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Bachelor's

Mechanical Engineering (Energy and Environment), BSE

Arizona State University Ira A. Fulton Schools of Engineering 142 courses 120 total credits

About This Program

Gain renewable energy, sustainability and environmental systems skills in ASU's mechanical engineering BSE program at the Ira A. Fulton Schools of Engineering.

Degree Requirements

Total Credits 120 credits

Mechanical Engineering Core

Code Course Title Credits
EEE 202 Circuits I 4
FSE 100 Introduction to Engineering 2
MAE 201 Mechanics of Particles and Rigid Bodies I: Statics 3
MAE 202 Mechanics of Particles and Rigid Bodies II: Dynamics 3
MAE 213 Mechanics of Materials 3
MAE 214 Computer-Aided Engineering I 1
MAE 215 Introduction to Programming in MATLAB 1
MAE 241 Introduction to Thermodynamics 3
MAE 242 Introduction to Fluid Mechanics 3
MAE 301 Applied Experimental Statistics 3
MAE 318 System Dynamics and Control I 3
MAE 384 Advanced Mathematical Methods for Engineers 3
MEE 322 Structural Mechanics 3
MEE 323 Computer-Aided Engineering II 2
MEE 340 Heat Transfer 3
MEE 342 Principles of Mechanical Design 3
MEE 491 Experimental Mechanical Engineering 2
MSE 250 Structure and Properties of Materials 3
Total Mechanical Engineering Core 48 credits

Mechanical (Energy and Environment) Major Requirements

Code Course Title Credits
MAE 417 System Dynamics and Control II 3
MEE 445 Energy Systems Design I 1
MEE 446 Energy Systems Design II 2
MEE 482 Intermediate Thermodynamics 3
Total Mechanical (Energy and Environment) Major Requirements 9 credits

Mechanical (Energy and Environment) Major Requirements - Upper Division Energy and Environment Technical Elective:

Choose from this list.

Code Course Title Credits
APM 560 Applied Dynamical Systems
ATE 521 Building Environmental Science 3
ATE 556 Architectural Technology V
ATE 560 Building Energy Analysis 3
ATE 582 Environmental Control Systems 3
BIO 320 Fundamentals of Ecology 3
BME 494 Topic: Applied Computational Behavioral Science
CEE 361 Introduction to Environmental Engineering 3
CEE 440 Hydrology 3
GLG 471 Hydrology
CEE 494 Topic: Airport Design
CHE 473 Fuel Cells and Biofuel Cells
CHE 478 Biomass Energy Conversion Technology
CHM 302 Environmental Chemistry 3
EEE 360 Energy Systems and Power Electronics 4
EEE 460 Nuclear Power Engineering 3
EEE 463 Electrical Power Plants 3
EEE 498 Topic: Science and Technology of Solar Cell Fabrication
EVE 302 Environmental Engineering Fundamentals: Physical and Chemical Processes 3
EVE 411 Sustainable Energy, Materials and Technology 3
MAE 494 Topic: Guidance and Navigation of Aerospace Vehicles
MEE 434 Internal Combustion Engines
MEE 440 Renewable Energy: Mechanical Systems
MEE 441 Wind Energy
MSE 460 Nanomaterials in Energy Production and Storage
MSE 466 Electrochemical Energy Storage and Conversion
MSE 494 Topic: Semiconductor materials, devices, and fabrication
MAE 484 Internship
MAE 492 Honors Directed Study
MAE 493 Honors Thesis
MAE 499 Individualized Instruction
Total 3 credits

Mechanical (Energy and Environment) Major Requirements - Upper Division Mechanical Engineering Technical Electives:

Choose from this list.

Code Course Title Credits
AST 321 Stellar and Planetary Astrophysics
AST 322 Introduction to Galactic and Extragalactic Astrophysics
BME 300 Bioengineering Product Design 3
BME 316 Biomechanics for Biomedical Engineers 3
BME 318 Biomaterials 4
BME 350 Signals and Systems for Bioengineers 3
BME 467 Tissue Engineering and Regenerative Medicine 3
BME 494 Topic: Applied Computational Behavioral Science
CEE 361 Introduction to Environmental Engineering 3
CEE 372 Transportation Engineering 3
CEE 440 Hydrology 3
GLG 471 Hydrology
CEE 441 Water Resources Engineering 3
CEE 494 Topic: Airport Design
EVE 494 Topic: Sustainable Energy and Material Use
CHE 468 Polymer Principles and Processing
CHE 473 Fuel Cells and Biofuel Cells
CHE 478 Biomass Energy Conversion Technology
CHE 494 Topic: Six Sigma Methodology/Engineering Experimentation
MSE 494 Topic: Semiconductor materials, devices, and fabrication
CHM 302 Environmental Chemistry 3
CHM 325 Analytical Chemistry
CSE 475 Foundations of Machine Learning 3
EEE 304 Signals and Systems II
EEE 333 Hardware Design Languages and Programmable Logic
EEE 334 Circuits II 4
EEE 350 Random Signal Analysis 3
EEE 360 Energy Systems and Power Electronics 4
EEE 407 Digital Signal Processing
EEE 434 Quantum Mechanics for Engineers
EEE 460 Nuclear Power Engineering 3
EEE 463 Electrical Power Plants 3
EEE 473 Electrical Machinery
EEE 480 Feedback Systems
EEE 481 Computer-Controlled Systems
EEE 498 Topic: Science and Technology of Solar Cell Fabrication
EGR 433 Transforms and Systems Modeling 3
EGR 455 Robotic Systems I 3
EGR 456 Robotic Systems II 3
EGR 494 Topic: Engineering in Semiconductors and Microelectronics
EVE 302 Environmental Engineering Fundamentals: Physical and Chemical Processes 3
EVE 303 Environmental Engineering Fundamentals: Microbiological Processes 3
GLG 418 Geophysics
IEE 305 Information Systems Engineering 3
IEE 376 Operations Research Deterministic Techniques/Applications 4
MAT 300 Mathematical Structures 3
MAT 310 Introduction to Geometry
MAT 343 Applied Linear Algebra 3
MAT 371 Advanced Calculus I 3
MAT 420 Scientific Computing
MAT 421 Applied Computational Methods 3
MAT 423 Numerical Analysis I
MAT 425 Numerical Analysis II
MAT 451 Mathematical Modeling 3
MAT 461 Applied Complex Analysis
MAT 462 Applied Partial Differential Equations
MSE 330 Thermodynamics of Materials 3
MSE 355 Structure and Defects 3
MSE 440 Mechanical Behavior of Materials 3
MSE 450 Introduction to Materials Characterization 3
MSE 457 Quantum Mechanics for Understanding Properties of Atoms and Solids 3
MSE 460 Nanomaterials in Energy Production and Storage
MSE 466 Electrochemical Energy Storage and Conversion
MSE 476 Growth and Processing of Semiconductors
PHY 310 Classical Particles, Fields, and Matter I
PHY 361 Introductory Modern Physics 3
SES 311 Essentials of Astrobiology: Exploration for Life in the Universe
SES 350 Engineering Systems and Experimental Problem Solving
SES 421 Foundations of Planetary Science
SES 494 Topic: Space Works 4:Sim and Analysis
DAT 494 Topic: Measurements for Atmospheric and Space Environment
TMC 498 Pro-Seminar 3
CEE 400 Earth Systems Engineering and Management 3
EGR 317 Humanitarian Engineering Project II
EVE 411 Sustainable Energy, Materials and Technology 3
FSE 301 Entrepreneurship and Value Creation 3
FSE 394 Topic: Engineering in Global Context
IEE 300 Economic Analysis for Engineers 3
IEE 381 Lean Six Sigma Methodology 3
IEE 431 Engineering Administration 3
IEE 437 Human Factors Engineering
SES 407 Space Works II: Model, Fabricate, Test
MAE 484 Internship
MAE 492 Honors Directed Study
MAE 493 Honors Thesis
MAE 499 Individualized Instruction
Total 3 credits

Upper Division Interdisciplinary Requirements - Complete one of the following:

Code Course Title Credits
BIO 324 Environmental Ethics 3
CTE 310 Elements of Culture, Technology and Environment 3
SCN 307 Biomimicry: Nature's Sustainable Solutions 3

Upper Division Interdisciplinary Requirements

Code Course Title Credits
PUP 411 Environment, Justice and Cities 3
SOC 334 Technology and Society 3
Total Upper Division Interdisciplinary Requirements 6 credits

Mechanical Engineering (Energy and Environment) Major GPA

Check: Minimum 2.0 Major GPA

Additional Science Requirements

Code Course Title Credits
CHM 231 or CHM 233 Elementary Organic Chemistry or General Organic Chemistry I 3
Total Additional Science Requirements 3 credits

ASU 101 or College-Specific First-Year Seminar

ASU 101 or college-specific equivalent First-Year Seminar required of all first-year students.

Code Course Title Credits
ASU 101 -TPS The ASU Experience 1
Total ASU 101 or College-Specific First-Year Seminar 1 credits

First-Year Composition

All baccalaureate degree students must fulfill university graduation requirements, including a minimum of 120 credit hours, with at least 45 credit hours in upper-division courses. All undergraduate students must complete General Studies requirements. Mathematics Placement Assessment score determines placement in first mathematics course. Students should work with their academic advisor, and consider course prerequisites, in order to complete all degree requirements in four years.

Code Course Title Credits
ENG 101 First-Year Composition
ENG 102 First-Year Composition
ENG 105 Advanced First-Year Composition
ENG 107 First-Year Composition
ENG 108 First-Year Composition
Total First-Year Composition 6 credits

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