Newark College of Engineering

Degree Overview

  • Delivery Format: on-campus
  • Required Credits: 120

Program Details

The mission of the Department of Civil and Environmental Engineering is to educate a diverse student body to be employed in the engineering profession, to encourage research and scholarship among our faculty and students and to promote service to the engineering profession and society. Our program objectives are reflected in the achievements of our recent alumni in these areas:  

  • Engineering Practice: Alumni will successfully engage in the practice of environmental engineering within industry, government, and private practice, applying engineering analysis and design toward sustainable solutions across a wide array of technical specialties, including water and wastewater treatment system design, environmental microbiology, site remediation engineering, sustainability planning, environmental policy, and environmental systems analysis.
  • Professional Growth: Alumni will advance their skills through professional growth and development activities such as graduate study in engineering, research and development, professional registration, and continuing education; some graduates will transition into other professional fields such as business and law through further education.
  • Service: Alumni will perform service to society and the engineering profession through membership and participation in professional societies,  including the American Academy of Environmental Engineers and Scientists, the American Society of Civil Engineers, and allied organizations, as well as government, educational institutions, civic organizations, charitable giving, and other humanitarian endeavors.

What You Will Learn:

By the time they graduate from the environmental engineering program, our students should have acquired the following:

  • An ability to identify, formulate and solve complex engineering problems by applying principles of engineering, science and mathematics
  • An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety and welfare, as well as global, cultural, social, environmental and economic factors
  • An ability to communicate effectively with a range of audiences
  • An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental and societal contexts
  • An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks and meet objectives
  • An ability to develop and conduct appropriate experimentation, analyze and interpret data and use engineering judgment to draw conclusions
  • An ability to acquire and apply new knowledge as needed, using appropriate learning strategies

Admissions & curriculum

120 Required Credits
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Environmental Engineering Salaries

$48,750

Starting Salary, NJIT Average

$63,447

Mid-Career Salary, National Average

NJIT’s graduate programs in Environmental Engineering rank in the top 75 in the U.S.

Career Prospects

Where do Environmental Engineering majors work?

Common Job Titles
  • Environmental Engineer
  • Water Resources/Drainage Engineer
  • Environmental Specialist
  • Senior Environmental Project Manager
  • Air Quality Engineer
Top Employers
  • AECOM
  • Jacobs Engineering Group Inc.
  • WSP Parsons Brinckerhoff
  • Langan
  • Stantec

What our students are saying

  • Ahmed Khaled Abdella
    I work on nanobubbles. My target is to help develop simple, cheap, eco-friendly and safe technologies for all parts of the world."
    Ahmed Khaled Abdella
  • Wenxin Ye
    I’m from Beijing, and I’ve been aware of environmental issues since I was a kid. I’m here to learn how to improve and fix these problems."
    Wenxin Ye
  • 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

Degree Overview

  • Delivery Format: on-campus
  • Required Credits: 120

Program Details

The educational objectives of the Materials Engineering curriculum are:

  • Provide students a strong foundation in oral and written communication, teamwork experiences, and individual professionalism including ethics and environmental awareness.
  • Provide students with the skills for lifelong learning both within and outside the profession.
  • Provide students with the foundation necessary to succeed in materials-related industries or post graduate programs through a curriculum that includes in-depth instruction, the development of problem-solving skills, and exposure to open-ended real-world problems.
  • Provide students with the ability to think critically and to perform effectively within the profession.

What You Will Learn:

Materials Engineering is the study of the mechanical, physical and chemical properties of engineering materials, such as metals, ceramics, polymers and biomaterials. A materials engineer predicts and controls material properties through an understanding of atomic, molecular, crystalline and microscopic structures of engineering materials. As an essential member of an engineering team, the materials engineer is responsible for synthesis and processing of advanced materials.     

Admissions & curriculum

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

Materials Science and Engineering Salaries

$73,000

Starting Salary, NJIT Average

$77,500

Mid-Career Salary, National Average

According to the Bureau for Labor Statistics, the median income for materials scientists is $101,570.

Career Prospects

Where do Materials Science and Engineering (Materials Science Option) majors work?

Common Job Titles
  • Researcher
  • Research Engineer
  • Design Engineer
  • Metallurgist
Top Employers
  • TTX Company
  • Owens Corning
  • Croda

What our students are saying

  • Emine S. Karaman
    I have enjoyed my time in the Materials Science and Engineering Program, particularly the small classes and individual attention that help in hands-on learning."
    Emine S. Karaman
  • 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

Contact Us

Need Help? We’re here to advise you.

Degree Overview

  • Delivery Format: online
  • Required Credits: 12

Advance Your Career with NJIT’s Graduate Certificate in Biomedical Device Development

The medical device field is growing fast, and skilled professionals are needed to bring safe, effective innovations to market. NJIT’s Graduate Certificate in Biomedical Device Development prepares you to understand the clinical evaluation process, meet FDA approval requirements and contribute to medical device commercialization. This online program prepares professionals to advance their careers in medical technology at the intersection of engineering, healthcare and regulation. Apply today If you’re ready to begin your journey.
 

Why Choose NJIT for Your Biomedical Device Development Certificate

NJIT’s Department of Biomedical Engineering has a strong reputation for innovation, research and industry partnerships. Our faculty combine research excellence with real-world experience in biomedical product development, quality assurance in medical devices and healthcare technology innovation. By studying at NJIT, you’ll learn from experts and gain practical skills valued by employers across the medical device industry. You’ll also benefit from the university’s connection to New Jersey’s thriving life sciences sector.
 

Program Overview

*Tuition reimbursement may be available through your employer 

The Graduate Certificate in Biomedical Device Development provides focused training that blends science, engineering and regulatory knowledge. In just a few courses, you’ll gain specialized insight into:

  • Regulatory affairs for medical devices
  • Orthopedic device design and principles of biomaterials and biomechanics
  • Best practices for quality assurance in medical devices
  • Adapting to medical device industry trends

Credits earned in this certificate may be applied toward select NJIT master’s programs, offering a flexible, stackable pathway to further study.
 

Who Should Apply?

This program is ideal for:

  • Working professionals in medical and educational institutions seeking regulatory and commercialization expertise
  • Professionals in biomedical engineering aiming to move into regulatory or product development roles
  • Healthcare professionals looking to contribute to medical technology safety, testing and approval
  • Recent graduates pursuing careers in the medical device industry
     

What You’ll Learn

By completing this program, you will:

  • Explore project management methods, FDA Quality System Regulations (QSR), ISO 13485 and Good Clinical Practices (GCPs). Students complete simulations based on real-world device challenges.
  • Gain a broad overview of device creation in academic and corporate settings, covering regulatory, clinical, QA/QC, legal and marketing perspectives.
  • Study processes from “design freeze” through clinical evaluation and product launch, with emphasis on quality systems, manufacturing and compliance.
  • Learn about biomaterials and biomechanics for orthopedic devices, including fixation systems, tissue-engineered constructs and orthobiologics, along with regulatory approval considerations.
     

Career Outcomes

Graduates are prepared for careers in:

  • Medical technology companies and startups
  • Biomedical engineering research and development
  • Regulatory affairs and compliance in the medical device sector
  • Quality assurance and project management roles in life sciences

Job titles suited to this program include: 

  • Medical Device Engineer
  • R&D Project Engineer
  • Quality Engineer or Assurance Analyst
  • Medical Device Reporting Supervisor
  • Project Engineer or Product Manager 
  • Medical Device Sales

Recent NJIT graduates have been hired by leading companies such as Bristol Myers Squibb, Lumen Technologies and Northrop Grumman. If you’re ready to take the next step, apply today.
 

Admissions Requirements

This program accepts students for the Fall and Spring semesters. For helpful resources on how to apply for the online graduate certificate, refer to: 

Why Biomedical Device Development Matters Today

The medical device industry is evolving rapidly, with smaller entities driving innovation and industry-wide mergers and acquisitions reshaping the market. Professionals with expertise in regulatory affairs, commercialization and design are in high demand.

Earning a graduate certificate in Biomedical Device Development positions you to play a vital role in advancing healthcare technology innovation, ensuring compliance with FDA approval requirements and meeting the growing global demand for safe, effective devices.
 

Frequently Asked Questions

  • Do I need experience in biomedical engineering to apply?
    An undergraduate degree in engineering, with an undergraduate cumulative grade point average (GPA) of at least 3.0 on a 4.0 scale is required. Applicants with a science degree and relevant industrial experience may be considered for conditional admission. Applicants with a GPA below 3.0 but at least 2.8, may also be conditionally admitted to the program.
  • How does this certificate support my career goals?
    Adding a graduate certificate in Biomedical Device Development shows employers you have targeted skills and up-to-date knowledge. It sets you up for roles in product development, testing, quality control and regulatory affairs.
  • Can I apply credits toward a master’s degree?
    Yes. This certificate is stackable and can be applied toward select NJIT online master’s programs.
  • How long does it take to complete?
    Most students finish in under one year, depending on their course load.
     

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Next Steps

Admissions & curriculum

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

Biomedical Engineering Salaries

$161,974

Mid-Career Salary, National Average

$177,397

Mid-Career Salary, NYC Metro Area

#85 in Best Engineering Schools

What our students are saying

  • John Vito d'Antonio-Bertagnoli
    I chose to complete my master's in BME at NJIT because I could design a program that fit my needs. "
    John Vito d'Antonio-Bertagnoli
  • Madhusan Duwadi
    I was able to get research experience during my freshmen year, which is really cool."
    Madhusan Duwadi
  • Margaret Christian
    I’m really grateful to the Honors College for giving me the chance to do research."
    Margaret Christian

Contact Us

Need Help? We’re here to advise you.

Degree Overview

  • Delivery Format: online
  • Required Credits: 60 TOWARD 120 REQ

Begin Your Surveying Career with Confidence

NJIT’s accredited B.S. in Surveying Engineering Technology delivers rigorous surveyor training that fuses classic boundary law with cutting-edge geospatial data collection techniques such as drone mapping, laser scanning, CAD modeling and AI-driven analytics. Learn measurement science while completing coursework that details the requirements for becoming a professional surveyor in the U.S., positioning you to sit for New Jersey’s licensure exam and contribute to projects that shape safe, sustainable infrastructure.
 

Why Choose NJIT for Your Surveying Engineering Technology Bachelor's Degree? 

Our hybrid program surrounds you with the full spectrum of field and office practice. Students will plan and execute boundary and topographic surveys, drone mapping, laser scanning and CAD using resources found in our Advanced Air Mobility Lab and NJIT Makerspace. These are exactly the skills that surveying employers and licensure boards prioritize. Our bachelor’s degree in surveying is delivered by expert faculty who bridge the built environmental industry, research and law so you graduate prepared to excel in the real world and qualify for professional surveying licensure. 
 

Program Overview 

This program is ideal for those seeking to master boundary and construction surveying, site planning and geospatial coordination, preparing graduates to lead infrastructure projects and pursue licensure as Professional Land Surveyors. At NJIT, you’ll discover the tools used in advanced surveying education, from drones and laser scanners to CAD suites and AI-powered analytics — while mastering the legal and spatial principles that keep our built environment safe and resilient. Apply learned technologies to real-world boundary and topographic challenges, so you can step into your new career confidently.  

  • Total credits: 120 (60 to complete this program)
  • Average completion time: 2 years full time, 5 years part time (assumes 2 courses a semester)  
  • Format: Predominantly online with some courses being hybrid 
  • Core Curriculum 
  • How to Apply 
  • Financial aid options 

This accredited program is designed for working professionals, combining 60 program credits with up to 60 eligible transfer credits to complete the 120 credits required for graduation. Graduates of the program are eligible to sit for the Land Surveying examination in New Jersey with the appropriate experience, as determined by the New Jersey Board of Professional Engineers and Land Surveyors.

Start mapping the future with precision and purpose at NJIT. Apply today.
 

Who Should Apply? 

This program is ideal for: 

  • Have an associate's degree in engineering or related discipline from a two-year program 
  • Students eager to master construction site layout techniques and apply precise measurements to infrastructure projects in a hybrid learning format 
  • Learners pursuing a bachelor's degree in surveying who want applied experience with drone-mapping, laser scanning, CAD and sited development workflows 
  • Tech-curious transfer or career-change candidates ready to deepen their geospatial and legal expertise for licensure and project leadership 
  • People exploring careers available with a bachelor’s in surveying and aiming to lead infrastructure initiatives or launch their own surveying business

Already hold a bachelor’s degree in Engineering or Engineering Technology? The Bachelor of Science in Surveying Engineering Technology offers a second bachelor’s degree option designed for professionals seeking to expand their expertise in surveying.
 

What You’ll Learn  

Our surveying degree blends applied learning with advanced technology and field-based practice, preparing you to capture, interpret and use spatial data across construction, infrastructure and land development while navigating the legal and technical systems that shape the built environment. 

  • Plan and execute boundary, topographic and construction surveys using drones, laser scanners and GNSS instruments for centimeter-level accuracy 
  • Transform raw measurements into precise engineering maps with CAD, digital terrain modeling and 3-D visualization tools 
  • Apply construction surveying and AI techniques to analyze geospatial data and guide decisions in land development, transportation and infrastructure planning 
  • Evaluate the legal foundations of surveying to resolve property disputes, support permitting and ensure compliance across jurisdictions 
  • Apply construction site layout techniques that keep bridges, roads and buildings aligned to exact design specifications 
  • Explore the diverse careers available with a bachelor’s in surveying, from private practice to roles in engineering firms, government agencies and geospatial technology companies 
     

Career Outcomes 

Built on a platform of professional surveyor training that blends field instrumentation, mapping technologies and regulatory expertise, this program prepares graduates to lead in construction, land development and infrastructure planning. Career paths include: 

  • Professional Land Surveyor (PLS) 
  • Boundary and Legal Survey Specialist 
  • Construction Survey Project Manager 
  • Geodetic or Hydrographic Survey Lead 
  • Site Development and Infrastructure Consultant 
  • GIS and Geospatial Data Manager 
  • Transportation or Utility Mapping Specialist 
  • Surveying Firm Owner or Entrepreneur 

The wide range of careers available with a bachelor’s in surveying extends across government agencies, private consulting and tech-driven geospatial firms. Apply today. 
 

Admissions Requirements

This program accepts students for the Fall and Spring semesters. For helpful resources on how to apply for the B.S. in Surveying Engineering Technology degree, refer to:  

Why a B.S. in Surveying Engineering Technology Matters Today 

With infrastructure projects expanding nationwide and environmental conditions shifting rapidly, the need for skilled Professional Land Surveyors has never been greater. A bachelor’s degree in surveying engineering technology prepares graduates to meet these demands combining field-based expertise, advanced instrumentation and construction technologies to guide development. From staking complex job sites and modeling terrain change to advising legal teams on property disputes, surveyors deliver the geospatial insight that keeps projects resilient, compliant and adaptive to future demands. 

Companies Based in and Around Newark, New Jersey Hiring Professionals with Surveying Engineering Technology Expertise 

Engineering & Construction Firms  |  

Utilities & Water Services  |  

Government & Transportation Agencies
  • AECOM
  • WSP USA
  • T&M Associates
  • Dewberry
  • HNTB
  • PSE&G
  • SUEZ North America
  • Veolia North America
  • New Jersey American Water
  • Middlesex Water Company
  • Port Authority of NY & NJ
  • New Jersey Department of Transportation
  • New Jersey Department of Environmental Protection
  • City of Newark Engineering Department
  • Essex County Department of Public Works


Frequently Asked Questions 

  • What can you do with a degree in surveying engineering technology? 
    With a bachelor's degree in surveying, you can step into roles that anchor major infrastructure and land-development projects with precise spatial data. The spectrum of careers available with a bachelor’s in surveying spans boundary surveying for engineering firms, GIS analysis for public agencies, drone-based mapping for environmental consultancies and more. Day to day, professionals apply advanced construction site layout techniques to keep bridges, roads and utilities aligned to exact specifications while also advising on property disputes and resilience planning. In every setting, surveying technologists transform measurements into actionable insights that shape safer, smarter communities. 
  • What tools are used in modern surveying education? 
    Modern programs leading to a bachelor's degree in surveying train students on professional-grade instruments used in the field. Coursework centers on UAVs with photogrammetry and LiDAR payloads, terrestrial laser scanners, high-precision GNSS receivers and total stations — hardware that supports both boundary and topographic surveys in real time. Equally important are GIS and CAD platforms where data become engineering-grade models, along with analytics suites that demonstrate the skills taught in a surveying engineering technology program. 
  • Can I earn a surveying degree online while working full time? 
    Yes. NJIT’s online path lets you take surveying courses at a pace that fits a full-time job, typically fewer than 12 credits per semester. You will still engage with hands-on topics like GPS and GNSS surveying and construction site layout techniques, but most upper-division work is delivered asynchronously so you can study evenings or weekends. Following this part-time track, you can expect to finish the B.S. in Surveying Engineering Technology in about six to seven years while keeping your career on course.
      

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Next Steps

Admissions & curriculum

60 TOWARD 120 REQ Required Credits
Course listing and prerequisites
Explore this area of study

Surveying Engineering Technology Salaries

$86,766

Starting Salary, NJIT Average

$94,170

Mid-Career Salary, National Average

The geospatial mapping market is growing at an annual rate of almost 35 percent.

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

Degree Overview

  • Delivery Format: online
  • Required Credits: 12

Discover Wind Energy Training at NJIT

As global demand for clean electricity grows, wind energy is becoming one of the most important sectors in the renewable energy industry. In addition, we witness the emergence of artificial intelligence (AI) tools in all aspects of engineering and engineering management. NJIT’s Wind Power Systems Certificate offers the focused training needed to enter or advance in the fast-growing field of wind power technology.

Designed for engineers and energy professionals, this fully online certificate explores wind farm operations, wind turbines, grid integration and offshore wind development. Whether you're looking to support utility-scale wind farms or smaller distributed systems, you’ll gain the skills to contribute to the design, installation and maintenance of modern wind energy systems.

With a curriculum that blends hands-on technical concepts and applied engineering principles, NJIT’s Wind Power Systems Certificate supports learners preparing for wind energy training, grid specialists and those pursuing leadership in energy management or renewable energy innovation — apply now.
 

Why Choose NJIT for Your Wind Power Systems Certificate?

NJIT is a leading public polytechnic university with deep expertise in engineering, energy systems and technology innovation. Our Wind Power Systems Certificate is designed to meet the needs of today’s energy transition — equipping learners with skills that are directly aligned with employer demands.

  • 100% Online and Flexible – Train from anywhere while continuing to work
  • Industry-Focused Curriculum – Courses cover wind turbines, grid integration and energy storage systems
  • Expert Instructors – Learn from faculty with experience in wind farm operations, maintenance strategies and power generation
  • Career-Ready Skills – Prepare for engineer, analyst and operations roles across the renewable energy sector
  • Stackable Credential – Can support future study in energy systems, engineering technology or sustainability
     

Program Overview

NJIT’s Wind Power Systems Certificate is a graduate-level certificate that provides a strong foundation in the design, operation and maintenance of wind energy systems. It is designed for both new entrants into the renewable sector and those with prior experience in electrical or mechanical systems who are looking to specialize in wind technology.

Students explore topics such as wind turbine technology, energy storage integration, offshore wind development and renewable grid management. Courses also introduce safety protocols, site planning and predictive maintenance strategies for both land-based and marine environments.

This certificate helps meet growing national and global demand for skilled workers who can support wind energy engineer training, installation, diagnostics and monitoring of large-scale wind projects.

*Tuition reimbursement may be available through your employer
 

Who Should Apply?

The Wind Power Systems Certificate is ideal for:

  • Technical professionals seeking to deepen their expertise in wind power systems
  • Electrical and mechanical engineers expanding into wind energy systems
  • Utility workers and energy professionals transitioning into renewable energy roles
  • Recent STEM University Graduates seeking entry into wind farm operations or grid integration
  • Environmental and sustainability professionals looking to understand offshore wind and clean power systems

A background in electrical systems, mechanical systems or energy-related work is helpful but not required. Apply today and start building the skills to drive the future of clean energy.
 

What You’ll Learn

Students in the Wind Power Systems Certificate develop job-ready skills for the design, operation and analysis of wind energy systems.

You’ll gain the ability to:

  • Analyze the performance and reliability of wind turbine systems and diagnose operational issues using real-world data.
  • Evaluate grid interconnection requirements and apply technical standards for integrating wind power into utility networks.
  • Design and assess transmission systems, including HVDC links and offshore substations, for large-scale wind projects.
  • Model and simulate power system dynamics to ensure grid stability under high renewable penetration.
  • Apply power grid modernization technologies such as advanced monitoring, control and grid-enhancing tools for renewable integration.
  • Navigate offshore renewable energy policy and regulatory frameworks influencing wind energy development.
  • Manage wind plant project development, including siting, permitting, financing and operational strategies.
  • Understand electricity markets and management strategies to optimize wind power participation in wholesale and ancillary service markets.

These skills are applicable to both entry-level and mid-career roles across the renewable energy industry.
 

Career Outcomes

As more energy providers invest in wind energy, skilled professionals are needed to fill a growing number of technical, operational and support roles. NJIT’s Wind Power Systems Operation and Maintenance Certificate prepares learners to work across public utilities, private developers, government agencies and engineering firms.

Career pathways include:

  • Wind Energy Technologist
  • Wind Farm Operation Engineer
  • Turbine Maintenance Specialist
  • Renewable Energy Analyst
  • Grid Integration Coordinator
  • Offshore Wind Technologist
  • Energy Storage Technologist
  • Energy Management Consultant

Career opportunities in wind energy continue to grow as public and private investment in renewable infrastructure expands. From project development and planning to finance, policy and grid integration, professionals with expertise in wind power and clean energy economics are increasingly sought after. Roles in this sector span utilities, consulting firms, government agencies and private energy developers. With the right training, individuals can pursue impactful careers that support the global transition to more sustainable energy systems.
 

Admissions Requirements

NJIT’s online Wind Power Systems Operations & Maintenance certificate program admits students in the Fall, Spring and Summer semesters. For helpful information about the application process, please refer to:

Why Wind Power Systems Certificate Matters Today

The global shift toward clean energy is accelerating. Governments and companies are investing in renewable energy infrastructure at record levels. Wind energy, in particular, plays a central role in reducing carbon emissions and transitioning to more sustainable grids.

With the expansion and continued investment in wind energy, the need for trained professionals has never been greater. These projects require workers who understand wind turbines, grid integration, maintenance strategies and energy storage systems.

Earning a Wind Power Systems Certificate prepares you to work on the frontlines of this energy transition. Whether you're designing a turbine, modeling energy output or managing installations, you'll be contributing to cleaner, more reliable power generation.

This certificate also supports goals in energy management, grid modernization and sustainability — areas that are crucial to both environmental responsibility and long-term economic growth.
 

Frequently Asked Questions

  • Can I apply this certificate toward a graduate degree later?
    Yes. The credits earned in this certificate may be eligible for transfer toward a relevant NJIT graduate degree program.
  • Do I need prior experience with turbines or energy systems?
    Not necessarily but a STEM background or experience in construction, electrical systems or mechanical systems is helpful.
  • Are courses asynchronous or live?
    Some courses are asynchronous, allowing you to complete work on your schedule. Some may offer optional live sessions or instructor office hours.
  • Is financial aid available?
    While this is a non-degree program, some employers may offer tuition reimbursement. NJIT can assist with documentation for employer-sponsored education.
     

Get Started

Next Steps

Admissions & curriculum

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

Electrical and Computer Engineering Technology Salaries

$134,856

Mid-Career Salary, National Average

$146,389

Mid-Career Salary, NYC Metro Area

Placement of graduating students from the Electrical and Computer Engineering Technology program at NJIT has been excellent.

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

Degree Overview

  • Delivery Format: online
  • Required Credits: 12

Discover Wind Power Strategy at NJIT

As the world shifts toward renewable energy, understanding the business and economics behind wind power is more critical than ever. In addition, we witness the emergence of artificial intelligence (AI) tools in all aspects of engineering and engineering management. NJIT’s Wind Power Management Certificate gives professionals the skills to assess, plan and lead energy projects that support the global push for clean power. 

This fully online certificate explores the key financial and policy elements driving the wind industry, including energy project financing, wind power policy, cost modeling and grid integration economics. You’ll examine both utility-scale and distributed wind, with attention to offshore wind investment and the future of green energy technology.

Built for professionals in engineering, business or energy-related fields, this certificate is an ideal next step for those looking to influence or lead decisions in clean energy economics, public policy or project development.
 

Why Choose NJIT for Your Wind Power Management Certificate?

NJIT is a top-ranked public polytechnic university known for combining technical expertise with real-world business knowledge. Our online programs are designed to meet the evolving needs of today’s energy landscape.

  • Online and Flexible – Learn from anywhere, on your schedule
  • Applied Curriculum – Focused on wind energy finance, energy markets and renewable portfolio standards, including the use of AI tools in wind power management
  • Expert Instructors – Faculty with backgrounds in energy project financing, utility policy and sustainable business
  • Career-Focused Training – Aligned with roles in green energy technology, finance, policy and planning
  • Stackable Credential – Ideal for professionals seeking specialized knowledge or preparing for graduate study
     

Program Overview

The Wind Power Management Certificate offers a deep dive into the business models, economic forces and financial strategies shaping wind energy development. Students will examine how to evaluate the cost of wind power, assess risk in offshore wind investment and align projects with state and federal renewable portfolio standards. Students will also get acquainted with relevant artificial intelligence (AI) tools.

This certificate is designed to build a clear understanding of project economics in renewables, how power purchase agreements work, how developers secure energy project financing and how policies affect both short- and long-term project success.

You’ll also learn how grid integration economics and transmission infrastructure influence where and how wind farms are developed.

*Tuition reimbursement may be available through your employer
 

Who Should Apply?

This certificate is ideal for professionals seeking to strengthen their understanding of wind power from a financial, business or planning perspective. Whether you’re a technical expert moving into leadership or a policymaker exploring energy economics, this course helps you gain the insight needed to make sound, data-driven decisions.

Recommended for:

  • Engineers or energy specialists transitioning into project leadership roles
  • Finance professionals entering the renewable energy sector
  • Project developers and consultants working in wind energy finance or planning
  • Policymakers or nonprofit professionals focused on wind power policy or environmental regulation
  • Graduate students or STEM professionals exploring specialization in clean energy economics

No prior energy experience is required, but a background in business, policy, science or engineering is helpful. If you’re ready to lead in the growing wind energy sector, apply today.
 

What You’ll Learn

Completing NJIT’s Wind Power Management Certificate gives you the skills to analyze, plan and evaluate the business case for wind energy projects.

You’ll gain:

  • A solid understanding of wind energy finance and the economic drivers of wind projects
  • Ability to conduct feasibility studies using real-world project economics in renewables
  • Familiarity with cost of wind power modeling, forecasting and return-on-investment analysis
  • Knowledge of offshore wind investment strategies, permitting and market risk
  • Familiarity with AI tools relevant to the industry
  • Insight into grid integration economics, curtailment and congestion costs
  • Awareness of U.S. and global wind power policy, including tax incentives and subsidies
  • Application of renewable portfolio standards to long-term planning
  • Understanding of energy markets, wholesale pricing and regulatory influence
  • Real-world knowledge of energy project financing tools and terms

These skills apply across public, private and nonprofit sectors in energy, finance and sustainability.
 

Career Outcomes

Wind energy is one of the fastest-growing energy sectors, and organizations need professionals who understand not just the technology, but the economics and market structures behind successful implementation. NJIT’s Wind Power Management Certificate prepares you to contribute meaningfully to investment decisions, project development and long-term energy planning.

This certificate prepares you for roles such as:

  • Renewable Energy Analyst
  • Energy Policy Specialist
  • Sustainability Strategist
  • Wind Project Developer
  • Clean Energy Finance Associate
  • Energy Market Consultant
  • Grid Planning Analyst
  • Offshore Wind Planner
  • Green Energy Business Analyst 

Organizations hiring for these roles include:

  • Renewable energy development firms
  • Utility companies
  • Clean energy finance groups
  • Government energy offices and policy think tanks
  • Engineering and environmental consulting firms
  • Nonprofits and sustainability-focused organizations
     

Admissions Requirements

NJIT's online certificate program for Wind Power Management accepts students for the Fall, Spring and Summer semesters. For helpful links on the application process, refer to:

Why Wind Power Management Matters Today

Wind energy plays a leading role in the global shift toward a low-carbon economy. Yet building a turbine or developing a wind farm is only one piece of the puzzle. The long-term success of wind energy depends on thoughtful financial planning, smart policy frameworks and skilled professionals who understand how to model costs, structure deals and evaluate risk.

With growing investments in offshore wind, state and national renewable portfolio standards, and new developments in energy storage and transmission, there’s an urgent need for professionals who can bridge the gap between engineering and economics.

Earning a credential in wind energy finance and management sets you apart in a competitive field — giving you the knowledge to support decisions around clean energy economics, subsidies, land use, power purchase agreements and market dynamics.

This certificate not only supports the future of green energy technology but helps you become a more informed leader in the energy economy.
 

Frequently Asked Questions

  • Can I apply this certificate toward a graduate degree later?
    Yes. The credits earned in this certificate may be eligible for transfer toward a relevant NJIT graduate degree program.
  • Is this certificate self-paced or instructor-led?
    Courses are primarily asynchronous, allowing you to complete work on your schedule. Optional live sessions and instructor office hours may be offered.
  • Do I need energy experience to enroll?
    No prior energy experience is required, but a background in business, policy or STEM will help you engage fully with the material.
  • Can this certificate support my role in government or nonprofit work?
    Yes, there is a high likelihood that it will. Many of our students work in energy policy, planning or sustainability roles in government agencies or mission-driven organizations.
     

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Admissions & curriculum

12 Required Credits
Course listing and prerequisites
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Electrical and Computer Engineering Technology Salaries

$134,856

Mid-Career Salary, National Average

$146,389

Mid-Career Salary, NYC Metro Area

Placement of graduating students from the Electrical and Computer Engineering Technology program at NJIT has been excellent.

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Degree Overview

  • Delivery Format: online
  • Required Credits: 12

Discover Data Science for Chemical and Materials Engineering at NJIT

Data is transforming how engineers design processes, improve materials and solve complex problems. In addition, we witness the emergence of artificial intelligence (AI) tools in all aspects of engineering. NJIT’s Graduate Certificate in Data Science for Chemical and Materials Engineers is designed specifically for chemical and materials engineers who want to apply advanced analytics to real-world challenges.

This program focuses on applied data science and data analytics within engineering environments, helping you turn raw data into actionable insights. You will explore how tools like data visualization, predictive modeling, statistical analysis and applied machine learning can improve performance, reduce costs and drive innovation.

Built for working professionals, this flexible program allows you to gain in-demand skills in engineering data modeling and industrial data analysis without pausing your career. If you're ready to take the next step, apply today.
 

Why Choose NJIT for Your Graduate Certificate in Data Science for Chemical and Materials Engineers

NJIT is a nationally recognized polytechnic university with a strong reputation in engineering, computing and applied research. Our graduate certificates are tailored to the needs of engineers working in chemical and materials industries.

  • Fully Online and Flexible – Learn on your schedule while continuing to work
  • Engineering-Focused Curriculum – Designed for real-world applied data science in technical environments
  • Expert Faculty – Learn from instructors experienced in data analytics and visualization, computational modeling and machine learning
  • Hands-On Learning – Apply advanced analytics and engineering informatics to real datasets
  • Career-Focused Skills – Prepare for roles that require data driven decision making in engineering fields
  • Stackable Credential – Ideal for professionals seeking specialized knowledge or preparing for graduate study; credits may support future graduate study.

This data science certificate helps you bridge the gap between engineering expertise and data-driven innovation.
 

Program Overview

This online certificate provides a focused, graduate-level foundation in data science concepts applied to chemical and materials engineering. The curriculum combines theory and application, helping you build skills that can be used immediately in your work.

You will study topics such as data analytics, applied data science and engineering data modeling, while learning how to analyze and visualize large datasets. The program also introduces AI tools for computational modeling and machine learning, allowing you to understand patterns and predict outcomes.

You will also explore how predictive modeling supports decision-making across production, quality and research environments.

*Tuition reimbursement may be available through your employer 
 

Who Should Apply?

This program is designed for chemical and materials engineers and other technical professionals who want to expand their skills in data analytics and modern data tools.

Ideal candidates include:

  • Chemical and Materials engineers seeking expertise in applied data science
  • Engineers working with experimental or production data
  • Process engineers focused on improving efficiency through data driven decision making
  • STEM professionals interested in engineering informatics and analytics
  • Recent graduates looking to enter data-focused engineering roles

A background in engineering, chemistry, materials science or a related technical field is recommended.
 

What You’ll Learn

Graduates of NJIT’s Certificate in Data Science for Chemical and Materials Engineers will develop practical, in-demand skills that apply directly to engineering environments.

You will learn to:

  • Apply data analytics techniques to solve engineering problems
  • Use applied data science methods to interpret complex datasets
  • Build models using predictive modeling and machine learning
  • Perform engineering data modeling for process and system analysis
  • Use computational modeling tools to simulate real-world systems
  • Implement applied machine learning techniques for forecasting and classification
  • Leverage advanced analytics for better outcomes in engineering workflows
  • Apply engineering informatics to manage and interpret large datasets
  • Visualize and interpret complex datasets

These skills support stronger, more efficient engineering solutions through data driven decision making.
 

Career Outcomes

Completing this certificate prepares you for roles that combine engineering expertise with advanced data skills. As industries adopt digital tools and automation, professionals who understand both engineering systems and data analytics are in high demand.

Career opportunities include:

  • Process Optimization Engineer – Use applied data science to increase efficiency and reduce waste
  • Materials Data Scientist – Apply predictive modeling to understand material behavior
  • Manufacturing Data Analyst – Conduct industrial data analysis to improve production systems
  • Engineering Systems Analyst – Use computational modeling and analytics to evaluate system performance
  • Quality and Performance Analyst – Apply advanced analytics to monitor and improve outputs

Professionals in these roles use data driven decision making to improve processes, reduce costs and drive innovation across industries.
 

Admissions Requirements

The Online Graduate Certificate in Data Science for Chemical and Materials Engineers accepts students for the Fall and Spring semesters. For helpful links on the application process, refer to:

Why Data Science Matters for Chemical and Materials Engineers Today 

Engineering is becoming increasingly data-driven. As such, professionals must be able to analyze large datasets and apply insights in real time.

The rise of applied data science and data analytics is changing how engineers approach challenges. AI techniques like predictive modeling and applied machine learning are now essential tools for improving performance and innovation.

At the same time, industries are investing in engineering informatics and digital transformation. This creates new opportunities for engineers who can combine technical knowledge with strong data skills.

Earning an NJIT Online Certificate in Data Science for Chemical and Materials Engineers positions you to lead in this environment. You will be prepared to use advanced analytics and support smarter, more efficient engineering systems. Request information to get started. 
 

Frequently Asked Questions

Is this program fully online?
Yes. All courses are delivered online for maximum flexibility.

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

Do I need prior experience in data science?
No. A technical background is helpful, but foundational concepts in data analytics are introduced throughout the program.

Are the courses taught by NJIT faculty?
Yes. Courses are taught by experienced NJIT faculty with expertise in data science as applied to chemical and materials engineering.
 

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Next Steps

Admissions & curriculum

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

Chemical Engineering Salaries

$114,687

Mid-Career Salary, National Average

$124,274

Mid-Career Salary, NYC Metro Area

NJIT’s Chemical Engineering program is in the top 100 in the country

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