Johns Hopkins University
Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control
Last reviewed June 2026 by the AI Graduate editorial team. Program data is compiled and verified from official university sources — see our methodology.
How this program compares
Budget-wise, $66.7K puts this master's program at the 82nd percentile on cost — about 55% above the $42.9K average across 394 comparable listings. It runs on a full-time schedule (on-campus).
Admission Snapshot
Typical admitted student: A bachelor's degree in mechanical engineering, aerospace engineering, or a closely related field with a minimum GPA of 3.0 is required, along with strong quantitative preparation in calculus, differential equations, and linear algebra. Relevant research or professional experience in robotics or controls is highly recommended.
About This Program
This residential program provides advanced training in mechanical engineering with a specialized focus on robotics and autonomous systems, preparing graduates for careers in automation and smart manufacturing innovation. Coursework concentrates on Machine Learning and Robotics & Autonomous Systems. Most students complete it in about 1 year.
It is one of 26 AI-related programs we track in Maryland, of which about 62% offer an online option. On price, it comes in higher than about 68% of the Maryland programs in our data, where typical tuition runs near $50.2K.
Graduates frequently move into roles such as Robotics Engineer, with reported salaries around $115,000.
Design and analyze robotic systems using kinematics and dynamics principles.
Estimated total tuition is $66.7K, above the $42.9K average for AI master's programs in our database and in the 82nd percentile on cost at this level. Applicants should weigh that premium against the program's outcomes and brand.
Career Outcomes
Johns Hopkins University positions this master track for Robotics Engineer careers — typical offers cluster around $115,000. Its focus on Machine Learning and Robotics & Autonomous Systems maps directly to how employers in engineering ai screen for specialized skills rather than generic degrees. Federal projections for this occupational area point to roughly 7% growth this decade — verify the current figure on the BLS Occupational Outlook Handbook before you rely on it.
- 1. Robotics Engineer
- 2. Controls Systems Engineer
- 3. Mechatronics Specialist
- 4. Dynamics and Simulation Analyst
What You'll Learn
- Design and analyze robotic systems using kinematics and dynamics principles.
- Develop advanced control algorithms for dynamic systems and automation.
- Model complex mechanical systems with computational simulation tools.
- Apply optimal control theory to autonomous vehicles and manipulators.
Curriculum Highlights
The curriculum features a specialized focus area in Robotics, Dynamics, and Controls, with coursework covering machine vision, autonomous vehicle programming, mapping, and intelligent control methodologies.
Top Employers
Top employers include NASA, Boeing, Northrop Grumman, and automotive firms like General Motors and Tesla.
Admissions
Admission to Johns Hopkins University's Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control generally expects a bachelor's degree. The GRE is optional here — a growing norm among AI programs — so applicants can often lead with coursework, projects and recommendations instead. Deadlines, testing policies and funding change year to year, so confirm the current requirements on the official program page before applying.
Application Materials
- Statement of Purpose: Required
- Letters of Recommendation: 3
- Resume: Required
- Transcripts: Official transcripts required
Frequently Asked Questions
Why choose Johns Hopkins University's Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control?
This residential program provides advanced training in mechanical engineering with a specialized focus on robotics and autonomous systems, preparing graduates for careers in automation and smart manufacturing innovation.
Can you complete the Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control online through Johns Hopkins University?
This program is listed as on-campus, so plan for on-campus attendance. Johns Hopkins University may offer other online AI options — verify current formats before applying.
How much does the Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control cost?
We estimate total tuition at roughly $66.7K, above the $42.9K average for comparable AI master's programs in our database. Tuition changes yearly and excludes fees and living costs, so treat this as a planning figure and confirm with Johns Hopkins University.
Does the Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control require the GRE?
No — Johns Hopkins University does not require the GRE for this program, which is increasingly common among AI programs. A strong transcript, projects and recommendation letters carry more weight.
How long does the Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control take to complete?
Most students finish in about 1 year for full-time enrollment. Accelerated or part-time tracks may change the timeline.
What jobs can you get with the Master’s in Mechanical Engineering - Robotics, Systems, Modeling, Dynamics, Control?
Graduates commonly pursue roles such as Robotics Engineer, with reported pay around $115,000. Actual outcomes depend on your prior experience, portfolio and location — see our AI salary guide for current, source-cited ranges.
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