Online M.S. in Electrical Engineering

Technology is transforming how we live, work, and connect. Behind almost every technological innovation—from new smart grid architectures to novel autonomous robots—is an electrical engineer. The Electrical Engineering Master’s Degree at NJIT is built for professionals who want to deepen their expertise in designing, optimizing, and managing modern electrical devices, systems and networks.

This fully online program prepares graduates with advanced skills in or at the intersection of Telecommunications (e.g., Software Defined Radio), Digital Signal Processing (DSP) and Machine Intelligence (ML), Computer Networks and Security, Energy and Power Systems (including renewable energy integration and grid resilience), and Robotics, Self-driving Vehicles, Intelligent Systems, and Data Engineering. The program offers the flexibility to study from anywhere. Whether you're focused on advancing in your current role or moving into a new area, NJIT provides the technical knowledge and practical training to help you gain new knowledge and skills and lead.

The program is designed for students who want to strengthen their command of the latest techniques/methodologies in electrical engineering, develop the technological and creative-thinking abilities necessary to deliver innovative solutions to real-world electrical engineering challenges, and cultivate the professional development tools needed to become a leader and manager in a world of accelerating technological evolution.
 

Why Choose NJIT for Your Electrical Engineering Master’s Degree?

NJIT is ranked among the top engineering schools in the nation, with a long-standing reputation for excellence in applied learning and research. Our graduates are known for addressing and solving real-world problems and for leading innovation in transportation, aviation, imaging, healthcare, automation and control. Start your path toward enhanced technical leadership and increased impact—apply now.

NJIT is among the nation’s most elite and productive research institutions, as reflected by its R1 status—the highest designation by the Carnegie Classification of Institutions of Higher Education. Many faculty members of the Electrical and Computer Engineering Department conduct very high research activity supported financially by government agencies, national laboratories and industry. One third of the ECE faculty members are Fellows of the Institute of Electrical and Electronics Engineers (IEEE). The Fellow grade reflects an "extraordinary record of accomplishments" in an IEEE field of interest. 

Here are the opportunities offered by the program to M.S. students.

• Fully Online and Flexible: Complete your degree without disrupting your career.
• Industry-Aligned Curriculum: Courses cover high-demand areas. 
• Faculty with Real-World Experience: Learn from professors actively involved in research and consulting across major industries.
• Customizable Learning Path: Develop a personalized path to the degree, with the ability to integrate courses from electrical engineering with other engineering disciplines, computer science, data science, artificial intelligence or management.
• GRE Optional: A simplified application process makes it easier to apply.
• ECE Department Fellowships: The ECE Department awards merit-based fellowships to MS students who demonstrate academic excellence.
   

Program Overview

The Electrical Engineering Master’s Degree is a 30-credit program designed for engineers who want to stay ahead of fast-moving technological changes. With specialized coursework in various electrical engineering areas, students gain the tools to lead in many industrial, high-tech, manufacturing and defense-related fields.

The curriculum blends theory and application, helping students bridge the gap between design and implementation.

• 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

Key Curriculum Highlights

You’ll complete foundational and elective courses that reflect today’s most in-demand knowledge areas. There are two core courses, plus eight electives. This structure gives students flexibility to choose topics of their interest and get ready for multidisciplinary work and career. Students can customize their learning experience to support specific career goals.

Specialized Learning Areas

The program allows for optional concentration paths such as:

• Communication, Signal Processing and Machine Intelligence (CSM): Prepare for careers in data and image processing, analysis and communication of information in multiple modalities including audio, video, imaging, biomedical, radar, sonar and sensory data.
• Computer Systems and Networking (CSNW): Study existing and new computer systems and networks to increase performance and speed, improve reliability and privacy, and adapt to new computing platforms.
• Energy, Power Systems and Sustainability (EPSS): Understand power systems analysis and design, as well as advancements in energy generation, storage, transmission and distribution
• Robotics, Intelligent Systems and Data Engineering (RID): Gain experience in developing autonomous and self-driving systems that are able to navigate while perceiving, understanding and responding to the environment wherein they operate.
   

Who Should Apply?

This program is ideal for:

• Electrical engineers seeking advancement in a technical or leadership role.
• Engineering professionals transitioning to roles in telecommunications, power systems, robotics, control systems, or data/signal processing systems.
• Recent STEM graduates who want to enter the workforce with in-demand skills in electrical engineering.
• Professionals in adjacent fields (mechanical, computer, biomedical or systems engineering) looking to expand into electrical systems design and management.
   

What You’ll Learn

Graduates of NJIT’s Electrical Engineering Master’s Degree will develop:

• Advanced technical knowledge in areas such as telecommunications, signal and image processing, control and networks.
• Practical circuit, device and system design, as well as testing using state-of-the art technology and simulation software.
• Understanding new designs and architectures of electrical systems across power, communications, and control applications
• Leadership and project management skills to lead interdisciplinary teams.
• Problem-solving skills for tackling real-world challenges in fast-evolving technologies and environments.
   

Career Outcomes

Electrical engineers are critical to innovation in nearly every industry. Earning a master’s degree in electrical engineering positions you for leadership roles and specialized positions in high-demand sectors.

Typical career paths include:

• Electrical Engineer: Design, analyze, and improve electrical systems across industries.
• Systems Engineer: Integrate and test complex embedded systems in manufacturing, aerospace, defense, healthcare and other sectors.
• Power Systems Engineer: Design and develop smart grids, transmission networks, and renewable energy infrastructure.
• Control Systems Engineer: Design feedback and intelligent systems in robotics, automotive, transportation, aviation, and industrial automation.
• Telecommunications Engineer: Develop communication networks and infrastructure for wireless and fiber-optic systems, using analog, digital and computing technologies.
• Signal Processing Specialist: Devise and implement data and signal processing algorithms and systems for applications such as radar, speech, imaging, medical diagnostics, and acoustics. 

Recent NJIT graduates have gone on to work at organizations that include:

• Lockheed Martin
• Verizon
• Intel
• Tesla
• Siemens
• National Grid
• PSE&G
• JCP&L
• NASA
• ExxonMobil Corporation
   

Admissions Requirements

The Online M.S. in Electrical Engineering accepts students for the Fall, Spring and Summer semesters. For helpful links on how to apply for the Online M.S. in Electrical Engineering at NJIT, refer to:

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

Why Electrical Engineering Matters Today

As technology becomes more ubiquitous, connected, automated, and adaptable, electrical engineers are needed more than ever. From renewable energy systems and smart grids to next-generation robotics, beyond-5G wireless networks and embedded artificial intelligence, the modern world depends on engineers who can understand, design and optimize electrical systems.

Earning your Electrical Engineering Master’s Degree from NJIT not only prepares you for today's challenges but positions you to lead future innovations in automation connectivity and energy. Whether you're building self-driving cars, clean energy solutions, or smart cities, electrical engineering is at the core.
 

Frequently Asked Questions

• What are the admission requirements?
  You'll need a bachelor's degree in electrical or computer engineering, or a closely related field, from an accredited school. A GPA of at least 3.0 is required (conditional admission may be available for lower GPAs). GRE scores are optional and additional materials may include transcripts, resume, personal statement, and letters of recommendation. International applicants must submit English proficiency scores.
• Is there a difference between a degree earned online and one earned on campus?
  No, your diploma does not specify that the degree was completed online. The program and academic standards match those on campus.
• What career paths can this degree open?
  Graduates can move into roles like electrical engineer, electronics engineer, aerospace systems designer, or advance into leadership in fields such as telecommunications, renewable energy, or microelectronics. Median salaries in these fields are often above $120,000.
   

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