Worcester Polytechnic Institute

What you'll study

The curriculum combines core power engineering topics with management, policy and applied project work to prepare graduates for technical and leadership roles in the electric power sector. Typical subjects include:

• Power systems analysis — steady-state and dynamic analysis, load flow, short-circuit and stability studies.
• Power system protection and control — protective relaying, coordination, substation automation and SCADA fundamentals.
• Smart grids and grid modernisation — communications, distribution automation, advanced metering and distributed energy resources (DER) integration.
• Renewable energy and storage integration — interconnection studies, inverter-based resources, energy storage modelling and scheduling.
• Power electronics for power systems — converters, HVDC, FACTS and their role in transmission and distribution systems.
• Power markets and regulatory frameworks — market design, unit commitment, economic dispatch and policy considerations affecting grid operations.
• Reliability, resilience and cybersecurity — reliability assessment, contingency planning, risk analysis and cyber-physical security for power infrastructure.
• Project management and leadership — engineering management, cost estimation, contract considerations and stakeholder engagement.
• Capstone/major project — an applied project that typically partners students with utilities, industry or research groups to solve a practical power systems problem.

Courses are delivered in an online format that blends asynchronous study with scheduled interactive sessions. The programme emphasises hands-on analysis using industry-standard tools and culminates in a practicum-style capstone designed to demonstrate applied competency.

Entry requirements

Applicants are expected to hold a bachelor’s degree in electrical engineering, power engineering, energy systems or a closely related technical discipline. Candidates with strong industry experience in power systems and a quantitative background may also be considered.

• Official academic transcripts demonstrating an undergraduate degree from an accredited institution.
• A solid foundation in circuits, electromagnetics, signals and systems, and calculus; prerequisite undergraduate coursework may be required if gaps exist.
• A current résumé or CV outlining relevant professional experience.
• A statement of purpose describing career objectives and how the programme aligns with those goals.
• References or letters of recommendation that speak to academic or professional preparedness.

Standardised tests (such as the GRE) may be optional or considered on a case-by-case basis; international applicants should review language proficiency requirements. The admissions office can advise on prerequisites and preparatory coursework if needed.

Career prospects

Graduates enter a wide range of technical and managerial roles across the power sector. Typical career paths include:

• Power systems engineer or analyst working on transmission and distribution planning, system studies and grid integration.
• Protection and controls engineer focused on relaying, substation design and automation.
• Grid integration engineer for renewables and storage, including DER interconnection studies and inverter applications.
• Operations engineer or bulk power system operator at utilities and independent system operators (ISOs/RTOs).
• Energy market analyst or consultant working on market design, bidding strategies and policy impact assessments.
• Project manager for infrastructure upgrades, microgrid deployments or utility modernisation projects.
• Roles in cybersecurity, resilience planning and regulatory compliance tied to electric power systems.

The programme is intended to increase technical competence and managerial readiness, helping professionals advance within utilities, consulting firms, equipment manufacturers, system operators and regulatory bodies.

Why study at Worcester Polytechnic Institute

Worcester Polytechnic Institute is known for its engineering focus and project-based learning approach, which the online Power Systems Management MS adapts for remote learners. The programme leverages WPI's strengths in systems engineering and applied research, connecting students with faculty who have experience in power systems and energy technology.

• Applied, project-driven learning: Emphasis on capstone projects that link classroom theory to practical industry problems, mirroring WPI’s long-standing project culture.
• Industry relevance: Curriculum designed to address contemporary grid challenges — renewables integration, grid modernisation and cyber-physical security — with opportunities to work on problems sourced from utilities and industry partners.
• Flexible delivery for working professionals: Online format that balances asynchronous coursework with interactive sessions and technical labs using industry-standard tools.
• Access to research and networks: Students benefit from WPI’s engineering research expertise and connections to the New England energy industry, facilitating collaboration and professional networking.

Taken together, these features make the programme a practical option for engineers seeking to move into advanced technical or leadership roles in the evolving energy sector.