Academic Program Proposal
Main_Content
Date
Proposal
Activated | Institution
and
Proposal | Degree
Awarded | Academic
Program
Name | Objections
Received | Objection
Deadline | MHEC Final
Action | Final
Decision
Date |
|---|
| Johns Hopkins University
Proposal | Master of Science (M.S.) | Energy and Power Systems Engineerig | | 7/10/2026 | | |
| Energy and Power Systems Engineerig Program Description |
| Within two to five years after graduation, graduates from this <br>program will be able to: <br>1. Advance into roles of increased technical responsibility, such as senior engineer, <br>technical lead, or systems specialist, within utilities, energy technology firms, <br>government agencies, or aerospace/defense organizations. <br>2. Apply advanced engineering knowledge to design, analyze, and integrate power <br>electronics, electric power systems, and energy conversion technologies. <br>3. Utilize rigorous analytical, modeling, and simulation tools to evaluate system <br>performance, reliability, stability, and protection. <br>4. Demonstrate systems-level engineering judgment by evaluating trade-offs among <br>performance, reliability, safety, sustainability, and cost in complex, <br>multidisciplinary power and energy systems. <br>5. Communicate technical information effectively and contribute to leading <br>multidisciplinary teams and supporting project execution. |
