Newark College of Engineering

Degree Overview

  • Delivery Format: online
  • Required Credits: 30

Discover Transportation at NJIT

Our cities, economies and supply chains depend on the smooth and efficient movement of people and goods. From highways and airports to transit systems and data-driven modeling, transportation engineers play a critical role in designing and managing these networks. NJIT’s Transportation Engineering Master’s Degree provides the skills and knowledge to lead in this high-impact field.

Delivered fully online, this graduate program prepares professionals to plan, optimize and improve modern transportation infrastructure. You’ll gain specialized expertise in traffic engineering, transport logistics, travel demand modeling and intelligent transportation systems, while exploring how technology, policy and urban growth shape mobility. Step into a leadership role and help move the world forward — apply today.
 

Why Choose NJIT for Your Transportation Master’s Degree?

NJIT is a nationally recognized leader in engineering education with a strong reputation for research and innovation in urban planning, infrastructure and smart mobility. Our fully online Transportation program is designed for engineers and professionals who want to solve real-world challenges across public and private transportation systems.

  • Fully Online and Flexible – Designed to meet the needs of working professionals
  • Career-Focused Curriculum – Emphasizes skills in transportation policy, logistics and public transportation systems
  • Expert Faculty – Learn from professors with experience in regional planning, traffic operations and mobility management
  • Hands-On Learning – Courses include simulation tools and case studies from across the transportation industry
  • Strong Industry Partnerships – NJIT collaborates with agencies and firms in infrastructure, transit and freight movement
  • No GRE Required – A simplified admissions process for qualified applicants
     

Program Overview

The Transportation Master’s Degree at NJIT is a 30-credit, fully online program that combines technical depth with strategic knowledge. It focuses on the design, analysis and management of complex transportation systems — from roadway planning and traffic engineering to logistics modeling and transit innovation.

Students learn how to make transportation systems safer, more efficient and more equitable through data-driven planning and validated engineering techniques. The program is ideal for those pursuing leadership roles in transport logistics, mobility planning or infrastructure consulting.

*Tuition reimbursement may be available through your employer
 

Who Should Apply?

This program is a strong fit for:

  • Civil engineers who want to specialize in transportation infrastructure and planning
  • Professionals in logistics or supply chain management seeking formal training in transportation systems
  • Urban planners and public policy professionals looking to expand their technical expertise
  • Recent engineering graduates who want to launch careers in traffic engineering, transport logistics or public transit design

No prior experience in transportation engineering is required, but a background in civil engineering, systems engineering or a related technical field is recommended.
 

What You’ll Learn

Graduates of NJIT’s Transportation Master’s Degree will develop:

  • Technical skills in traffic engineering, demand modeling and infrastructure analysis
  • Data analysis and forecasting techniques used in planning and policy development
  • Simulation and modeling proficiency using industry-standard tools
  • Knowledge of public and private sector operations, including transport logistics and mobility services
  • Understanding of multimodal networks, including roadways, transit systems and active transportation modes
  • Leadership and decision-making skills for managing transportation projects and teams
     

Career Outcomes

The transportation industry is rapidly evolving due to changing demographics, technological innovation and growing demand for sustainable infrastructure. A graduate degree in transportation engineering prepares professionals to lead that change.

Career Opportunities Include:

  • Transportation Engineer – Design, evaluate and manage roadway and transit projects
  • Traffic Operations Analyst – Monitor and improve the performance of traffic signal systems and corridors
  • Mobility Planner – Develop programs and strategies to improve access and reduce congestion
  • Logistics and Freight Specialist – Oversee the movement of goods across supply chains and freight networks
  • Transportation Safety Analyst – Evaluate crash data and develop risk mitigation strategies
  • Intelligent Transportation Systems (ITS) Specialist – Implement and manage smart technologies for urban mobility

Graduates often find roles with:

  • State Departments of Transportation (DOTs)
  • Metropolitan Planning Organizations (MPOs)
  • Transit Authorities
  • Freight and Logistics Firms
  • Engineering Consulting Firms
  • Transportation Research Institutes
     

Admissions Requirements

NJIT offers rolling admissions for Fall, Spring and Summer. Applicants are encouraged to apply early to ensure availability and financial aid processing. For helpful links on how to apply for the Online M.S. in Transportation Engineering at NJIT, refer to:

Why Transportation Matters Today

Transportation systems are the foundation of economic activity, public health and community access. With increased urbanization, climate change and technological innovation, the need for experts in transportation safety, policy and infrastructure is greater than ever.

From designing public transportation networks to solving last-mile delivery problems in transport logistics, professionals in this field are helping cities become safer, more connected and more efficient. Engineers trained in intelligent transportation systems, mobility management and traffic engineering are leading the shift toward smarter, greener mobility.

Earning your Transportation Master’s Degree from NJIT positions you at the center of this transformation. Whether you’re building roads, modeling travel behavior or planning urban mobility, your studies would increase your level of knowledge and ability to design transportation networks and peripheral systems.
 

Frequently Asked Questions

  • What does an online M.S. in Transportation cover?
    The curriculum offers foundational courses in transportation systems and engineering principles, paired with advanced electives in modeling, safety and policy. See the M.S. in Transportation curriculum to learn more.
  • How many credits do I need to graduate?
    This program requires at least 30 graduate credits beyond a bachelor’s degree. At universities like NJIT, you can meet this through a thesis, a project or coursework only.
  • What careers does this help me pursue?
    Roles in general contracting, heavy and highway construction, construction safety and quality control management. This degree positions you for roles as estimator, project engineer, assistant project manager and  facilities-focused assignments.
     

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Admissions & curriculum

30 Required Credits
Course listing and prerequisites
Explore this area of study

Transportation Salaries

$121,373

Mid-Career Salary, National Average

$132,769

Mid-Career Salary, NYC Metro Area

NJIT’s Civil Engineering graduate programs rank in the top 100 in the country.

What our students are saying

  • Hilsson Angeles
    NJIT was my dream school."
    Hilsson Angeles
  • Seif Issa
    Getting a degree from a great school like NJIT gave me the opportunity to choose the job I wanted."
    Seif Issa

Tuition Cost

How Much does it cost to Attend NJIT?

$32,216
Average cost of attendance for NJ resident undergrads living on campus
- $18,913
Average amount of grants and scholarships per student
= $13,303
(Average Net Price). Try the Net Price Calculator for a more accurate estimate.
Learn More About Tuition & Costs

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Degree Overview

  • Delivery Format: online
  • Required Credits: 30

Discover Industrial Engineering at NJIT

The modern world thrives on efficiency, driven by the systems that connect supply chains, automate production and deliver efficiency. NJIT’s Industrial Engineering Master’s Degree prepares professionals to lead in this evolving landscape. This fully online program equips students with essential knowledge in process optimization, systems engineering and supply chain operations to solve complex real-world challenges.

Designed for working professionals, the flexible format allows you to advance your education without pausing your career. You’ll study optimization methods and models, industrial automation, project economics and learn from expert faculty and industry experts.
 

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

NJIT is a nationally recognized leader in engineering education, known for producing skilled graduates who excel in civil infrastructure development and design.

  • Fully Online and Flexible: Complete your degree while managing professional and personal responsibilities.
  • Industry-Driven Curriculum: Courses focus on real-world applications in manufacturing systems, supply chain management, lean manufacturing and process optimization to meet today’s industrial demands.
  • Expert Faculty: Learn from experienced engineers and researchers in industrial engineering fields.
  • Research Opportunities: Work on projects that address real-world challenges.
  • Career Support: NJIT’s strong industry connections provide access to career advancement opportunities with top employers in industrial engineering, manufacturing and logistics
  • GRE Optional: A streamlined admissions process makes it easier to apply.
     

Program Overview

NJIT’s Industrial Engineering Master’s Degree focuses on building advanced technical and analytical skills. The program emphasizes manufacturing systems, quality control and supply chains, preparing students to manage operations and lead complex projects across industries.

*Tuition reimbursement may be available through your employer

The program covers a broad spectrum of industrial engineering disciplines, including:

  • Manufacturing Systems and Industrial Automation: Learn to design and improve manufacturing processes using smart technologies and automated systems.
  • Quality Control and Statistical Analysis: Use data-driven methods to monitor, maintain and improve product and process quality.
  • Supply Chain Management and Logistics: Explore how to optimize the movement of goods, information and resources across global supply networks.
  • Operations Research and Systems Optimization: Apply mathematical models and analytical tools to improve decision-making and operational efficiency.
  • Lean Manufacturing Principles: Gain practical skills in reducing waste and increasing productivity through lean methodologies.
  • Production Planning and Resource Management: Develop strategies to align production schedules, manage inventory and allocate resources effectively.
     

Who Should Apply?

This program is ideal for:

  • Engineers and STEM professionals ready to move into management or systems design
  • Mid-career professionals seeking advanced training in logistics, automation or operations
  • Recent graduates with a technical background interested in industrial engineering
  • Anyone looking to apply data-driven methods to improve processes and systems

Whether you want to advance in your current field or transition into a new one, this program is designed to support your next step. Apply today and expand your career opportunities.
 

What You’ll Learn

Graduates of NJIT’s Industrial Engineering Master’s Degree program will gain the following skills:

  • Expertise in systems engineering and integration to improve the performance and coordination of complex industrial processes.
  • Analytical skills to optimize workflows and operations using mathematical modeling and data analysis.
  • Advanced knowledge in supply chain coordination and logistics management to ensure efficiency across global networks.
  • The ability to apply lean manufacturing techniques and quality control methods for continuous improvement.
  • Hands-on experience with industrial automation tools to enhance productivity and reduce manual intervention.
  • Strategic planning abilities to manage production schedules, resources and capacity in dynamic environments.

These skills prepare students to improve efficiency, reduce costs and lead innovation across various industries.
 

Career Outcomes

A master’s degree in Industrial Engineering opens doors to leadership roles in government agencies, private firms and large-scale infrastructure projects. Graduates often secure positions such as:

  • Industrial Engineer: Improving systems and processes to enhance efficiency, reduce waste and optimize operations across various industries.
  • Process Engineer: Designing, analyzing and refining production processes to improve output, quality and cost-effectiveness.
  • Operations Manager: Overseeing daily operations and implementing strategies to maximize productivity and resource use.
  • Supply Chain Analyst: Managing the flow of goods and data across global networks to improve supply chain performance and reduce costs.
  • Quality Control Manager: Ensuring product quality and compliance by developing and monitoring inspection systems and standards.
  • Manufacturing Systems Engineer: Designing and integrating manufacturing systems with automation technologies to streamline production and boost performance.

Graduates of NJIT’s program have gone on to work at leading organizations, including: 

  • Lockheed Martin
  • Boeing
  • Amazon
  • Johnson & Johnson
  • Honeywell
  • Siemens
  • Deloitte
  • UPS
  • General Motors
  • U.S. Department of Defense
     

Admissions Requirements

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

 

Why Industrial Engineering Matters Today

In a world where efficiency and adaptability are key, industrial engineers play a vital role. From managing supply chain disruptions to leading digital transformation, these professionals design and improve the systems that keep industries running.

This field combines principles from quality control, logistics, manufacturing systems and operations research. Whether it’s reducing waste in a factory, optimizing patient flow in a hospital or improving shipping operations, industrial engineers solve problems that impact productivity and sustainability.

With global competition, automation and shifting consumer expectations, the demand for professionals who understand both engineering and business continues to grow. An Industrial Engineering Master’s Degree helps you meet this demand and lead with confidence.
 

Frequently Asked Questions

  • What does an online M.S. in Industrial Engineering cover?
    You’ll study advanced statistics, cost and production economics, operations research and systems simulation. Program electives include supply chain, scheduling, quality, logistics and data analytics. Expect a strong mix of modeling, data and process improvement.
  • How many credits do I need to graduate?
    This program requires at least 30 graduate credits beyond a bachelor’s degree. At universities like NJIT, you can meet this through a thesis, a project or coursework only. See the M.S. in Industrial Engineering curriculum to learn more.
  • What if my bachelor’s degree isn’t in industrial engineering?
    You can still apply. You may need bridge courses in cost analysis, management science or fundamentals of IE. These prepare you for graduate work, but do not  count toward the 30 degree credits.
     

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Admissions & curriculum

30 Required Credits
Course listing and prerequisites
Explore this area of study

Industrial Engineering Salaries

$121,555

Mid-Career Salary, National Average

$142,083

Mid-Career Salary, NYC Metro Area

Employment of industrial engineers is projected to grow 10 percent by 2026, faster than the average for all occupations.

What our students are saying

  • Seif Issa
    Getting a degree from a great school like NJIT gave me the opportunity to choose the job I wanted."
    Seif Issa
  • Hilsson Angeles
    NJIT was my dream school."
    Hilsson Angeles

Tuition Cost

How Much does it cost to Attend NJIT?

$32,216
Average cost of attendance for NJ resident undergrads living on campus
- $18,913
Average amount of grants and scholarships per student
= $13,303
(Average Net Price). Try the Net Price Calculator for a more accurate estimate.
Learn More About Tuition & Costs

Core Faculty

Contact Us

Need Help? We’re here to advise you.

Degree Overview

  • Delivery Format: online
  • Required Credits: 30

Discover Electrical Engineering at NJIT

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.

*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:

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

Admissions & curriculum

30 Required Credits
Course listing and prerequisites
Explore this area of study

Electrical Engineering Salaries

$134,856

Mid-Career Salary, National Average

$146,389

Mid-Career Salary, NYC Metro Area

Top Ranked Online Master's in Engineering Programs - U.S. News & World Report, 2025

What our students are saying

  • Abbas Kiani
    As a doctoral candidate, NJIT gave me the best opportunity to perform interesting and instructive projects."
    Abbas Kiani
  • Cem Erkam
    Everything is so close! I have everything I want - food, shopping, friends, and New York City. I go into Manhattan every weekend."
    Cem Erkam
  • Olivia Hadlaw
    While my main focus is on my classes, I'm always looking for opportunities outside of them such as traveling to conferences."
    Olivia Hadlaw

Tuition Cost

How Much does it cost to Attend NJIT?

$32,216
Average cost of attendance for NJ resident undergrads living on campus
- $18,913
Average amount of grants and scholarships per student
= $13,303
(Average Net Price). Try the Net Price Calculator for a more accurate estimate.
Learn More About Tuition & Costs

Core Faculty

Contact Us

Need Help? We’re here to advise you.

Degree Overview

  • Delivery Format: online
  • Required Credits: 30

Discover Civil Engineering at NJIT

The demand for highly skilled civil engineers is growing as cities expand, infrastructure ages and sustainable solutions become a priority. NJIT’s Civil Engineering Master’s Degree is designed to prepare professionals with the expertise to solve modern infrastructure challenges. This fully online program provides advanced training in vital civil engineering areas, equipping graduates with the skills to lead in the field.

With a flexible format tailored for working professionals, NJIT’s program allows students to specialize in areas such as construction engineering and management, transportation and structural design and construction, while balancing their careers and personal commitments.
 

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

NJIT is a nationally recognized leader in engineering education, known for producing skilled graduates who excel in civil infrastructure development and design.

  • Fully Online and Flexible: Complete your degree while managing professional and personal responsibilities.
  • Industry-Driven Curriculum: Courses are designed to meet current industry demands in civil infrastructure, sustainable design and advanced engineering principles.
  • Expert Faculty: Learn from experienced engineers and researchers in civil engineering fields.
  • Research Opportunities: Work on projects that address real-world challenges.
  • Career Support: NJIT’s strong industry connections provide access to career advancement opportunities with top employers in civil engineering.
  • GRE Optional: A streamlined admissions process makes it easier to apply.
     

Program Overview

NJIT’s Civil Engineering Master’s Degree is designed to provide advanced technical skills, leadership development and practical expertise in key areas of civil engineering. Students will gain in-depth knowledge of infrastructure design, sustainable construction and transportation systems, preparing them for leadership roles in engineering firms, government agencies and global infrastructure projects.

*Tuition reimbursement may be available through your employer

The program covers a broad spectrum of civil engineering disciplines, including:

  • Structural Engineering: Learn how to design and analyze buildings, bridges and large-scale infrastructure projects.
  • Geotechnical Engineering: Study soil mechanics, foundation engineering and subsurface exploration.
  • Environmental Engineering: Develop sustainable solutions for water quality, pollution control and waste management.
  • Transportation Engineering: Design and improve roadway systems, transit networks and smart transportation solutions.
  • Water Resources Engineering: Focus on stormwater management, flood control and sustainable water distribution.
  • Construction Management: Gain expertise in project planning, budgeting and risk assessment.
  • Urban Planning and Infrastructure Design: Explore sustainable city development and efficient land-use strategies.

With their advisor, students can also choose to tailor a program that fits their career objectives, allowing for specialization in study.   

Specialized Learning Areas

  • Structural Design and Construction: For engineering students who want broad technical competence in structural engineering and construction
  • Transportation: For engineering students seeking comprehensive technical expertise in urban and /or transportation engineering 
  • Construction Engineering Management: Focuses on well-rounded engineering proficiency in construction/facilities and management
     

Who Should Apply?

This program is ideal for:

  • Engineers seeking career advancement in civil infrastructure, transportation and environmental engineering.
  • Mid-career professionals looking to transition into leadership roles in construction management and urban planning.
  • Recent graduates with a background in civil engineering who want to develop specialized expertise.

Apply today and unlock new opportunities.
 

What You’ll Learn

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

  • Technical expertise in geotechnical, environmental and structural engineering.
  • Infrastructure design and analysis skills to create safe and efficient engineering solutions.
  • Leadership and project management abilities to oversee construction and civil infrastructure projects.
  • Sustainability knowledge to address climate resilience, resource management and green building design.


Career Outcomes

A master’s degree in civil engineering opens doors to leadership roles in government agencies, private firms and large-scale infrastructure projects. Graduates often secure positions such as:

  • Civil Engineer: Specializing in the planning, design and maintenance of public and private infrastructure.
  • Structural Engineer: Designing and evaluating buildings, bridges and transportation systems.
  • Geotechnical Engineer: Assessing soil and foundation conditions for safe construction.
  • Environmental Engineer: Developing solutions for pollution control and water management.
  • Transportation Engineer: Improving roadway networks, transit systems and urban mobility.
  • Construction Manager: Leading infrastructure projects from planning to execution.

Graduates of NJIT’s program have gone on to work at leading organizations, including: 

  • AECOM 
  • Jacobs Engineering
  • Parsons Corporation
  • the U.S. Army Corps of Engineers
  • HNTB
  • Fluor Corporation
  • HDR, Inc.
  • Kimley-Horn
  • WSP USA
     

Admissions Requirements

NJIT's M.S. in Civil Engineering program accepts students on a rolling basis, but courses typically run in the Spring and Fall semesters. For helpful links on the application process, refer to: 

Why Civil Engineering Matters Today

Civil engineers play a critical role in shaping modern society. With aging infrastructure, climate change and urbanization driving demand, professionals in water resources engineering, geotechnical engineering and sustainable construction are needed to develop innovative solutions.

From transportation systems and earthquake-resistant structures to large-scale water management projects, civil engineers have a direct impact on public safety, economic growth and environmental sustainability. Earning a civil engineering master’s degree equips professionals with the skills to design and implement solutions for the challenges of the 21st century. Read more about what to expect in an online master's in civil engineering.
 

Frequently Asked Questions

  • Will my diploma mention that my degree was earned online?
    Most universities don’t list the delivery format on the diploma. Your transcript will usually look the same as those from on-campus students.
  • Are online classes taught by the same faculty as on-campus programs?
    Yes, many schools use the same professors for both. You’ll often get the same quality instruction and similar course content.
  • Can I take classes at my own pace, or do I need to log in at set times?
    Many classes are asynchronous, meaning you can log in and complete work when it suits you. Some classes have live sessions, so it’s smart to check with your school about the course format.
     

Get Started

Next Steps

Admissions & curriculum

30 Required Credits
Course listing and prerequisites
Explore this area of study

Civil Engineering Salaries

$119,768

Mid-Career Salary, National Average

$129,751

Mid-Career Salary, NYC Metro Area

Top ranked MS in Civil Engineering

What our students are saying

  • Oscar Villalobos
    I’m proud of the interdisciplinary approach I’ve developed, using my civil engineering studies to strengthen my architectural work. "
    Oscar Villalobos
  • Edward Grimsland
    The most rewarding part of my studies has been the opportunity to study under professors who are well versed in their topics."
    Edward Grimsland
  • Christopher Lema
    NJIT has helped me shape a path where I can approach projects with both creativity and technical insight, which I’ve learned is a highly valued skill in the industry."
    Christopher Lema

Tuition Cost

How Much does it cost to Attend NJIT?

$32,216
Average cost of attendance for NJ resident undergrads living on campus
- $18,913
Average amount of grants and scholarships per student
= $13,303
(Average Net Price). Try the Net Price Calculator for a more accurate estimate.
Learn More About Tuition & Costs

Core Faculty

Contact Us

Need Help? We’re here to advise you.

Degree Overview

  • Delivery Format: online
  • Required Credits: 12

Discover Project Management at NJIT

Every successful business, product and innovation relies on effective project leadership. NJIT’s Project Management Certificate gives professionals the tools and knowledge to lead complex projects across industries — from engineering and IT to construction, finance and healthcare.

This fully online certificate program is designed to help professionals master key project management functions, including project planning, scheduling, budgeting, communication and stakeholder engagement. Whether you're just entering a project-based role or looking to formalize your expertise, this flexible program will help you strengthen your leadership and execution skills.

Built for working professionals, the certificate can be completed fully online, allowing you to advance your career without putting it on hold — apply now.
 

Why Choose NJIT for a Project Management Certificate?

NJIT is a top-ranked polytechnic university known for preparing professionals to solve real-world challenges with confidence. Our Project Management Certificate is built for those looking to grow into project leadership roles or expand their ability to manage time-sensitive, resource-driven initiatives.

  • Fully Online and Flexible – Learn at your own pace and on your schedule
  • Expert-Led Instruction – Courses taught by experienced project professionals and faculty
  • Skills-Based Curriculum – Learn practical, applicable tools for project planning and execution
  • Industry-Relevant Focus – Aligned with frameworks used in risk management, stakeholder management and process improvement
  • Applicable Across Fields – Ideal for careers in technology, engineering, operations, marketing and more
  • Stackable Credentials – Credits may be applied toward future graduate programs
     

Program Overview

The Project Management Certificate is a non-degree 12-credit online graduate program offering focused instruction in the core areas of project leadership and organizational execution. You’ll gain experience in the planning, implementation and monitoring phases of project lifecycles — while learning the language and techniques required to lead teams and deliver results.

This certificate is an excellent credential for individuals working in cross-functional teams or managing multiple deliverables and timelines. It emphasizes both technical skills and soft skills such as project communication and stakeholder alignment.

*Tuition reimbursement may be available through your employer

Core Curriculum Highlights

The curriculum is built around essential competencies that apply to both technical and non-technical projects. Students gain a structured understanding of project lifecycles, while also learning how to use advanced tools for monitoring progress and managing risk.

Core courses may include:

  • Foundations of Project Management – Overview of the project lifecycle, with emphasis on scope, time, cost and stakeholder needs
  • Project Scheduling and Resource Allocation – Techniques for managing timelines, deliverables and team workloads
  • Risk Management and Project Monitoring – Identifying potential obstacles and developing proactive strategies for issue resolution
  • Project Communication and Stakeholder Management – Methods for keeping internal and external stakeholders informed, aligned and engaged

This curriculum emphasizes project execution using established frameworks, software tools and leadership strategies.
 

Who Should Apply?

This program is ideal for:

  • Early- to mid-career professionals looking to develop foundational project leadership skills
  • Engineers, analysts and IT professionals stepping into supervisory or project-based roles
  • Career changers entering project-driven industries such as tech, construction or consulting
  • Managers and team leads seeking formal training to improve delivery and performance
     

A bachelor’s degree is recommended for applicants, though extensive professional experience may be considered.
 

What You’ll Learn

Graduates of NJIT’s Project Management Certificate will develop:

  • Project planning and scheduling skills using real-world tools and methodologies
  • Project budgeting and resource management techniques to control costs and improve delivery timelines
  • Project scope definition and change management capabilities to maintain alignment and mitigate delays
  • Risk management and project monitoring tools to assess progress and reduce disruptions
  • Project communication and stakeholder management techniques to build trust and support
  • A full understanding of how to execute and complete projects efficiently 

These skills are transferable across departments, industries and organization sizes.
 

Career Outcomes

Project management employs a particular skill set across multiple industries. Whether you're managing a product launch, construction timeline, IT upgrade or strategic initiative, organizations rely on trained professionals who can ensure delivery on time and within budget.

Certificate holders are well-positioned for roles such as:

  • Project Manager
  • Program Coordinator
  • Operations Manager
  • Project Analyst
  • Team Lead or Supervisor
  • Business Analyst 

This certificate also adds value to professionals working in specialized fields such as construction, engineering, software development, healthcare operations and logistics. Employers increasingly seek candidates who can manage timelines, people and deliverables in dynamic environments and under constraints. Apply today and step into your next leadership role.
 

Admissions Requirements

NJIT's Project Management Graduate Certificate program accepts students for the Fall, Spring and Summer semesters. For helpful links on the application process, refer to:

Why a Project Management Certificate Matters Today

In a fast-paced, project-focused environment, employers value professionals who can lead projects from idea to delivery. Businesses need individuals who can handle project scope, resource allocation, risk management and effective communication — without sacrificing quality or speed.

A Project Management Certificate not only boosts your career potential but also equips you with the tools to make an immediate impact in your organization. Whether you're running short-term sprints or long-term strategic initiatives, trained project managers help companies work smarter.

From project execution to delivery, every step depends on strong leadership. This certificate provides the foundation to deliver results — on time and on budget.
 

Frequently Asked Questions

  • How does this program compare to a master’s degree?
    A project management certificate is faster, more focused and less expensive compared to a master’s degree. It targets practical skills you can use right away. If you are looking to conduct research or improve your knowledge base as a professional consultant, a Master of Science program might fit better. All credits accumulated by attending the Online Graduate Certificate in Project Management can be applied to NJIT’s MS in Engineering Management.
  • Who should consider this certificate?
    Professionals who lead projects or want to move into project management roles.  Individuals seeking to enhance their project management skills. The certificate is appropriate for coordinators, analysts, engineers, business leaders and new managers. 
  • What are the prerequisites for this certificate?
    Eligibility for admission requires completion of an undergraduate degree in engineering, the sciences or a closely related area.
     

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More than half of engineers find themselves in management roles within 10 years of the start of their careers.

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  • Delivery Format: online
  • Required Credits: 12

Build the Future of Power Systems Engineering

The energy industry is evolving as demand increases for reliable, efficient and sustainable power systems. NJIT’s Online Graduate Certificate in Power Systems Engineering is designed to prepare professionals to meet these challenges with confidence.

This program focuses on the design, operation and optimization of modern electric power systems, helping you build expertise in areas like power grid modernization, renewable energy integration and grid resilience. You will explore how energy flows through interconnected systems, from generation to energy distribution, while developing a strong foundation in power systems analysis.

As utilities and organizations adopt smart grid technologies and integrate distributed energy resources, engineers must understand both traditional infrastructure and emerging solutions. This certificate provides the applied knowledge needed to analyze system performance, improve reliability and support future-ready networks.
 

Why Choose NJIT for Your Power Systems Engineering Certificate 

NJIT is a nationally recognized leader in engineering education, known for preparing graduates to solve real-world problems in energy and infrastructure. This certificate reflects NJIT’s commitment to applied learning and industry relevance.

  • Fully Online and Flexible – Designed for working professionals
  • Industry-Aligned Curriculum – Covers renewable energy integration, energy storage systems and smart grid technologies
  • Expert Faculty – Learn from instructors with experience in electric power systems and utility operations
  • Hands-On Learning Approach – Apply power systems analysis concepts to real-world scenarios
  • Career-Focused Outcomes – Develop skills valued in utilities, consulting firms and energy providers

This program builds a strong foundation in power systems engineering while focusing on practical applications across the energy sector.
 

Program Overview

The NJIT Online Graduate Certificate in Power Systems Engineering is a focused program designed to build advanced technical knowledge in a shorter time frame than a full degree.

Students explore the structure and function of electric power systems, including generation, transmission and energy distribution. The curriculum emphasizes power systems analysis, system modeling and the integration of renewable energy sources into existing infrastructure.

You will examine how energy storage systems support grid stability and how distributed energy resources contribute to modern energy networks. The program also introduces key concepts in power system protection and energy systems modeling, preparing you to evaluate system performance and identify solutions.

* Employer reimbursement and federal aid available
 

Who Should Apply?

This certificate is designed for professionals who want to deepen their expertise in energy systems or move into specialized roles in the power industry.

Ideal candidates include:

  • Electrical engineers seeking advanced knowledge in power systems engineering
  • Energy professionals working with utilities or infrastructure systems
  • Engineers from related fields looking to transition into electric power systems
  • Recent graduates interested in careers in energy or infrastructure

A background in engineering or a related technical field is recommended.
 

What You’ll Learn

Graduates of this program will build essential skills in power systems engineering that can be applied across a wide range of roles.

You will learn to:

  • Perform advanced power systems analysis to evaluate system performance
  • Design and assess electric power systems for reliability and efficiency
  • Understand power grid modernization and its impact on infrastructure
  • Integrate renewable energy sources into existing systems
  • Apply energy systems modeling techniques to simulate and optimize networks
  • Improve power system reliability and support grid resilience
  • Work with smart grid technologies to enhance monitoring and control
  • Evaluate energy storage systems and their role in balancing supply and demand
  • Analyze the role of distributed energy resources in modern networks
  • Understand power system protection strategies for safe operation

These skills are critical for professionals working with utility-scale power systems and next-generation energy networks.
 

Career Outcomes

Completing this certificate in power systems engineering prepares you for specialized roles across the energy and utilities sector. As organizations invest in infrastructure upgrades and cleaner energy solutions, the need for skilled professionals continues to grow.

Career opportunities include:

  • Power Systems Engineer – Design, analyze and maintain electrical power networks to ensure reliable and efficient performance
  • Energy Systems Analyst – Evaluate system data and performance to improve energy efficiency and support planning decisions
  • Grid Integration Specialist – Manage how renewable energy sources connect to existing grid systems and maintain system balance
  • Utility Engineer – Support the operation and maintenance of electric power systems within utility companies
  • Smart Grid Analyst – Use digital tools and data to monitor and optimize smart grid technologies and system performance
  • Energy Infrastructure Consultant – Advise organizations on system upgrades, grid resilience and long-term energy strategies

Professionals in these roles focus on improving power system reliability, enhancing grid resilience and supporting the transition to renewable energy. Many work with utility-scale power systems, ensuring efficient energy distribution and stable system performance.

This certificate provides a strong pathway for career advancement or further study in power systems engineering.
 

Admissions Requirements

This program accepts students for the Fall, Spring and Summer semesters. For helpful links on how to apply for the Online Graduate Certificate in Power Systems Engineering at NJIT, refer to:

Why Power Systems Engineering Matters Today

The global energy system is undergoing a major transformation. As demand grows for cleaner and more reliable electricity, professionals with expertise in power systems engineering are essential.

Advances in renewable energy, smart grid technologies and energy storage systems are reshaping how electricity is generated and delivered. Engineers must understand how to integrate these technologies into existing infrastructure while maintaining system stability.

At the same time, the need for power grid modernization and improved grid resilience continues to increase. Engineers play a key role in ensuring that electric power systems can withstand disruptions and adapt to changing demands.

Understanding power systems analysis and system performance is critical for supporting this transition. With the rise of distributed energy resources and evolving energy markets, professionals must be equipped to design and manage complex systems.

This certificate in power systems engineering prepares you to contribute to these efforts and help shape the future of energy. Request information to get started. 
 

Frequently Asked Questions

  • Is this program fully online?
    This program offers a flexible format with the majority of the courses available online. While not all courses are offered online, students will be able to complete the program fully remotely by selecting from available online course options.

  • Can I complete the program while working full time?
    Yes. The flexible format is designed for working professionals.

  • Do I need experience in energy systems?
    A technical background is recommended, but prior experience in power systems engineering is not required.

  • Are courses taught by NJIT faculty?
    Yes. Courses are taught by experienced faculty with expertise in electric power systems and energy technologies.

  • Will my certificate indicate it was completed online?
    No. The credential is the same as NJIT’s on-campus programs.
     

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Degree Overview

  • Delivery Format: online
  • Required Credits: 12

Discover Construction Management at NJIT

The construction industry is evolving rapidly, driven by technology, sustainability goals and the demand for faster, more efficient project delivery. NJIT’s Construction Management Graduate Certificate equips professionals with the specialized knowledge and practical tools needed to lead construction projects from planning through close-out.

This fully online graduate certificate program helps you master the essentials of construction leadership — combining the principles of project management, cost control, scheduling, safety and digital technologies. Whether you’re looking to move into construction leadership or expand your responsibilities, this credential provides targeted, career-focused training to help you succeed — apply now.
 

Why Choose NJIT for a Construction Management Graduate Certificate?

NJIT is a nationally recognized leader in engineering and technical education. Our programs are built with direct input from industry and taught by faculty with real-world experience in construction and infrastructure development.

  • 100% Online and Flexible – Learn on your schedule while working full time
  • Industry-Aligned Curriculum – Focused on current standards, tools and technologies used in the field
  • Taught by Experts – Instructors bring expertise in construction risk management, project delivery methods and sustainability practices
  • Practical Coursework – Apply concepts like CPM scheduling, Earned Value Management and BIM to real construction scenarios
  • Career-Driven Learning – Build the skills required for leadership in general contracting, CM firms or owner-side project teams
  • Stackable Credential – May be applied toward a future master’s program in civil engineering
     

Program Overview

The Construction Management Graduate Certificate is a 12-credit, fully online program designed to strengthen your technical and managerial construction skills. The curriculum emphasizes core areas of construction planning, budgeting, scheduling and risk — while incorporating modern tools like digital construction technologies, Building Information Modeling (BIM) and sustainability practices.

You’ll explore the full lifecycle of a project, from contract procurement to close-out, while addressing key aspects like safety, quality and dispute resolution. This certificate is ideal for professionals planning a transition into construction management or assume more advanced responsibilities within the field.

*Tuition reimbursement may be available through your employer

Core Curriculum Highlights

This certificate blends theoretical knowledge with applied tools used by today’s construction leaders. Courses may include:

  • Construction Project Control and Scheduling – Study Critical Path Method (CPM) scheduling and resource leveling techniques
  • Construction Cost Estimating and Budgeting – Apply concepts in Earned Value Management (EVM) and project controls
  • Construction Contracts and Legal Issues – Understand procurement and contracting methods including design-bid-build, design-build and CM-at-risk
  • Construction Safety and Quality Management – Explore OSHA compliance, construction safety management and QA/QC in construction
  • Sustainable Construction and Digital Tools – Learn about Building Information Modeling (BIM), LEED certification and lean construction techniques

Students gain exposure to contract administration, claims and change orders and dispute resolution strategies used on complex job sites.
 

Who Should Apply?

This program is ideal for:

  • Recent college graduates in civil engineering, architecture or related fields
  • Engineers and architects moving into construction-focused roles
  • Project managers and coordinators seeking formal training in construction methods
  • Construction professionals aiming to qualify for supervisory or management positions
  • Facilities and operations staff involved in capital project oversight or renovation programs

A bachelor’s degree is required, preferably in a relevant field, but applicants with professional experience in construction may also be considered.
 

What You’ll Learn

Graduates of NJIT’s Construction Management Graduate Certificate will develop:

  • Expertise in project scheduling using CPM and construction-specific tools
  • Working knowledge of construction risk management and contingency planning
  • Ability to implement project controls using cost tracking, forecasting and reporting techniques
  • Practical understanding of project budgeting, cost estimating and value engineering
  • Familiarity with procurement methods, delivery models and contracting structures
  • Skills in construction safety management, quality control and regulatory compliance
  • Application of BIM and digital construction technologies for planning and coordination
  • Techniques for managing claims, change orders and resolving disputes
     

Career Outcomes

This certificate prepares professionals to step into or advance within roles that require a deep understanding of construction project delivery and oversight. Whether you're working with a general contractor, construction management firm, design-build company or owner’s representative group, the skills you gain will apply directly to the field.

Typical roles include:

  • Construction Project Manager
  • Assistant Project Manager
  • Construction Estimator
  • Project Controls Specialist
  • Site Superintendent
  • Construction Scheduler
  • Owner’s Representative
  • Construction Safety or QA/QC Manager

Professionals who complete the Construction Management Graduate Certificate often use it to qualify for promotions, lead larger projects or pursue licensure and advanced certifications. Apply today and position yourself for greater opportunity.
 

Admissions Requirements

NJIT's Construction Management Graduate Certificate program accepts students for the Fall, Spring and Summer semesters. For helpful links on the application process, refer to:

Why a Construction Management Certificate Matters Today

The demand for skilled construction leaders continues to grow as the industry tackles complex, multi-stakeholder projects that require strong project management, budgeting and safety oversight. Whether you’re building high-rises, transit systems or energy infrastructure, projects require professionals trained in risk management, CPM scheduling, QA/QC and stakeholder coordination.

A Construction Management Graduate Certificate from NJIT helps you stand out in this competitive field. You'll be equipped to manage change, lead teams, and deliver results — on time and on budget. With added skills in lean construction, digital tools and sustainable practices, you’ll be ready for the evolving challenges of the construction world.
 

Frequently Asked Questions

  • I’m missing some background. Are bridge courses available?
    Yes. Applicants who need preparation may complete designated bridge courses. Examples include courses in mathematics, Probability and Statistics for Engineers, Surveying and Soil Mechanics. See the construction management curriculum for more info.
  • Can these credits count toward a master’s degree?
    Yes. All credits can apply to the NJIT MS in Civil Engineering or the MS in Engineering Management, subject to program policies.
  • What careers does this help me pursue?
    Roles in general contracting, heavy and highway construction, building construction, mechanical and electrical contracting and construction management. This certificate positions you for roles as estimator, project engineer, assistant project manager and  facilities-focused assignments.
     

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$129,904

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Top ranked MS in Civil Engineering

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