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Summer 2025
Copy link to Summer 2025| Course | Title | Time | Location | Instructor(s) |
|---|---|---|---|---|
| ENGS 2 | Integrated Design: Engineering, Architecture, and Building Technology | 10A | MacLean B01 |
John D. Wilson
|
| ENGS 11 | The Way Things Work: Sketching to See | 2A | Cummings 200 |
David A. Macaulay
|
| ENGS 21 | Introduction to Engineering | 10A | ECSC 116 |
Britt Goods
|
| ENGS 22 | Systems | 10 | ECSC 116 |
Peng P. Yu
|
| ENGS 24 | Science of Materials | 11 | MacLean B01 |
Weiyang Li
|
| ENGS 25 | Introduction to Thermodynamics | 2 | MacLean 132 |
Hung V.T Nguyen
|
| ENGS 27 | Discrete and Probabilistic Systems | 11 | MacLean 132 |
Bijan Mazaheri
|
| ENGS 31 | Digital Electronics | 12 | ECSC 116 |
Tad Truex
|
| ENGS 33 | Solid Mechanics | 9L | MacLean 132 |
Andrii Murdza
|
| ENGS 84 | Reading Course | Arrange |
Vicki V. May
|
|
| ENGS 86 | Independent Project | Arrange |
Simon Shepherd
|
|
| ENGS 87 | Undergraduate Investigations | Arrange |
Simon Shepherd
|
|
| ENGS 88 | Honors Thesis | Arrange |
Simon Shepherd
|
|
| ENGS 96 | Math for Machine Learning | 3A | Cummings 200 |
Peter Chin
|
| ENGG 99 | Experiential Project | Arrange |
Ronald C. Lasky
|
|
| ENGG 192 | Independent or Group Study in Engineering Sciences | – |
–
|
|
| ENGG 194 | PhD Oral Qualifier | – |
–
|
|
| ENGG 295 | Supervised Undergraduate Teaching | – |
–
|
|
| ENGG 295.1 | Supervised Teaching Assistant | – |
–
|
|
| ENGG 296 | Graduate Research 1 | – |
–
|
|
| ENGG 297 | Graduate Research 2 | – |
–
|
|
| ENGG 298 | Graduate Research 3 | – |
–
|
|
| ENGG 300 | Enterprise Experience Project | – |
Ronald C. Lasky
|
|
| ENGG 390 | Master of Engineering Management Project | – |
Vikrant S. Vaze
|
|
| ENGG 417 | Machine Vision | Online students only |
Kendall R Farnham
|
|
| ENGG 419 | Deep Learning | Online students only |
Emme Burgin
|
|
| ENGG 462 | Embedded Systems | Online students only |
Jason Dahlstrom
|
Textbooks for:
ENGS 2
Integrated Design: Engineering, Architecture, and Building Technology
No textbook required
Textbooks for:
ENGS 11
The Way Things Work: Sketching to See
No textbook required
Textbooks for:
ENGS 21
Introduction to Engineering
No textbook required
Textbooks for:
ENGS 22
Systems
System Dynamics, William J. Palm, McGraw Hill, 3rd Edition, ISBN 0073398063 or 2nd Edition, ISBN-10: 0073529273.
Textbooks for:
ENGS 24
Science of Materials
Optional: Introduction to Materials Science for Engineers, James F. Shackelford, 5th Edition, Pearson Prentice-Hall, 2000, ISBN 0-13-011287-9. Amazon: $24.99; Optional: Materials Science and Engineering: An Introduction, William D. Callister, 7th Edition, Wiley 2006. Amazon: $91.20
Textbooks for:
ENGS 25
Introduction to Thermodynamics
Optional, but recommended: Introduction to Chemical Engineering Thermodynamics; Joe M. Smith, Hendrick C. Van Ness, and Michael Abbott, McGraw-Hill, 7th Edition. ISBN-13: 978-0073104454.
Textbooks for:
ENGS 27
Discrete and Probabilistic Systems
Probability with Applications in Engineering, Science, and Technology (Springer Texts in Statistics) 2nd ed. 2017 Edition ISBN 978-3319524009 Amazon: $44.70 eText | $58.62 Paperback | $165.88 Hardcover
Textbooks for:
ENGS 31
Digital Electronics
Introduction to Logic Circuits & Logic Design with VHDL by Brock J. Lameres, ISBN-13: 978-3319341941
Textbooks for:
ENGS 33
Solid Mechanics
Statics and Mechanics of Materials by R.C. Hibbeler, (5th addition or earlier), ISBN: 0134382595 Published 2016, Amazon from $60 used
Textbooks for:
ENGS 96
Math for Machine Learning
Mathematics for Machine Learning by A. Aldo Faisal, Cheng Soon Ong, and Marc Peter Deisenroth
Textbooks for:
ENGG 99
Experiential Project
No textbook required
Fall 2025
Copy link to Fall 2025| Course | Title | Time | Location | Instructor(s) |
|---|---|---|---|---|
| ENGS 1.01 | Mathematical Concepts in Engineering | 12 | ECSC 008 |
Petra Bonfert-Taylor
|
| ENGS 2 | Integrated Design: Engineering, Architecture, and Building Technology | 2A | MacLean B01 |
John D. Wilson
|
| ENGS 4 | Technology of Cyberspace | 2A | MacLean 201 |
Stephen Taylor
|
| ENGS 12 | Design Thinking | 10A | MacLean 132 |
Peter J. Robbie
|
| ENGS 12 | Design Thinking | 2A | ECSC B09 |
Eugene Korsunskiy
|
| ENGS 15 | Undergraduate Investigations in Engineering | Arrange |
Vicki V. May
|
|
| ENGS 15.06 | Technology Entrepreneurship | 3A | MacLean B01 |
Trent Staats
|
| ENGS 15.11 | Design & Education | 3A | ECSC 042 |
Rafe H. Steinhauer
|
| ENGS 15.13 | Vaccines, Drugs, and Entrepreneurship | 2A | Cummings 118 |
Kendall L. Hoyt
Barry Schweitzer |
| ENGS 20 | Introduction to Scientific Computing | 10 | Cummings 200 |
Simon Shepherd
|
| ENGS 21 | Introduction to Engineering | 11 | ECSC 116 |
Vicki V. May
|
| ENGS 21 | Introduction to Engineering | 12 | ECSC 116 |
Vicki V. May
|
| ENGS 22 | Systems | 2 | Cummings 200 |
Michael A. Kokko
|
| ENGS 23 | Distributed Systems and Fields | 2 | MacLean B01 |
Anthony Rizzo
|
| ENGS 26 | Control Theory | 9L | MacLean 132 |
Minh Q. Phan
|
| ENGS 27 | Discrete and Probabilistic Systems | 10 | ECSC 008 |
George Cybenko
|
| ENGS 28 | Embedded Systems | 2A | ECSC 009 |
Wei Ouyang
|
| ENGS 33 | Solid Mechanics | 11 | MacLean B01 |
Yan Li
|
| ENGS 35 | Biotechnology and Biochemical Engineering | 10A | MacLean 201 |
Tillman U. Gerngross
|
| ENGS 36 | Chemical Engineering | 10A | ECSC 041 |
Jiwon Lee
|
| ENGS 37 | Introduction to Environmental Engineering | 10 | MacLean B01 |
Benoit Cushman-Roisin
|
| ENGS 50 | Software Design and Implementation | 10A | MacLean 210 |
Stephen Taylor
|
| ENGS 56 | Introduction to Biomedical Engineering | 12 | ECSC 009 |
Katherine R. Hixon
|
| ENGS 61 | Intermediate Electrical Circuits | 10 | Cummings 202 |
Jason T. Stauth
|
| ENGS 76 | Machine Engineering | 10A | ECSC 008 |
Ryan J. Halter
|
| ENGS 84 | Reading Course | Arrange |
Vicki V. May
|
|
| ENGS 85.13 | Fundamentals of Additive Manufacturing from Processing to Design | 2 | Cummings 202 |
Rebecca Gallivan
|
| ENGS 86 | Independent Project | Arrange |
Simon Shepherd
|
|
| ENGS 87 | Undergraduate Investigations | Arrange |
Simon Shepherd
|
|
| ENGS 88 | Honors Thesis | Arrange |
Simon Shepherd
|
|
| ENGS 89 | Engineering Design Methodology and Project Initiation | 2A | ECSC 116 |
Solomon G. Diamond
|
| ENGS 89 | Engineering Design Methodology and Project Initiation | 10A | ECSC B09 |
William J. Scheideler
|
| ENGS 91 | Numerical Methods in Computation | 12 | Cummings 200 |
Simon Shepherd
|
| ENGS 92 | Fourier Transforms and Complex Variables | 2 | MacLean 132 |
Markus E. Testorf
|
| ENGS 93 | Statistical Methods in Engineering | 11 | Cummings 200 |
Ronald C. Lasky
|
| ENGS 96 | Math for Machine Learning | 11 | MacLean 132 |
Peter Chin
|
| ENGG 99 | Experiential Project | – |
Ronald C. Lasky
|
|
| ENGS 100 | Methods in Applied Mathematics I | 12 | MacLean 201 |
Colin R. Meyer
|
| ENGS 102 | Game-theoretic Design, Learning and Engineering | 3A | Cummings 200 |
Peter Chin
|
| ENGS 108 | Applied Machine Learning | 12 | MacLean B01 |
George Cybenko
|
| ENGS 117 | Computational Imaging | 10 | Cummings 105 |
Geoffrey P. Luke
|
| ENGS 121 | Implementations of Quantum Information | 2 | ECSC 042 |
Mattias W. Fitzpatrick
|
| ENGS 127 | Bioelectronics | 11 | ECSC B01 |
Hui Fang
|
| ENGS 131 | Science of Solid State Materials | 2 | Cummings 118 |
Jifeng Liu
|
| ENGS 132 | Thermodynamics and Kinetics in Condensed Phases | 11 | Cummings 118 |
Jifeng Liu
|
| ENGS 136 | Electrochemical Energy Materials | 10A | ECSC 042 |
Weiyang Li
|
| ENGS 139.1 | Polar Science & Engineering: Solidification, Sea Ice, Strength & Fracture of Ice | 10A | Cummings 105 |
Colin R. Meyer
|
| ENGS 142 | Intermediate Solid Mechanics | 3A | ECSC 041 |
Yan Li
|
| ENGS 145 | Modern Control Theory | 10A | Cummings 202 |
Minh Q. Phan
|
| ENGS 166 | Quantitative Human Physiology | 2A | ECSC 127 |
Kimberley Samkoe
|
| ENGG 168 | Biomedical Radiation Transport | 9L | Cummings 118 |
Petr Bruza
|
| ENGS 174 | Energy Conversion | 3B | MacLean 132 |
John Hannon
|
| ENGM 178 | Technology Assessment | 10A | Cummings 200 |
Eric S. Bish
|
| ENGM 179.1 | Strategy | W/Th 2:30 - 4:00pm | Stoneman (Tuck) |
Constance Helfat
|
| ENGM 179.2 | Organizational Behavior | W/Th 2:30 - 4:00pm | Stoneman (Tuck) |
Adam M Kleinbaum
|
| ENGM 181 | Marketing | M/W/F 10:00 - 11:20am | Cummings 100 |
Sharmistha Sikdar
|
| ENGG 184 | Introduction to Optimization Methods | W/F 10:10am - 12:00pm | ECSC 009 |
Eric S. Bish
|
| ENGM 184 | Introduction to Optimization Methods | W/F 10:10am - 12:00pm | ECSC 009 |
Eric S. Bish
|
| ENGM 188 | Law for Technology and Entrepreneurship | M/T 8:30 - 10:00am | MacLean B01 |
Oliver Goodenough
|
| ENGG 189.1 | Medical Device Commercialization (.5 credit) | M/T 1:15 - 2:45pm | ECSC B05 |
Ryan J. Halter
|
| ENGM 189.1 | Medical Device Commercialization (.5 credit) | M/T 1:15 - 2:45pm | ECSC B05 |
Ryan J. Halter
|
| ENGG 189.2 | Medical Device Development (.5 credit) | M/T 1:15 - 2:45pm | ECSC B05 |
Ryan J. Halter
|
| ENGM 189.2 | Medical Device Development (.5 credit) | M/T 1:15 - 2:45pm | ECSC B11 |
Ryan J. Halter
|
| ENGS 190 | Engineering Design Methodology and Project Initiation | 2A | ECSC 116 |
Solomon G. Diamond
|
| ENGS 190 | Engineering Design Methodology and Project Initiation | 10A | ECSC B09 |
William J. Scheideler
|
| ENGM 191 | Product Design and Development | 10A | ECSC 009 |
Elizabeth Murnane
|
| ENGG 192 | Independent or Group Study in Engineering Sciences | – |
Ian Baker
|
|
| ENGG 193 | Statistical Methods in Engineering | 2A | Cummings 200 |
Vikrant S. Vaze
|
| ENGG 194 | PhD Oral Qualifier | – |
–
|
|
| ENGG 195 | Seminar on Science - Technology and Society | – |
–
|
|
| ENGG 199.17 | Fundamentals of Additive Manufacturing from Processing to Design | 2 | Cummings 202 |
Rebecca Gallivan
|
| ENGM 203 | Product and Platform Management | M 3:30 - 6:30pm | Barclay (Tuck) |
Geoffrey G. Parker
|
| ENGG 260 | Advances in Biotechnology | T 8:30 - 10:00am | MacLean 201 |
Margaret E. Ackerman
|
| ENGG 269 | Advances in Biomedical Engineering | Arrange |
Jonathan T. Elliott
|
|
| ENGG 295 | Supervised Undergraduate Teaching | – |
Geoffrey P. Luke
|
|
| ENGG 295.1 | Supervised Teaching Assistant | – |
Geoffrey P. Luke
|
|
| ENGG 296 | Graduate Research 1 | – |
–
|
|
| ENGG 297 | Graduate Research 2 | – |
–
|
|
| ENGG 298 | Graduate Research 3 | – |
–
|
|
| ENGG 300 | Enterprise Experience Project | – |
Ronald C. Lasky
|
|
| ENGG 325 | Introduction to Surgical Innovation | – |
Ryan J. Halter
|
|
| ENGM 387 | MEM Professional Skills | M 12:00 - 1:30pm, x-hour M 1:30 - 2:35pm | Cummings 100 |
Jennifer St. Laurence
|
| ENGG 390 | Master of Engineering Management Project | – |
Vikrant S. Vaze
|
|
| ENGG 408 | Machine Learning | Online students only |
Peter Chin
|
|
| ENGG 410 | Signal Processing | Online students only |
Reed Harder
|
|
| ENGG 418 | Applied Natural Language Processing | Online students only |
Eugene Santos
|
|
| ENGG 499 | Smart Sensors | Online students only |
Kofi M. Odame
|
|
| ENGG 700 | Responsible & Ethical Conduct of Research | Th 2:20 - 4:20pm | Cummings 100 |
Molly Clark Carpenter
|
Textbooks for:
ENGS 1.01
Mathematical Concepts in Engineering
Available to students through the Dartmouth Library: Introductory Mathematics for Engineering Applications, Wiley; 2nd edition, ISBN 978-1119604426
Textbooks for:
ENGS 2
Integrated Design: Engineering, Architecture, and Building Technology
No textbook required
Textbooks for:
ENGS 4
Technology of Cyberspace
No textbook required
Textbooks for:
ENGS 12
Design Thinking
No textbook required
Textbooks for:
ENGS 12
Design Thinking
No textbook required
Textbooks for:
ENGS 15.06
Technology Entrepreneurship
Packet of Cases and Notes from Harvard Business School Publishing accessible online. Readings: Distributed by the instructor in class and online
Textbooks for:
ENGS 15.11
Design & Education
"Bryk, A. S., Gomez, L. M., Grunow, A., & LeMahieu, P. G. (2015). Learning to Improve: How America’s Schools Can Get Better at Getting Better. Harvard Education Press.
Hattie, J. (2023). Visible Learning: The Sequel: A Synthesis of Over 2,100 Meta-Analyses Relating to Achievement (1st edition). Routledge.
Tyack, D. B., & Cuban, L. (1997). Tinkering toward Utopia: A Century of Public School Reform (Revised edition). Harvard University Press.
Wiggins, G., & McTighe, J. (2005). Understanding by Design, Expanded 2nd Edition (2nd edition). Pearson."
Textbooks for:
ENGS 15.13
Vaccines, Drugs, and Entrepreneurship
Biotechnology Entrepreneurship: Leading, Managing, and Commercializing Innovative Technologies by Craig Shimasaki (2nd Edition), Academic Press, ISBN 978-0-12-815585-1. Amazon: $74.10
Textbooks for:
ENGS 21
Introduction to Engineering
No textbook required
Textbooks for:
ENGS 22
Systems
Not Required: System Dynamics, William J. Palm, McGraw Hill, 3rd Edition, ISBN 0073398063. (or 2nd Edition, ISBN-10: 0073529273).
Textbooks for:
ENGS 23
Distributed Systems and Fields
Systems, Fields and Waves, Österberg and Hansen, January 2016 - will be distributed in Class
Textbooks for:
ENGS 26
Control Theory
Modern Control Engineering; Ogata, Prentice-Hall, 5th Edition, 2010, ISBN-10: 0136156738. Amazon: $197.32
Textbooks for:
ENGS 27
Discrete and Probabilistic Systems
Probability with Applications in Engineering, Science, and Technology, Carlton and Devore, Springer, ISBN 978-3-319-52400-9. Amazon: $104.26
Textbooks for:
ENGS 28
Embedded Systems
"Elecia White, Making Embedded Systems (O'Reilly Media; 2nd edition, 2024, ISBN-13 : 978-1098151546).
Elliot Williams, AVR Programming: Learning to Write Software for Hardware (Maker Media, 2014; ISBN-13: 978-1449355784)."
Textbooks for:
ENGS 33
Solid Mechanics
Statics and Mechanics of Materials by R. C. Hibbeler, (4th Edition), Prentice Hall; ISBN-13: 978-0133451603 ISBN-10: 0133451607. Amazon: $189.96
Textbooks for:
ENGS 35
Biotechnology and Biochemical Engineering
No textbook required
Textbooks for:
ENGS 36
Chemical Engineering
1) Unit Operations of Chemical Engineering, McCabe, Smith & Harriott, 7th Edition, McGraw-Hill, ISBN 0072848235. Amazon: $27.90 2) Chem, Biochem, & Engg Thermodynamics, Sandler, Wiley & Sons, 4th Edition, ISBN 0471661740. Amazon: $19.40 (Paperback) 3 )Elements of Chem Reaction Engineering, Fogler, Macmillan, 4th Edition, ISBN 0130473944. Amazon: $199.61
Textbooks for:
ENGS 37
Introduction to Environmental Engineering
No textbook required
Textbooks for:
ENGS 56
Introduction to Biomedical Engineering
No textbook required
Textbooks for:
ENGS 61
Intermediate Electrical Circuits
No textbook required
Textbooks for:
ENGS 76
Machine Engineering
Mechanical Engineering Design, 9th, 10th, 11th (or 12th) Editions R.G. Budyas and J.K. Nisbett, McGraw-Hill.
Textbooks for:
ENGS 85.13
Fundamentals of Additive Manufacturing from Processing to Design
No textbook required
Textbooks for:
ENGS 89
Engineering Design Methodology and Project Initiation
No textbook required
Textbooks for:
ENGS 89
Engineering Design Methodology and Project Initiation
No textbook required
Textbooks for:
ENGS 91
Numerical Methods in Computation
Optional: Numerical Analysis; Burden; PWS, 0538733519, 10th Edition (Any edition 7 and up is fine.)
Textbooks for:
ENGS 92
Fourier Transforms and Complex Variables
Fourier Transforms: Principles and Applications, Eric W. Hansen, (Wiley, Sept. 2014), ISBN-10: 1118479149, ISBN-13: 978-1118479148
Textbooks for:
ENGS 93
Statistical Methods in Engineering
Applied Statistics and Probability for Engineers, Montgomery and Runger, 5th Edition, ISBN-13: 978-047005304. Amazon: $232.85
Textbooks for:
ENGS 100
Methods in Applied Mathematics I
Optional: Foundations of applied mathematics, Greenberg, M.D., Dover Publications (2013). Practical Applied Mathematics: Modelling, Analysis, Approximation. Howison, S. Cambridge University Press; 2005.
Textbooks for:
ENGS 102
Game-theoretic Design, Learning and Engineering
No textbook required
Textbooks for:
ENGS 108
Applied Machine Learning
No textbook required
Textbooks for:
ENGS 121
Implementations of Quantum Information
All required papers and text will be available on Canvas
Textbooks for:
ENGS 132
Thermodynamics and Kinetics in Condensed Phases
No textbook required
Textbooks for:
ENGS 136
Electrochemical Energy Materials
No textbook required
Textbooks for:
ENGS 139.1
Polar Science & Engineering: Solidification, Sea Ice, Strength & Fracture of Ice
No textbook required
Textbooks for:
ENGS 142
Intermediate Solid Mechanics
No textbook required
Textbooks for:
ENGS 145
Modern Control Theory
Identification and Control of Mechanical Systems, Juang and Phan, Cambridge Univ Press, 2001, ISBN 0521783550.
Textbooks for:
ENGG 168
Biomedical Radiation Transport
Introduction to Radiological Physics and Radiation Dosimetry, Frank H. Attix, John Wiley & Sons, 1986. Online ISBN:9783527617135
Textbooks for:
ENGS 174
Energy Conversion
No textbook required
Textbooks for:
ENGM 178
Technology Assessment
No textbook required
Textbooks for:
ENGM 191
Product Design and Development
Product Design and Development (7th edition) by Karl Ulrich, Steven Eppinger and Maria C. Yang, ISBN13: 9781260043655
Textbooks for:
ENGG 193
Statistical Methods in Engineering
Applied Statistics and Probability for Engineers, Montgomery and Runger, 5th Edition, ISBN-13: 978-047005304. Amazon: $232.85
Winter 2026
Copy link to Winter 2026| Course | Title | Time | Location | Instructor(s) |
|---|---|---|---|---|
| ENGS 2 | Integrated Design: Engineering, Architecture, and Building Technology | 2A | MacLean B01 |
John D. Wilson
|
| ENGS 7.09 | Analyzing Medical Imaging | 2A | MacLean 201 |
Paul M. Meaney
|
| ENGS 12 | Design Thinking | 10A | ECSC B09 |
Rafe H. Steinhauer
|
| ENGS 12 | Design Thinking | 2A | ECSC B09 |
Rafe H. Steinhauer
|
| ENGS 12 | Design Thinking | 10A | ECSC 042 |
Eugene Korsunskiy
|
| ENGS 15 | Undergraduate Investigations in Engineering | Arrange |
Vicki V. May
|
|
| ENGS 15.01 | Senior Design Challenge I | cancelled |
Eugene Korsunskiy
|
|
| ENGS 15.1 | Design for Leaders | 6B | ECSC 007 |
Nina Montgomery
|
| ENGS 18 | System Dynamics in Policy Design and Analysis | 2A | ECSC 009 |
Steven O. Peterson
|
| ENGS 20 | Introduction to Scientific Computing | 10 | MacLean 132 |
Simon Shepherd
|
| ENGS 21 | Introduction to Engineering | 11 | ECSC 116 |
Rebecca J. Thomson
|
| ENGS 22 | Systems | 9L | Cummings 200 |
Laura E. Ray
|
| ENGS 23 | Distributed Systems and Fields | 11 | MacLean B01 |
Anthony Rizzo
|
| ENGS 24 | Science of Materials | 9L | MacLean 132 |
Alex Boys
|
| ENGS 25 | Introduction to Thermodynamics | 11 | MacLean 132 |
Hung V.T Nguyen
|
| ENGS 28 | Embedded Systems | 2A | ECSC 008 |
Petra Bonfert-Taylor
|
| ENGS 30 | Biological Physics | 10 | ECSC 009 |
Molly Clark Carpenter
|
| ENGS 32 | Electronics: Introduction to Linear and Digital Circuits | 10 | MacLean B01 |
Kendall R Farnham
|
| ENGS 33 | Solid Mechanics | 10 | Cummings 200 |
Daniel C. Cullen
|
| ENGS 41 | Sustainability and Natural Resource Management | 12 | Cummings 118 |
Benoit Cushman-Roisin
|
| ENGS 52 | Introduction to Operations Research | 10A | ECSC 041 |
Eugene Santos
|
| ENGS 53 | Intro Quantum Technologies | 12 | ECSC 042 |
Mattias W. Fitzpatrick
|
| ENGS 58 | Introduction to Protein Engineering | 2 | Cummings 202 |
Olha Kholod
|
| ENGS 59 | Analog & Probabilistic Computers: From Quantum Atom to Living Body | 2 | Cummings 118 |
Rahul Sarpeshkar
|
| ENGS 62 | Microprocessors in Engineered Systems | 10A | MacLean 210 |
Jason Dahlstrom
|
| ENGS 72 | Applied Mechanics: Dynamics | 9L | Cummings 118 |
Michael A. Kokko
|
| ENGS 84 | Reading Course | Arrange |
Vicki V. May
|
|
| ENGS 85.14 | Principles of Causality | Rescheduled to Spring 2026 |
Bijan Mazaheri
|
|
| ENGS 85.15 | Acoustic Waves and Devices | 11 | MacLean 201 |
John Zhang
|
| ENGS 85.16 | Energy and Climate Systems Analysis and Decision Making | 10 | ECSC 042 |
Erin N. Mayfield
|
| ENGS 86 | Independent Project | Arrange |
Simon Shepherd
|
|
| ENGS 86 | Independent Project | Arrange |
Karolina Kawiaka
|
|
| ENGS 87 | Undergraduate Investigations | Arrange |
Simon Shepherd
|
|
| ENGS 88 | Honors Thesis | Arrange |
Simon Shepherd
|
|
| ENGS 90 | Engineering Design Methodology and Project Completion | 2A | ECSC B05 |
Solomon G. Diamond
|
| ENGS 90 | Engineering Design Methodology and Project Completion | 10A | MacLean 201 |
William J. Scheideler
|
| ENGS 90 | Engineering Design Methodology and Project Completion | 3A | MacLean 201 |
William J. Scheideler
|
| ENGS 93 | Statistical Methods in Engineering | 11 | Cummings 100 |
Ronald C. Lasky
|
| ENGG 99 | Experiential Project | Arrange |
–
|
|
| ENGS 103 | Operations Research | 10A | Cummings 202 |
Pushpendra Singh
|
| ENGS 106 | Principles of Machine Learning | 10 | Cummings 100 |
Peter Chin
|
| ENGS 120 | Electromagnetic Waves: Analytical and Modeling Approaches | Cancelled | ECSC 041 |
Geoffrey P. Luke
|
| ENGS 126 | Analog Integrated Circuit Design | 2A | Cummings 105 |
Kofi M. Odame
|
| ENGS 130 | Mechanical Behavior of Materials | 10 | Cummings 105 |
Erland M. Schulson
|
| ENGS 134 | Nanotechnology | 10A | MacLean B01 |
Jifeng Liu
|
| ENGG 149 | Introduction to Systems Identification | 10A | MacLean 132 |
Minh Q. Phan
|
| ENGS 152 | Geophysical Fluid Dynamics | 12 | Cummings 105 |
Yoshihiro Nakayama
|
| ENGS 160 | Introduction to Protein Modeling and Simulation | 11 | MacLean 210 |
Emme Burgin
|
| ENGS 162 | Analog and Probabilistic Computers: From Quantum Atom to Living Body | 2 | Cummings 118 |
Rahul Sarpeshkar
|
| ENGS 163 | Advanced Protein Engineering | 2 | ECSC 041 |
Jiwon Lee
|
| ENGS 164 | Tissue Engineering | 12 | ECSC 009 |
Katherine R. Hixon
|
| ENGS 167 | Medical Imaging | 9L | Cummings 105 |
Brian W. Pogue
|
| ENGS 171 | Sustainable Product Design | 2A | MacLean 132 |
Benoit Cushman-Roisin
|
| ENGS 172 | Climate Change and Engineering | 10 | MacLean 201 |
Klaus Keller
|
| ENGS 173 | Energy Utilization | 10A | Cummings 118 |
Charles R. Sullivan
|
| ENGM 182 | Data Analytics | M/W 9:00 - 10:50am | ECSC 008 |
Reed Harder
|
| ENGG 182 | Data Analytics | 2 | ECSC 009 |
Erin N. Mayfield
|
| ENGM 183 | Operations Management | F 9:00 - 10:30am & 11:00am - 12:30pm | Stoneman (Tuck) |
Laurens G. Debo
|
| ENGM 186 | Technology Project Management | M/T 12:15 - 2:05pm | Cummings 202 |
Eric S. Bish
|
| ENGM 187 | Technology Innovation and Entrepreneurship | 2A | Cummings 200 |
Trent Staats
|
| ENGG 192 | Independent or Group Study in Engineering Sciences | – |
Thayer Faculty
|
|
| ENGG 193 | Statistical Methods in Engineering | 2A | Cummings 202 |
Wesley Marrero
|
| ENGG 194 | PhD Oral Qualifier | – |
–
|
|
| ENGG 195 | Seminar on Science - Technology and Society | – |
–
|
|
| ENGG 197 | Ph.D. Professional Workshops | W 3:30 - 5:30pm | Cummings 118 |
Allan Bieber
|
| ENGG 198 | Research-In-Progress Workshop | – |
Thayer Faculty
|
|
| ENGG 199.16 | Wearable Electronics | 10 | ECSC 041 |
Wei Ouyang
|
| ENGG 199.19 | Principles of Causality | Rescheduled to Spring 2026 |
Bijan Mazaheri
|
|
| ENGG 199.21 | Acoustic Waves and Devices | 11 | MacLean 201 |
John Zhang
|
| ENGM 201 | Product Management | 10A | Cummings 200 |
Laura Ridlehoover
|
| ENGG 260 | Advances in Biotechnology | T 8:30 - 10:00am | MacLean 201 |
Margaret E. Ackerman
|
| ENGG 269 | Advances in Biomedical Engineering | Arrange |
Jonathan T. Elliott
|
|
| ENGS 290 | Engineering Design Methodology and Project Completion | 2A | ECSC B05 |
Solomon G. Diamond
|
| ENGS 290 | Engineering Design Methodology and Project Completion | 10A | MacLean 201 |
William J. Scheideler
|
| ENGS 290 | Engineering Design Methodology and Project Completion | 3A | MacLean 201 |
William J. Scheideler
|
| ENGG 295 | Supervised Undergraduate Teaching | – |
–
|
|
| ENGG 295.1 | Supervised Teaching Assistant | – |
Geoffrey P. Luke
|
|
| ENGG 296 | Graduate Research 1 | – |
–
|
|
| ENGG 297 | Graduate Research 2 | – |
–
|
|
| ENGG 298 | Graduate Research 3 | – |
–
|
|
| ENGG 300 | Enterprise Experience Project | – |
Ronald C. Lasky
|
|
| ENGG 321.1 | Advanced Innovation and Entrepreneurship I | F 8:30 - 10:00am | ECSC 005 |
Eric R. Fossum
|
| ENGG 325 | Introduction to Surgical Innovation | Arrange |
Ryan J. Halter
|
|
| ENGM 387 | MEM Professional Skills | W 12:00 - 1:30pm; x-hour W 1:30 - 2:30pm | Cummings 200 |
Jennifer St. Laurence
|
| ENGG 390 | Master of Engineering Management Project | – |
Vikrant S. Vaze
|
|
| ENGG 415 | Distributed Computing | Online only |
Michael A. Kokko
|
|
| ENGG 463 | Advanced FPGA Design | Online only |
Kendall R Farnham
|
Spring 2026
Copy link to Spring 2026| Course | Title | Time | Location | Instructor(s) |
|---|---|---|---|---|
| ENGS 3.1 | Elementary Oceanography | 11 | Cummings 200 |
Yoshihiro Nakayama
|
| ENGS 6 | Technology and Biosecurity | 2A | MacLean B01 |
Kendall L. Hoyt
|
| ENGS 7.02 | Climate Change | 10 | MacLean 201 |
Klaus Keller
|
| ENGS 9 | Everyday Technology | 10 | Cummings 118 |
Scott C. Davis
|
| ENGS 12 | Design Thinking | 2A | ECSC B09 |
Elizabeth Murnane
|
| ENGS 12 | Design Thinking | 10A | MacLean 132 |
Peter J. Robbie
|
| ENGS 12 | Design Thinking | 2A | MacLean 132 |
Peter J. Robbie
|
| ENGS 15 | Undergraduate Investigations in Engineering | Arrange |
Vicki V. May
|
|
| ENGS 15.05 | Blockchain Explored: Promise, Pitfalls & Plumbing | Cancelled |
Oliver Goodenough
|
|
| ENGS 15.06 | Technology Entrepreneurship | 2A | Cummings 200 |
Trent Staats
|
| ENGS 15.07 | Research Methods for Human-Centered Design | 3A | MacLean 132 |
Maura E. Cass
|
| ENGS 15.09 | Design Ethics | 10A | ECSC 042 |
Eugene Korsunskiy
|
| ENGS 15.12 | Design and Entrepreneurship | 10A | ECSC B09 |
Rafe H. Steinhauer
|
| ENGS 15.15 | Design Survivor | 3A | ECSC 042 |
Beth Ames A. Eagle
|
| ENGS 15.16 | Designing with Emerging Technologies | 2A | ECSC 041 |
Beth Ames A. Eagle
Chaki Ng |
| ENGS 19.01 | Future of Energy Systems | 2A | ECSC 042 |
Steven O. Peterson
|
| ENGS 20 | Introduction to Scientific Computing | 11 | ECSC 116 |
Helene Seroussi
|
| ENGS 20 | Introduction to Scientific Computing | 12 | ECSC 116 |
Helene Seroussi
|
| ENGS 21 | Introduction to Engineering | 10A | ECSC 116 |
Rebecca J. Thomson
|
| ENGS 22 | Systems | 9L | Cummings 200 |
John Zhang
|
| ENGS 23 | Distributed Systems and Fields | 12 | Cummings 100 |
Mattias W. Fitzpatrick
|
| ENGS 24 | Science of Materials | 10 | Cummings 200 |
Rebecca Gallivan
|
| ENGS 25 | Introduction to Thermodynamics | 11 | MacLean B01 |
Emme Burgin
|
| ENGS 26 | Control Theory | 9L | MacLean B01 |
Laura E. Ray
|
| ENGS 29 | Computer-Aided Design & Kinematics | 9L | MacLean 210 |
Solomon G. Diamond
|
| ENGS 31 | Digital Electronics | 10 | ECSC 116 |
Geoffrey P. Luke
|
| ENGS 32 | Electronics: Introduction to Linear and Digital Circuits | 11 | ECSC 009 |
Kofi M. Odame
|
| ENGS 34 | Fluid Mechanics | 12 | Cummings 200 |
Benoit Cushman-Roisin
|
| ENGS 37 | Introduction to Environmental Engineering | Berlin FSP |
Petra Bonfert-Taylor
|
|
| ENGS 44 | Sustainable Design | Cancelled |
–
|
|
| ENGS 45 | Sustainable Urban Systems | Berlin FSP |
–
|
|
| ENGS 56 | Introduction to Biomedical Engineering | 12 | ECSC B01 |
Katherine R. Hixon
|
| ENGS 57 | Intermediate Biomedical Engineering | 10 | ECSC B01 |
Ethan Murphy
|
| ENGS 60 | Introduction to Solid-State Electronic Devices | 10A | Cummings 105 |
Anthony Rizzo
|
| ENGS 63 | Electric Energy | 12 | Cummings 118 |
Charles R. Sullivan
Cong Chen |
| ENGS 71 | Structural Analysis | 2 | ECSC 008 |
Vicki V. May
|
| ENGS 75 | Product Design | 2A | ECSC 008 |
Charles Hackett
|
| ENGS 84 | Reading Course | Arrange |
Vicki V. May
|
|
| ENGS 85.14 | Principles of Causality | Course number change, see ENGS 105.1 |
Bijan Mazaheri
|
|
| ENGS 85.17 | Biophotonics: Principles and Applications in Biomedicine | 2A | Cummings 105 |
Irene Georgakoudi
|
| ENGS 86 | Independent Project | Arrange |
Simon Shepherd
|
|
| ENGS 87 | Undergraduate Investigations | Arrange |
Simon Shepherd
|
|
| ENGS 88 | Honors Thesis | Arrange |
Simon Shepherd
|
|
| ENGS 93 | Statistical Methods in Engineering | 11 | Cummings 100 |
Pushpendra Singh
|
| ENGG 99 | Experiential Project | Arrange |
Ronald C. Lasky
|
|
| ENGS 105.1 | Principles of Causality | 11 | MacLean 132 |
Bijan Mazaheri
|
| ENGS 109 | High-dimensional Sensing and Learning (HdSL) | 10 | MacLean B01 |
Peter Chin
|
| ENGS 110 | Signal Processing | 10 | ECSC 008 |
Markus E. Testorf
|
| ENGS 111 | Digital Image Processing | 9L | Cummings 118 |
Xiaoyao Fan
|
| ENGS 118 | Electric Power Systems | 2A | Cummings 202 |
Junbo Zhao
|
| ENGS 125 | Power Electronics and Electromechanical Energy Conversion | 10 | Cummings 202 |
Jason T. Stauth
|
| ENGS 128 | Advanced Digital System Design | 3A | MacLean 210 |
Kendall R Farnham
|
| ENGS 133 | Methods of Materials Characterization | 2A | ECSC B45 |
Ian Baker
|
| ENGS 135 | Thin Films and Microfabrication Technology | 11 | ECSC 042 |
Hui Fang
|
| ENGS 138 | Corrosion and Degradation of Materials | 10A | ECSC 041 |
Weiyang Li
|
| ENGS 144 | Engineering Simulation for Mechanical Design and Analysis | 9L | Cummings 105 |
Eric Krivitzky
|
| ENGS 147 | Mechatronics | 10A | MacLean B01 |
Michael A. Kokko
|
| ENGS 150 | Intermediate Fluid Mechanics | 2A | MacLean 201 |
Colin R. Meyer
Aleah Sommers |
| ENGS 151 | Environmental Fluid Mechanics | 2 | Cummings 105 |
Benoit Cushman-Roisin
|
| ENGS 156 | Heat, Mass, and Momentum Transfer | 10A | MacLean 201 |
Ronald C. Lasky
|
| ENGS 158 | Chemical Kinetics and Reactors | 2 | Cummings 202 |
Daniel G. Olson
|
| ENGS 159 | Molecular Sensors & Nanodevices in Biomedical Engineering | 11 | MacLean 201 |
John Zhang
|
| ENGS 165 | Biomaterials | 9L | MacLean 201 |
Alex Boys
|
| ENGS 169 | Intermediate Biomedical Engineering | 10 | ECSC B01 |
Ethan Murphy
|
| ENGS 172.2 | Techno-economic Analysis in a Developing Country Context | 3B | MacLean 132 |
John Hannon
|
| ENGS 175 | Energy Systems | 10 | ECSC 009 |
Erin N. Mayfield
|
| ENGS 177 | Decision-Making under Uncertainty | 3A | Cummings 200 |
Wesley Marrero
|
| ENGM 180 | Accounting and Finance | M/T 8:30 - 10:00am | Georgiopoulus |
Felipe Severino
Joseph Gerakos |
| ENGG 192 | Independent or Group Study in Engineering Sciences | Arrange |
Thayer Faculty
|
|
| ENGG 194 | PhD Oral Qualifier | Arrange |
Thayer Faculty
|
|
| ENGG 195 | Seminar on Science - Technology and Society | F 3:30 - 4:30pm | Cummings 100 |
–
|
| ENGG 199.08 | Post-Modern and Non-Linear Control | 10A | Cummings 118 |
Minh Q. Phan
|
| ENGG 199.18 | Biophotonics: Principles and Applications in Biomedicine | 2A | Cummings 105 |
Irene Georgakoudi
|
| ENGG 199.19 | Principles of Causality | Course number change, see ENGS 105.1 |
Bijan Mazaheri
|
|
| ENGG 199.22 | Fluids at the Microscale | Cancelled |
Wei Ouyang
|
|
| ENGM 204 | Data Analytics Project Lab | 10A | Cummings 200 |
Trent Staats
Reed Harder |
| ENGG 230 | Fatigue and Fracture | M/W 12:50 - 2:40pm | ECSC 041 |
Yan Li
|
| ENGG 260 | Advances in Biotechnology | T 8:30 - 10:00am | MacLean 201 |
Margaret E. Ackerman
|
| ENGS 262 | Analog and Probabilistic Computers: From Quantum Atom to Living Body, Part 2 | 2 | Cummings 118 |
Rahul Sarpeshkar
|
| ENGG 269 | Advances in Biomedical Engineering | Arrange |
Jonathan T. Elliott
|
|
| ENGG 295 | Supervised Undergraduate Teaching | Arrange |
–
|
|
| ENGG 295.1 | Supervised Teaching Assistant | Arrange |
–
|
|
| ENGG 296 | Graduate Research 1 | Arrange |
–
|
|
| ENGG 297 | Graduate Research 2 | Arrange |
–
|
|
| ENGG 298 | Graduate Research 3 | Arrange |
–
|
|
| ENGG 300 | Enterprise Experience Project | Arrange |
Ronald C. Lasky
|
|
| ENGG 321.2 | Advanced Innovation and Entrepreneurship II | Arrange | ECSC 035 |
Eric R. Fossum
|
| ENGG 325 | Introduction to Surgical Innovation | Arrange |
Ryan J. Halter
|
|
| ENGM 387 | MEM Professional Skills | W 9:00 - 10:00am |
Jennifer St. Laurence
|
|
| ENGG 390 | Master of Engineering Management Project | Arrange |
Vikrant S. Vaze
|
|
| ENGG 408 | Machine Learning | Online students only |
Peter Chin
|
|
| ENGG 410 | Signal Processing | Online students only |
Reed Harder
|
|
| ENGG 417 | Machine Vision | Online students only |
Kendall R Farnham
|
|
| ENGG 499 | Smart Sensors | Online students only |
Kofi M. Odame
|
Summer 2026
Copy link to Summer 2026| Course | Title | Time | Location | Instructor(s) |
|---|---|---|---|---|
| ENGS 2 | Integrated Design: Engineering, Architecture, and Building Technology | 10A |
John D. Wilson
|
|
| ENGS 11 | The Way Things Work: Sketching to See | 2A |
David A. Macaulay
|
|
| ENGS 15 | Undergraduate Investigations in Engineering | – |
Vicki V. May
|
|
| ENGS 21 | Introduction to Engineering | 2A |
Molly Clark Carpenter
|
|
| ENGS 22 | Systems | 10 |
Raina White
|
|
| ENGS 24 | Science of Materials | 11 |
Weiyang Li
|
|
| ENGS 25 | Introduction to Thermodynamics | 2 |
Hung V.T Nguyen
|
|
| ENGS 27 | Discrete and Probabilistic Systems | 10A |
George Cybenko
|
|
| ENGS 31 | Digital Electronics | 12 |
Tad Truex
|
|
| ENGS 33 | Solid Mechanics | 9L |
Andrii Murdza
|
|
| ENGS 84 | Reading Course | Arrange |
Vicki V. May
|
|
| ENGS 86 | Independent Project | Arrange |
Simon Shepherd
|
|
| ENGS 87 | Undergraduate Investigations | Arrange |
Simon Shepherd
|
|
| ENGS 88 | Honors Thesis | Arrange |
Simon Shepherd
|
|
| ENGS 96 | Math for Machine Learning | 10 |
Peter Chin
|
|
| ENGG 99 | Experiential Project | – |
Ronald C. Lasky
|
|
| ENGG 192 | Independent or Group Study in Engineering Sciences | Arrange |
Ian Baker
|
|
| ENGG 194 | PhD Oral Qualifier | – |
Ian Baker
|
|
| ENGG 295 | Supervised Undergraduate Teaching | – |
Geoffrey P. Luke
|
|
| ENGG 295.1 | Supervised Teaching Assistant | – |
Geoffrey P. Luke
|
|
| ENGG 296 | Graduate Research 1 | – |
–
|
|
| ENGG 297 | Graduate Research 2 | – |
–
|
|
| ENGG 298 | Graduate Research 3 | – |
–
|
|
| ENGG 300 | Enterprise Experience Project | – |
Ronald C. Lasky
|
|
| ENGG 390 | Master of Engineering Management Project | – |
Vikrant S. Vaze
|
|
| ENGG 419 | Deep Learning | Online students only |
Emme Burgin
|
|
| ENGG 462 | Embedded Systems | Online students only |
Jason Dahlstrom
|
Fall 2026
Copy link to Fall 2026| Course | Title | Time | Location | Instructor(s) |
|---|---|---|---|---|
| ENGS 1.01 | Mathematical Concepts in Engineering | 12 |
Petra Bonfert-Taylor
|
|
| ENGS 2 | Integrated Design: Engineering, Architecture, and Building Technology | 2A |
John D. Wilson
|
|
| ENGS 4 | Technology of Cyberspace | 2A |
Stephen Taylor
|
|
| ENGS 12 | Design Thinking | 2A |
Eugene Korsunskiy
|
|
| ENGS 12 | Design Thinking | 10A |
Peter J. Robbie
|
|
| ENGS 15 | Undergraduate Investigations in Engineering | Arrange |
Vicki V. May
|
|
| ENGS 15.12 | Design and Entrepreneurship | 10A |
Rafe H. Steinhauer
|
|
| ENGS 15.13 | Vaccines, Drugs, and Entrepreneurship | 2A |
Kendall L. Hoyt
Barry Schweitzer |
|
| ENGS 15.16 | Designing with Emerging Technologies | 2A |
Beth Ames A. Eagle
Chaki Ng |
|
| ENGS 20 | Introduction to Scientific Computing | 10 |
Simon Shepherd
|
|
| ENGS 21 | Introduction to Engineering | 10A |
Vicki V. May
|
|
| ENGS 21 | Introduction to Engineering | 2A |
Charles Hackett
|
|
| ENGS 22 | Systems | 2 |
Michael A. Kokko
|
|
| ENGS 23 | Distributed Systems and Fields | 2 |
Mattias W. Fitzpatrick
|
|
| ENGS 26 | Control Theory | 9L |
Minh Q. Phan
|
|
| ENGS 27 | Discrete and Probabilistic Systems | 10 |
Bijan Mazaheri
|
|
| ENGS 28 | Embedded Systems | 2A |
Wei Ouyang
|
|
| ENGS 32 | Electronics: Introduction to Linear and Digital Circuits | 10 |
Kendall R Farnham
|
|
| ENGS 33 | Solid Mechanics | 11 |
Yan Li
|
|
| ENGS 35 | Biotechnology and Biochemical Engineering | 10A |
Tillman U. Gerngross
|
|
| ENGS 37 | Introduction to Environmental Engineering | 12 |
Benoit Cushman-Roisin
|
|
| ENGS 50 | Software Design and Implementation | 10A |
Stephen Taylor
|
|
| ENGS 56 | Introduction to Biomedical Engineering | 12 |
Katherine R. Hixon
|
|
| ENGS 61 | Intermediate Electrical Circuits | 10 |
Jason T. Stauth
|
|
| ENGS 76 | Machine Engineering | 10A |
Ryan J. Halter
|
|
| ENGS 84 | Reading Course | Arrange |
Vicki V. May
|
|
| ENGS 85.15 | Acoustic Waves and Devices | 11 |
John Zhang
|
|
| ENGS 85.16 | Energy and Climate Systems Analysis and Decision Making | 10 |
Erin N. Mayfield
|
|
| ENGS 86 | Independent Project | Arrange |
Simon Shepherd
|
|
| ENGS 87 | Undergraduate Investigations | Arrange |
Simon Shepherd
|
|
| ENGS 88 | Honors Thesis | Arrange |
Simon Shepherd
|
|
| ENGS 89 | Engineering Design Methodology and Project Initiation | 10A |
Geoffrey P. Luke
Emily Monroe |
|
| ENGS 89 | Engineering Design Methodology and Project Initiation | 2A |
Solomon G. Diamond
Emily Monroe |
|
| ENGS 91 | Numerical Methods in Computation | 12 |
Simon Shepherd
|
|
| ENGS 92 | Fourier Transforms and Complex Variables | 2 |
Markus E. Testorf
|
|
| ENGS 93 | Statistical Methods in Engineering | 11 |
Ronald C. Lasky
|
|
| ENGS 93 | Statistical Methods in Engineering | 3A |
Wesley Marrero
|
|
| ENGS 96 | Math for Machine Learning | 11 |
–
|
|
| ENGG 99 | Experiential Project | Arrange |
Ronald C. Lasky
|
|
| ENGS 101 | Principles of Reinforcement Learning | 10 |
Peter Chin
|
|
| ENGS 104 | Optimization Methods for Engineering Applications | 9L |
Bryce Ferguson
Armin Fugenschuh |
|
| ENGS 108 | Applied Machine Learning | 10 |
George Cybenko
|
|
| ENGS 108 | Applied Machine Learning | 12 |
George Cybenko
|
|
| ENGS 127 | Bioelectronics | 11 |
Hui Fang
|
|
| ENGS 131 | Science of Solid State Materials | 2 |
Jifeng Liu
|
|
| ENGS 132 | Thermodynamics and Kinetics in Condensed Phases | 11 |
Jifeng Liu
|
|
| ENGS 142 | Intermediate Solid Mechanics | 3A |
Yan Li
|
|
| ENGS 145 | Modern Control Theory | 10A |
Minh Q. Phan
|
|
| ENGS 160 | Introduction to Protein Modeling and Simulation | 11 |
Emme Burgin
|
|
| ENGS 166 | Quantitative Human Physiology | 2A |
Kimberley Samkoe
|
|
| ENGS 174 | Energy Conversion | 3B |
John Hannon
|
|
| ENGM 178 | Technology Assessment | 10A |
Trent Staats
|
|
| ENGM 179.1 | Strategy | W/Th 2:30 - 4:00pm |
Constance Helfat
|
|
| ENGM 179.2 | Organizational Behavior | W/Th 2:30 - 4:00pm |
Adam M Kleinbaum
|
|
| ENGM 181 | Marketing | M/W/F 10:00- 11:20am |
Sharmistha Sikdar
|
|
| ENGM 188 | Law for Technology and Entrepreneurship | – |
Oliver Goodenough
|
|
| ENGG 189.1 | Medical Device Commercialization (.5 credit) | M/T 1:15 - 2:45pm |
Ryan J. Halter
Keith D. Paulsen |
|
| ENGM 189.1 | Medical Device Commercialization (.5 credit) | M/T 1:15 - 2:45pm |
Ryan J. Halter
Keith D. Paulsen |
|
| ENGG 189.2 | Medical Device Development (.5 credit) | M/T 1:15 - 2:45pm |
Ryan J. Halter
Keith D. Paulsen |
|
| ENGM 189.2 | Medical Device Development (.5 credit) | M/T 1:15 - 2:45pm |
Ryan J. Halter
Keith D. Paulsen |
|
| ENGS 190 | Engineering Design Methodology and Project Initiation | 10A |
Geoffrey P. Luke
Emily Monroe |
|
| ENGS 190 | Engineering Design Methodology and Project Initiation | 2A |
Solomon G. Diamond
Emily Monroe |
|
| ENGM 191 | Product Design and Development | 10A |
–
|
|
| ENGG 192 | Independent or Group Study in Engineering Sciences | Arrange |
Ian Baker
|
|
| ENGG 193 | Statistical Methods in Engineering | 2A |
Vikrant S. Vaze
|
|
| ENGG 194 | PhD Oral Qualifier | Arrange |
Ian Baker
|
|
| ENGG 195 | Seminar on Science - Technology and Society | F 3:30 - 4:30pm |
–
|
|
| ENGG 199.21 | Acoustic Waves and Devices | 11 |
John Zhang
|
|
| ENGM 203 | Product and Platform Management | M 3:30 - 5:30pm |
Geoffrey G. Parker
|
|
| ENGG 260 | Advances in Biotechnology | T 8:30 - 10:00am |
Margaret E. Ackerman
|
|
| ENGG 269 | Advances in Biomedical Engineering | Arrange |
Jonathan T. Elliott
|
|
| ENGG 295 | Supervised Undergraduate Teaching | Arrange |
Geoffrey P. Luke
|
|
| ENGG 295.1 | Supervised Teaching Assistant | Arrange |
Geoffrey P. Luke
|
|
| ENGG 296 | Graduate Research 1 | Arrange |
–
|
|
| ENGG 297 | Graduate Research 2 | Arrange |
–
|
|
| ENGG 298 | Graduate Research 3 | Arrange |
–
|
|
| ENGG 300 | Enterprise Experience Project | Arrange |
Ronald C. Lasky
|
|
| ENGG 325 | Introduction to Surgical Innovation | Arrange |
Keith D. Paulsen
|
|
| ENGM 387 | MEM Professional Skills | – |
Jennifer St. Laurence
|
|
| ENGG 390 | Master of Engineering Management Project | Arrange |
Vikrant S. Vaze
|
|
| ENGG 408 | Machine Learning | Online students only |
Peter Chin
|
|
| ENGG 410 | Signal Processing | Online students only |
Reed Harder
|
|
| ENGG 418 | Applied Natural Language Processing | Online students only |
Eugene Santos
|
|
| ENGG 499 | Smart Sensors | Online students only |
Kofi M. Odame
|
|
| ENGG 700 | Responsible & Ethical Conduct of Research | – |
Molly Clark Carpenter
|
