
X			EGEE 439 – Alternative Fuels from Biomass Sources - WEB		CHEM 110
			EGEE 455 – Materials for Energy Applications		EGEE 302, MATSE 201
	X		EGEE 470 – Air Pollution from Combustion Sources		EME 301
Varies			EGEE 497 – Special Topics
	X		EME 407 – Electrochemical Energy Storage		(EME 301 or ME 300 or CHE 220) and (EME 303 or ME 320 or CHE 330)
X			ENVSE 427 – Pollution Control in the Process Industries		CHEM 110, 112, MATH 141, MNPR 301

Professional Electives

Professional Electives
Semester Offered			Course # and Title	Controls	Prerequisites
Fa	Sp	Su	Course # and Title	Controls	Prerequisites
X	X	X	ACCTG 211 – Financial and Managerial Accounting for Decision Making –in person or WEB		MATH 21 or higher placement
			BA 250 – Small Business Management
X	X	X	BA 304 – Management and Organization – in person or WEB		ECON 102
X	X	X	BLAW 243 – Legal Environment of Business	Majors AGBM, ANSC, CRMBS, EBF, LSCPE, PLANT, PSYBS, RPTM, TURF; Minor BUSLA; Cert SCBC; 3^rd Sem. St.
X	X		EBF 301 – Global Finance for the Earth, Energy and Materials Industries WEB
	X		EBF 401 – Strategic Corporate Finance for the Earth, Energy and Materials Industries	Junior or Senior standing	EBF 200, EBF 301, EME 460; (STAT 200 or 301 or 401 or EBF 472)
X	X	X	EBF 473 – Risk Management in Energy Industries	Major EBF; 8^th Sem. St.	MATH 140; (ECON 102 and MATH 230) or (EBF 200 and 301); (EBF 472 or STAT 200 or 301 or 401)
X	X	X	EBF 483 – Intro to Electricity Markets		MATH 140; (ECON 102 and MATH 230) or (EBF 200 and 301); (EBF 472 or STAT 200 or 301 or 401)
	X		EBF 484 – Energy Economics		MATH 140; (ECON 102 and MATH 230) or (EBF 200 and 301); (EBF 472 or STAT 200 or 301 or 401)
X	X	X	ENGR 310 – Entrepreneurial Leadership – in person or WEB	Some sections reserved for Minors ELD, ENTI
			ENGR 312 – Sustainable Energy Entrepreneurship		EGEE 102, 200
X	X	X	ENGR 407 – Technology-Based Entrepreneurship – in person or WEB	Must be in minors ENTI, ESHP, ELD, PRODR	ECON 102 or 104
X	X	X	ENGR 408 – Leadership Principles – in person or WEB	5^th sem. st.
X	X	X	ENGR 409 – Leadership in Organization – in person or WEB	Minors ELD, ENTI, ESHIP
X	X		ENGR 425 – New Venture Creation		ECON 102 or 104
X			ENGR 451 – Social Entrepreneurship	5^th sem. st.
	X		ENVSE 470 – Engineering Risk Analysis		MATH 251
X			ERM 411 – Legal Aspects of Resource Management	Must be in majors EBF, ERM, CED	ECON 102 or AGBM 10; ERM 151 or CED 152 or EBF 200
	X		GEOG 432 – Energy Policy		EBF 200, EGEE 120, PLSC 490
X	X	X	IB 303 – International Business Operations	Majors EBF, AGBM, Smeal; 5^th sem. st.

TECHNICAL ELECTIVES

TECHNICAL ELECTIVES
Semester Offered			Course # and Title	Controls	Prerequisites
Fa	Sp	Su	Course # and Title	Controls	Prerequisites
	X		AE 456 – Solar Energy Building System Design	7^th sem. St.
		X	AE 469 – Photovoltaic Systems Design and Construction		EE 210 or EE 211
X	X		CE 370 – Introduction to Environmental Engineering	Major CE, ENVE, METEO; Minor ENVSE	CHEM 110; (MATH 111 or 141)
X	X		CE 371 – Water and Wastewater Treatment	Majors CE, ENVSE	CE 360, 370
X	X		CE 475 – Water Quality Chemistry		CHEM 110, 111, CE 370
X	X		CE 476 – Solid and Hazardous Waste		CE 370, 371
X	X	X	CHE 320 – Phase & Chemical Equilibria – in person or WEB	Majors CHE	CHE 210, 220 both with grade of C or better
X	X		CHE 410 – Mass Transfer Operations	Majors CHE	CHE 320; (CHE 330 or 350)
X	X		CHE 430 – Chemical Reaction Engineering	Majors CHE	CHE 320
X			CHE 438 – Bioprocess Engineering		CHEM 212
			CHE 446 – Transport Phenomena		CHE 330, 350, 360; prereq or concurrent CHE 410
X	X		EE 387 – Energy Conversion		EE 350 or EE 312
X			ENVSE 400 – Safety Engineering		CHEM 110, PHYS 211, MATH 141
X			ENVSE 404 – Surface and Interfacial Phenomena in Environmental Systems	Major ENVSE	CHEM 110, MATH 141, PHYS 212, EME 301
	X		ENVSE 406 – Sampling and Monitoring of the Geo-Environment	Major ENVSE, Minor ENVSE	MNPR 301 or concurrent
	X		ESC 313 – Intro to Principles, Fabrication Methods, and Applications of Nanotechnology		CHEM 110, 111, PHYS 212, 214
X			ESC 414 – Elements of Material Engineering		(EMCH 213 or 210); (pre or concurrent PHYS 237 or ESC 312)
			ESC 417 (MATSE 417) Electrical and Magnetic Properties		MATSE 400, 413; concurrent MATSE 402
X			ESC 481 – Elements of Nano/Micro-eletromechanical Systems Processing and Design		ESC 312 or EMCH 213 or 315
X			ESC 482 – Micro-Optoelectromechanical Systems (MOEMS) and Nanophotonics		PHYS 212, 214
X			ESC 483 – (MATSE 483) Simulation and Design of Nanost		MATH 230; (PHYS 214 or ESC 312)
X	X	X	GEOG 430 – Human Use of Environment – in person or WEB		GEOG 10 or 20 or 30 or 40 or 130 or permission
X	X	X	MATSE 259 – Properties and Processing of Engineering Materials – in person or WEB		EMCH 210 or 213
	X		MATSE 412 – Thermal Properties of Materials		(MATSE 201 or 259); pre or concurrent MATSE 401
			ME 402 – Power Plants		ME 410
X			ME 403 – Polymer Electrolyte Fuel Cell Engines		ME 300; pre or concurrent ME 320; concurrent ME 410
X			ME 404 – Gas Turbines	Major ME
	X		ME 408 – Energy Systems	Major ME, NUCE; 4^th sem. St.	ME 320, 410
	X		ME 411 – Heat Exchanger Design	Major ME, NUCE; 4th sem. St	ME 410
	X		ME 431 – Internal Combustion Engines	Major ME, NUCE; 4^th sem. St.
X	X		METEO 473 – Application of Computers to Meteorology		CMPSC 101 or 201 or 202 or METEO 273
	X		METEO 474 – Computer Methods of Meteorological Analysis and Forecasting		STAT 301 or 401 or EBF 472
X			MNG 401 – Mining Operations – in person or WEB		EMCH 211
X			MNG 410 – Underground Coal Extraction		MNG 404, 422, 331
	X		MNG 441 – Surface Mining Systems and Design		MNPR 301, MNG 030
	X		MNPR 301 – Elements of Mineral Processing	Major ENVSE, MNGE (Reserve Caps will be removed first day of class)	CHEM 110, MATH 141
X			NUCE 301 – Fundamentals of Reactor Physics	Major NUCE	MATH 251; Concurrents MATH 230, 232, PHYS 214
X			NUCE 310W – Issues in Nuclear Engineering	Major NUCE 5^th sem. St.
			NUCE 401 – Intro to Nuclear Engineering		MATH 250 or 251
			NUCE 405 – Nuclear and Radio-chemistry		CHEM 452 or PHYS 237 or NUCE 301
X			NUCE 420 – Radiological Safety		NUCE 301 or 405
			NUCE 428 – Radioactive Waste Control		NUCE 301 or 405
X			PNG 405 – Rock and Fluid Properties	Major PNGE; 5^th sem. st.	PHYS 211
	X		PNG 410 – Applied Reservoir Engineering	Major PNGE 6^th sem. St	PNG 405, 406, PHYS 211
X			PNG 411 – Intro to Petroleum and Natural Gas Extraction	Major ENVSE, PNGE; 5^th sem. st.	PHYS 211
	X		PNG 480 – Production Process Engineering	Major PNGE; 8^th sem. St.	EME 301, 303

Agricultural and biological, chemical, civil, electrical, environmental, mechanical, mining, nuclear and petroleum engineering, materials science and engineering, industrial health and safety, and energy business and finance students will be able to substitute by petition some of their courses for some of the minor and dual or concurrent degree requirements. Students in chemical, mechanical, and nuclear engineering in particular may make the following substitution of courses:

Egee Course	Substitute/Equivalent Course
EMSC 100 (3)	CAS 100 (3)
EGEE 012 (1)	CHE 300 (1)
EME 301 (3)	CHE 220 (3) or ME 300 (3)
EME 303 (3)	CHE 330 (3) or ME 320 (3)
EGEE 302 (3)	CHE 210 (3)
EGEE 304 (3)	CHE 350 (3) or ME 410 (3)
EGEE 420 (3)	ME 403 (3)
EGEE 430 (3)	ME 430 (3)
EGEE 464 (3)#	CHE 470 (3)#
EGEE 470 (3)	ME 433 (3)
MATH 251 (4)	MATH 250 (3) and MATH 252 (1)
MATH 231 (2)	MATH 230 (4)

# the capstone design project needs to be energy related and must be approved by the ENENG program chair prior to taking the course. Energy Engineering Majors are not allowed to take equivalent courses from other department without the permission of the ENENG program chair.

The program goal is to ensure a broad-based energy engineering education for Penn State students with special interest in energy. For example, in the required capstone design course EGEE 464W, the program intends to participate and work with the Learning Factory program in the College of Engineering to provide students an opportunity to work on industrial energy related problems in teams composed of students from multiple energy-related disciplines. The proposed energy engineering program is consistent and in line with the recent Penn State University Energy Task Force report and recommendations. In particular, it fulfills the recommendation to develop an exciting new undergraduate curriculum in energy.

John and Willie Leone Family

Department of Energy and Mineral Engineering

EGEE ELECTIVES

Professional Electives

TECHNICAL ELECTIVES