Our program is designed for current or newly-hired engineers who want to continue to develop their skills and accelerate advancement in their careers. Students can optimize their workload to suit them, allowing you to continue your path in education while maintaining your contribution to your organization.
Courses are taught online, with lectures, tutorials and assessment all offered remotely.
Register for upcoming Info Session webinars:
- Register for April 16, 2025 (8 p.m. ET)
- Register for May 14, 2025 (8 p.m. ET)
- Register for July 9, 2025 (8 p.m. ET)
M.Eng. Project
Gain practical experience applying your engineering knowledge and learning to a real problem in your focus area.
A major component of all Cornell Master of Engineering degrees is the project. Projects are the capstone of the program, allowing you an opportunity to leverage your new and learned subject matter to highlight who you are as an engineer. You can pick from a variety of projects that meet your program goals – even porting a project from work if you want to.
Projects with a faculty member are focused around their research areas. They are designed to be applied, meaning they are goal oriented – working alongside research but not doing research. A dedicated and experienced project supervisor provides the problem and advises you throughout the semester. While most of the project is completed remotely on a part-time basis, there are options for you to come to campus to work alongside your project advisor/team.
Projects from work – or from outside Cornell – are also possible. In these cases you would work with an external technical advisor and a Cornell faculty member or M.Eng. staff member to ensure the project meets M.Eng. requirements.
Curriculum
A variety of exciting course options are available to you–all online.
Any of our distance learning (DL) courses can be used to create a personal program of courses to match your goals. This includes our courses offered in the Spacecraft Engineering DL program.
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General Engineering Courses
These courses span the range of mechanical engineering focus areas.
Intermediate Dynamics
Dimensional Tolerancing in Mechanical Design
Engineering Vibrations
Automotive Engineering -
Design
Innovative Product Design
Additive Manufacturing: Fundamentals and Processes
Mechanics of Composite Structures
Advanced Product Design
Polymer Mechanics
Human-Robot Interaction: Algorithms and Experiments -
Simulation/Analysis
Finite Element Analysis for MAE Design
Intermediate Dynamics
Intermediate Fluid Dynamics with CFD
Advanced Applications of Finite Element Analysis Using Ansys
Computational Fluid Dynamics
Computational Combustion -
Professional Development Courses
Project Management
Sys Eng and Six Sigma for the Des and Op of Reliable Systems
Entrepreneurship for Scientists and Engineers
Theory and Practice of Systems Architecture -
Robotics/Controls
Multidisciplinary Design Optimization
Human-Robot Interactions: Algorithms and Experiments
Feedback Controls
Robot Perception
Model Based Estimation