• Identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
• Apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
• Communicate effectively with a range of audiences.
• recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
• Function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
• Develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
• Acquire and apply new knowledge as needed, using appropriate learning strategies.

Course List

Code	Title	Credits
Baccalaureate Core
Communications
WR 121	*ENGLISH COMPOSITION	4
WR 327	*TECHNICAL WRITING	3
COMM 111	*PUBLIC SPEAKING	3
or COMM 114	*ARGUMENT AND CRITICAL DISCOURSE
Skills
HHS 231	*LIFETIME FITNESS FOR HEALTH	2
HHS 241	*LIFETIME FITNESS (or any PAC course)	1
Perspectives
ECON 201	*INTRODUCTION TO MICROECONOMICS	4
Western Culture *		3
Cultural Diversity *		3
Literature & The Arts *		3
Difference, Power & Discrimination *		3
Synthesis
SUS 350	*SUSTAINABLE COMMUNITIES	4
Science, Technology & Society *		3
Math and Science
CH 201	CHEMISTRY FOR ENGINEERING MAJORS	3-4
or CH 231	GENERAL CHEMISTRY
CH 202 & CH 205	CHEMISTRY FOR ENGINEERING MAJORS and LABORATORY FOR CH 202	4-5
or CH 232 & CH 261	GENERAL CHEMISTRY and *LABORATORY FOR CHEMISTRY 231
MTH 251	*DIFFERENTIAL CALCULUS	4
MTH 252	INTEGRAL CALCULUS	4
MTH 254	VECTOR CALCULUS I	4
MTH 256	APPLIED DIFFERENTIAL EQUATIONS	4
MTH 341	LINEAR ALGEBRA I	3
PH 211	*GENERAL PHYSICS WITH CALCULUS	4
PH 212	*GENERAL PHYSICS WITH CALCULUS	4
PH 213	*GENERAL PHYSICS WITH CALCULUS	4
ST 314	INTRODUCTION TO STATISTICS FOR ENGINEERS	3
Biological Science Elective *		4
Business Management Courses
BA 357	OPERATIONS AND SUPPLY CHAIN MANAGEMENT	4
ENGR 390	ENGINEERING ECONOMY	3
IE 471	PROJECT MANAGEMENT IN ENGINEERING	3
Engineering
IE 212	COMPUTATIONAL METHODS FOR INDUSTRIAL ENGINEERING	4
ESE 330	MODELING AND ANALYSIS OF DYNAMIC SYSTEMS	4
ESE 355	ENERGY REGULATION	4
ESE 360	ENERGY CONSUMPTION ANALYSIS	4
ESE 430	FEEDBACK CONTROL SYSTEMS	4
ESE 450	ENERGY GENERATION SYSTEMS	4
ESE 470	ENERGY DISTRIBUTION SYSTEMS	4
ESE 471	ENERGY STORAGE SYSTEMS	4
ESE 497	^MIME CAPSTONE DESIGN	4
ESE 498	^MIME CAPSTONE DESIGN	4
ENGR 100	THE OREGON STATE ENGINEERING STUDENT	3
ENGR 102	DESIGN ENGINEERING AND PROBLEM SOLVING	3
ENGR 103	ENGINEERING COMPUTATION AND ALGORITHMIC THINKING	3
ENGR 201	ELECTRICAL FUNDAMENTALS I	3
ENGR 202	ELECTRICAL FUNDAMENTALS II	3
ENGR 211	STATICS	3
ENGR 212	DYNAMICS	3
IE 415	SIMULATION AND DECISION SUPPORT SYSTEMS	4
IE 425	INDUSTRIAL SYSTEMS OPTIMIZATION	4
ME 311/NSE 311	INTRODUCTION TO THERMAL-FLUID SCIENCES	4
ME 312/NSE 312	THERMODYNAMICS	4
ME 331/NSE 331	INTRODUCTORY FLUID MECHANICS	4
ME 332/NSE 332	HEAT TRANSFER	4
Restricted Elective		4
Total Credits		181-182

 

Degree plans are subject to change and the following is only an example of how students may complete their degree in four years. Students should consult their advisor to determine the best degree plan for them. Contact details for advisors can be found on the Academic Advising page.

Plan of Study Grid

First Year
FALL		CREDITS
ENGR 100	THE OREGON STATE ENGINEERING STUDENT	3
CH 201	CHEMISTRY FOR ENGINEERING MAJORS	3
MTH 251	*DIFFERENTIAL CALCULUS	4
WR 121	*ENGLISH COMPOSITION	4
	Credits	14
WINTER
ENGR 102	DESIGN ENGINEERING AND PROBLEM SOLVING	3
CH 202	CHEMISTRY FOR ENGINEERING MAJORS	3
MTH 252	INTEGRAL CALCULUS	4
ECON 201	*INTRODUCTION TO MICROECONOMICS	4
	Credits	14
SPRING
ENGR 103	ENGINEERING COMPUTATION AND ALGORITHMIC THINKING	3
CH 205	LABORATORY FOR CH 202	1
MTH 254	VECTOR CALCULUS I	4
COMM 111	*PUBLIC SPEAKING	3
WR 327	*TECHNICAL WRITING	3
	Credits	14
Second Year
FALL
ENGR 201	ELECTRICAL FUNDAMENTALS I	3
ENGR 211	STATICS	3
MTH 256	APPLIED DIFFERENTIAL EQUATIONS	4
PH 211	*GENERAL PHYSICS WITH CALCULUS	4
	Credits	14
WINTER
ENGR 202	ELECTRICAL FUNDAMENTALS II	3
ENGR 212	DYNAMICS	3
MTH 341	LINEAR ALGEBRA I	3
PH 212	*GENERAL PHYSICS WITH CALCULUS	4
PERSPECTIVES: DIFFERENCE, POWER, & DISCRIMINATION *		3
	Credits	16
SPRING
IE 212	COMPUTATIONAL METHODS FOR INDUSTRIAL ENGINEERING	4
PH 213	*GENERAL PHYSICS WITH CALCULUS	4
ST 314	INTRODUCTION TO STATISTICS FOR ENGINEERS	3
HHS 231	*LIFETIME FITNESS FOR HEALTH	2
HHS 241	*LIFETIME FITNESS (OR ANY PAC COURSE)	1
PERSPECTIVES: BIOLOGICAL SCIENCE *		4
	Credits	18
Third Year
FALL
ENGR 390	ENGINEERING ECONOMY	3
ESE 330	MODELING AND ANALYSIS OF DYNAMIC SYSTEMS	4
IE 425	INDUSTRIAL SYSTEMS OPTIMIZATION	4
ME 311	INTRODUCTION TO THERMAL-FLUID SCIENCES	4
	Credits	15
WINTER
ESE 360	ENERGY CONSUMPTION ANALYSIS	4
ME 312	THERMODYNAMICS	4
IE 415	SIMULATION AND DECISION SUPPORT SYSTEMS	4
BA 357	OPERATIONS AND SUPPLY CHAIN MANAGEMENT	4
	Credits	16
SPRING
ESE 470	ENERGY DISTRIBUTION SYSTEMS	4
ESE 355	ENERGY REGULATION	4
IE 471	PROJECT MANAGEMENT IN ENGINEERING	3
PERSPECTIVES: CULTURAL DIVERSITY *		3
	Credits	14
Fourth Year
FALL
ESE 430	FEEDBACK CONTROL SYSTEMS	4
ESE 497	^MIME CAPSTONE DESIGN (CAPSTONE DESIGN)	4
ME 331	INTRODUCTORY FLUID MECHANICS	4
SUS 350	*SUSTAINABLE COMMUNITIES	4
	Credits	16
WINTER
ESE 498	^MIME CAPSTONE DESIGN	4
ME 332	HEAT TRANSFER	4
PERSPECTIVES: WESTERN CULTURE *		3
RESTRICTED ESE ELECTIVE		4
	Credits	15
SPRING
ESE 450	ENERGY GENERATION SYSTEMS	4
ESE 471	ENERGY STORAGE SYSTEMS	4
PERSPECTIVES: LITERATURE & ARTS *		3
PERSPECTIVES: SCIENCE, TECHNOLOGY, & SOCIETY *		4
	Credits	15
	Total Credits	181