Dartmouth MEng Overview with Faculty Director Gene Santos on March 18 | Register here.
Earn an Ivy League degree
From one of the first professional schools of engineering in the U.S., Thayer School of Engineering at Dartmouth
15-27 months
Complete the program on the schedule that suits your needs (approximately 15-17 hours per week, per course)
100% online
Weekly live sessions, lecture videos, hands-on projects, and connection with instructors and peers
$44,100 total cost
Pay only for courses you enroll in per term ($4,900 each)
Careers
Prepare for in-demand jobs in a growing industry
Our alumni currently work as lead product managers, technical analysts, systems engineers, and more in a variety of companies, from Google, Intel, and Boeing to local startups. Some of our graduates have founded companies themselves! Read more about graduate outcomes from Dartmouth Engineering.
Students gain more than technical skills in our engineering programs. Dartmouth Engineering equips students with “power” skills, like leadership and communication, necessary for success in all types of research or work environments, industry, and organizations. Graduates are well-prepared for high-level research or senior management positions in technology or engineering, and more importantly, are leaders in identifying problems in the world that need human-centered solutions. Our graduates often create their own jobs—and new jobs for others.
‘C-Suite’ positions
Graduate outcomes
Admissions information
The priority application deadline is May 15, 2025! Submit your Fall 2025 application before that date to get your application fee waived!
- Priority Application deadline: May 15, 2025
- Final Application deadline: June 15, 2025
Upcoming Webinars
- March 18: Dartmouth MEng Overview with Faculty Director Gene Santos - Register here!
- May 27: Machine Learning Course Deep Dive with Professor Peter Chin - Register here!
Resources
- Hear from Dean Alexis Abramson: Watch the video.
- 2024 Student Panel: Watch the video
- Professor Guided Course Overview Watch the video
Reach the next step in your career
- Learn the latest analytical methods in engineering
- Build advanced skills in data science, artificial intelligence, machine learning, and more
- Dive deep into five interdisciplinary engineering domains: infrastructure systems, biomedical and biomechanical engineering, data analysis, advanced manufacturing, and electrical, power, and autonomous systems
- Prepare for senior roles by studying subjects like technical leadership, innovation, digital transformation, and technology strategy
Advance your career
On average, engineers who have completed a master’s degree program earn 20% percent more than engineers who only have a bachelor's degree according to a Work.Chron.com report.
$101,780 per year
Average salary of an electrical engineer in the United States from the Bureau of Labor Statistics.
20k+ open jobs on average every year
The Bureau of Labor Statistics reported job postings for electrical engineering in the U.S. alone recently numbered 303,800.
6% job growth by 2031
The materials engineering field is projecting growth year-over-year for 2021-2031 according to the Bureau of Labor Statistics.
Qualify for in-demand jobs
The MAS-E curriculum supports your personal and professional goals through flexible course offerings. What do you want out of this program?
“I want to grow my career in advanced manufacturing.” The MAS-E supports your goal with curriculum in theme areas like Engineering Data Analysis and Advanced Manufacturing and Materials. Example courses include Applied Optimization, Analysis and Control of Nonlinear Systems, and Structural Materials.
“I want to switch my career path and pursue work in integrated circuits.” The MAS-E supports your goal with curriculum in theme areas like , Electrical, Power, and Autonomous Systems and Engineering Data Analysis. Example courses include Techniques for Electronic Device Fabrication, Models in Engineering, Flying Robots, and Optimization: Theory and Practice.
“I want to make an impact on climate change by developing skills in environmental engineering." The MAS-E supports your goal with curriculum in theme areas like Infrastructure Systems Engineering and Advanced Manufacturing and Materials. Example courses include Energy Systems Engineering, Ocean Engineering, Manufacturing in a Climate Emergency, and Digital Transformation & Industry 4.0.