The world is shifting toward cleaner, renewable, more reliable and efficient forms of energy. NJIT’s Power and Energy Systems Master’s Degree equips professionals with the tools to lead this change. Designed for engineers who want to specialize in advanced electrical power systems, this fully online program prepares graduates to design, manage and optimize the technologies that power our homes, cities and industries.

As power and energy systems grow larger and more complex, professionals with expertise in renewable energy; green energy; energy generation; storage and transmission; smart grid technology; and power electronics are in high demand. This NJIT program delivers the applied knowledge and technical skills needed to meet today’s global energy challenges, on your schedule and in your preferred location. Advance your expertise and become a driving force in the future of energy — apply today to power what’s next.
 

Why Choose NJIT for Your Power and Energy Systems Master’s Degree?

NJIT is a top-ranked polytechnic university known for excellence in engineering education and real-world problem solving orientation. Our program in Power and Energy Systems offers a career-focused curriculum built around current industry needs and future energy trends.

• 100% Online and Flexible: Designed for working professionals.
• Industry-Driven Curriculum: Built to meet demand in power generation, grid integration, renewable energy as well as sustainability and efficiency. 
• Expert Faculty: Learn from faculty with deep experience in consulting and working in the energy sector.
• Research Opportunities: Engage with government and industry-funded projects in sustainable energy, smart grids and power transmission and distribution systems.
• Career-Focused Support: Access NJIT’s network of alumni and energy industry partners.
• No GRE Required: A streamlined application process for qualified applicants.
   

Program Overview

The Power and Energy Systems Master’s Degree is a 30-credit online program that blends core knowledge of electrical power systems with hands-on training in emerging power grid technologies. Students gain a deep understanding of how to plan, analyze and improve systems for power generation, storage, transmission and distribution, as well as renewable integration.

This degree is ideal for engineers looking to lead innovation in utility services, smart grid deployment and sustainable energy infrastructure. Graduates are prepared to drive the transition toward a more efficient, flexible, environmentally-friendly and secure energy future.

• Total credits: 30
• Completion time: 2 years
• Format: Online only
• Core Curriculum
• How to Apply
• Financial Aid Options*

*Tuition reimbursement may be available through your employer 
 

Who Should Apply?

This program is designed for:

• Electrical engineers who want to specialize in modern power systems.
• Energy professionals advancing into technical or project leadership roles.
• Engineers in adjacent fields (mechanical, systems, environmental) seeking expertise in electric power engineering and sustainable energy.
• Recent graduates of engineering programs interested in power generation or power transmission and distribution careers.
   

What You'll Learn

Graduates of NJIT’s Power and Energy Systems Master’s Degree will develop:

• Technical mastery of state-of-the-art electrical power systems.
• Expertise in power-grid modeling, simulation, visualization and optimization.
• Design and analysis skills for grid-connected and standalone energy systems.
• Familiarity with industry-standard tools and frameworks for power electronics and smart grid control.
• Leadership skills to manage large-scale energy infrastructure and renewable integration projects.
   

Career Outcomes

Professionals in power and energy systems play a critical role in ensuring access to reliable, affordable and clean energy. As the global demand for sustainable energy grows, the need for engineers with specialized knowledge continues to increase.

Career opportunities include:

• Power Systems Engineer: Plan and maintain high-voltage electrical power systems for wide geographical areas.
• Renewable Energy Engineer: Design systems for solar, wind and hybrid power generation.
• Energy Storage Specialist: Manage the deployment of battery and hybrid energy storage solutions.
• Smart Grid Analyst: Support the development of intelligent energy networks and advanced metering.
• Utility Systems Engineer: Oversee power transmission, load flow and distribution system upgrades.
• Energy Efficiency Consultant: Identify opportunities to optimize energy use and power system upgrades in industrial systems.

Graduates of NJIT’s program are prepared for roles in utilities, technology firms, government agencies, national laboratories, energy startups and consulting organizations.
 

Admissions Requirements

NJIT’s Power and Energy Systems Master’s program accepts students for the Fall, Spring and Summer semesters. For helpful links on how to apply for the Online M.S. in Power and Energy Systems, refer to:

• How to apply
• Application checklist
• Dates and deadlines
• Graduate FAQs
   

Why Power and Energy Systems Matter Today

As the energy landscape evolves, engineers with the ability to design, manage and integrate renewable energy sources are in high demand. The world is moving toward smarter, more resilient grids, and energy solutions that reduce carbon emissions and increase access to reliable power.

From power generation and smart grid deployment to energy transmission and efficiency, the future of energy storage and transfer depends on skilled engineers with advanced knowledge. The Power and Energy Systems Master’s Degree prepares you to meet this challenge head-on and lead the shift toward cleaner, smarter and more sustainable energy infrastructure.
 

Frequently Asked Questions

• Do I need prior experience in power systems?
  A background in engineering is recommended. Some courses expect knowledge in undergraduate-level electric circuits, mathematics and physics.
• What topics does the online M.S. in Power and Energy Systems cover?
  You'll study power generation, storage, transmission and distribution; renewable energy; electric machines; smart grids; power electronics; grid integration; and power system dynamics.
• How long does it take to finish the degree online?
  Most students finish in 18 to 24 months if studying full-time. Part-time students may take up to four years.
  
   

Get Started

Next Steps

• Apply Now – Begin your application today
• Request More Information  – Connect with an admissions advisor
• Explore Tuition Support – See if you qualify for tuition reimbursement or financial aid