Engineering
Engineering
ENGINEER YOUR PATH FORWARD.
Build technical expertise aligned with your goals and direction.
82% GRADUATION RATE
INDUSTRY-EXPERIENCED FACULTY
INNOVATION & HANDS-ON LEARNING
ABET-ACCREDITED PROGRAMS
“As an undergrad I loved problem solving, that’s why engineering was a good fit. What I love most is working with people, helping them work toward their goals.”
— Andrew B.
Graduate Programs
The Ph.D. in Biomedical Engineering emphasizes intensive, faculty-mentored research within a flexible graduate curriculum grounded in strong technical fundamentals. Students apply engineering approaches to solve novel biomedical problems in areas such as biomaterials, tissue engineering, biomechanics, biomedical robotics, drug delivery, and other emerging fields, with opportunities for translational research through close collaboration with clinical partners.
The Ph.D. in Chemical Engineering prepares students for advanced research careers in academia, industry, and government. Working closely with faculty mentors, students conduct original research that applies theory and experimentation to address complex engineering and societal challenges within a flexible, multidisciplinary curriculum.
The Ph.D. in Civil & Environmental Engineering prepares researchers and scholars for advanced careers in academia, industry, and government. The program emphasizes advanced civil engineering principles, research methodology, and technical communication within a flexible, multidisciplinary curriculum, culminating in independent, original research with real-world impact.
The Ph.D. in Electrical and Computer Engineering prepares students for advanced research careers in academia, industry, and government. Through a flexible, interdisciplinary curriculum and original research conducted under faculty mentorship, students develop deep technical expertise and strong research skills applicable to both traditional and emerging areas of electrical and computer engineering.
The Ph.D. in Engineering prepares students for advanced leadership roles in academia, industry, and government through rigorous technical coursework and original, independent research. Under faculty mentorship, students develop advanced expertise in research, teaching, and professional communication while contributing new knowledge through publications, presentations, and a doctoral dissertation.
The Ph.D. in Engineering Education prepares scholars and researchers to advance the study and practice of engineering education across academic, industry, and government settings. The program emphasizes rigorous research methods, effective teaching and communication, and the development of original scholarship that addresses real-world challenges in engineering education.
The Ph.D. in Mechanical Engineering prepares researchers and scholars for advanced careers in academia, industry, and government. The program offers a flexible, interdisciplinary structure that allows students to specialize in traditional and emerging areas of mechanical engineering while developing deep expertise in research methods and advanced engineering principles.
Advance your technical engineering or construction career with business and leadership skills in our flexible, fully online Master of Engineering Management degree program.
Our M.S. in Biomedical Engineering prepares professionals to respond to the changing needs of engineers today. This program provides you with the necessary knowledge, skill set, and training to effectively contribute to the engineering workforce. As a student, you’ll have access to higher level courses that lead to a graduate degree, and are involved in professional development opportunities that increase the breadth of understanding and application of engineering principles.
Our M.S. in Chemical Engineering provides the opportunity to work on real-world projects in state-of-the-art facilities. This specialization emphasizes project management skills and industrially relevant research that prepares students for careers in high-tech fields. It includes the following focus areas: Bioengineering & Biomedical Engineering; Polymer Science & Engineering; Separations; Reaction Engineering; Sustainability; and Engineering Pedagogy.
Our M.S. in Civil & Environmental Engineering provides an interdisciplinary curriculum designed to advance your knowledge and application of engineering principles. Courses emphasize applied, hands-on learning, equipping you with the skills to make meaningful contributions to the engineering profession. Interdisciplinary focus areas include Mechanics and Materials, Systems and Computational Intelligence, Sustainability, and Transportation Engineering.
Our M.S. in Electrical & Computer Engineering gives engineering professionals the opportunity to expand their skill sets in highly specialized areas of interest. Every course in the program is a lab course, which provides an applied, hands-on education to build the knowledge and training needed to contribute to the engineering field. Specializations and focus areas provide the opportunity to study a specific topic in the electrical and computer industry.
Our M.S. in Engineering effectively prepares professionals to respond to the changing needs of engineers today. Students complete higher level coursework in technical topics and develop and demonstrate applied skills in research, teaching, and communication, all of which leads to an advanced engineering degree. You’ll gain the necessary knowledge, skill set, and training to be leaders in the engineering workforce.
This program allows students to deeply explore engineering design and analysis. The interdisciplinary nature of the program provides students with an opportunity to work on exciting research areas at the leading edge of technology. This program includes focus areas in Bioengineering, Mechanics, Materials, Nanotechnology, Devices, and Systems Engineering.
Graduates of this program will be able to work in multiple engineering disciplines and successfully lead a team working on a complex engineering problem in a real-world environment. Through their foundation of coursework, ability to solve problems, and understanding of issues related to engineering and project management, students will be prepared to work in a wide spectrum of industries, such as defense, aerospace, biotechnology, power and energy, cybersecurity, machine learning and AI, automation and manufacturing, chip design, and robotics, among many others.
Certificates of Graduate Study
The Certificate of Graduate Study in Combat Systems Engineering provides specialized training in the analysis, design, evaluation, and validation of complex combat systems and defense technologies. Developed in collaboration with defense industry partners, the program equips students with the systems engineering skills needed to meet workforce demands and pursue careers across the defense sector.
Designed for civil engineering, engineering technology and construction management professionals, our online Construction Management graduate certificate program will provide graduates with special management techniques to support better control and use of existing resources.
The Certificate of Graduate Study in Cybersecurity Engineering provides specialized, graduate-level training focused on the engineering and hardware aspects of cybersecurity. Through project-based coursework, students develop practical skills to secure complex systems and technologies, preparing them for in-demand roles across industries such as defense, manufacturing, energy, and aerospace.
The Certificate of Graduate Study in Engineering Analytics & Quality Control prepares students to apply data-driven methods to assess, improve, and control engineering processes. The program emphasizes statistical analysis, quality engineering principles, and analytical decision-making skills needed to support continuous improvement across a wide range of industrial and manufacturing environments.
The Certificate of Graduate Study in Machine Learning provides advanced training in the theoretical foundations and practical applications of machine learning and artificial intelligence. Through project-based coursework and optional thesis or research experiences, students gain hands-on experience solving real-world problems and develop skills applicable across engineering, data science, and other high-demand industries.
The Certificate of Graduate Study in Power Systems Engineering prepares students for careers in the power and energy sector through advanced coursework in electric power systems and emerging smart grid technologies. Offered by the Electrical and Computer Engineering department, the program develops a strong technical foundation in conventional and renewable power systems, electricity markets, and modern grid operation through both theoretical study and applied projects.
Students in our online project management graduate certificate program will gain hands-on learning experience in engineering applications and practice.
The Certificate of Graduate Study in Systems Engineering provides foundational training in the design, integration, and management of complex, large-scale systems across their life cycles. Designed to meet industry demand, the program equips students with core systems engineering knowledge and interdisciplinary skills applicable across sectors such as defense, energy, computing, and cyberphysical systems, while also serving as a pathway to the M.S. in Systems Engineering.
The Certificate of Graduate Study in Transportation Engineering is designed to provide professionals with advanced education and skills that support career advancement. This program is particularly valuable for those who have several years of experience in the field and either hold a Professional Engineer (PE) license or are preparing to sit for the PE exam but have not yet pursued a master’s degree.
The Certificate of Graduate Study in Wind Energy provides interdisciplinary training in wind energy systems through a collaboration between Electrical & Computer Engineering and Mechanical Engineering. The program develops a strong technical foundation across both the electrical and mechanical aspects of wind energy, preparing students for careers in the rapidly growing wind energy industry or for continued graduate study.
Undergraduate Programs
Advance your career in construction with a flexible, fully online program designed for individuals interested in diving deeper into the world of construction. Endorsed by the North America's Building Trades Unions, our online bachelor’s degree in construction management program prepares individuals to supervise, manage, and inspect construction sites, buildings, and associated facilities.
Combine your interests in engineering, medicine and biology to focus on the growing field of healthcare. Analyze and design innovative solutions, which will directly improve the quality and effectiveness of patient care. Modeled after the proven hands-on, real world, project-based curriculum of Rowan’s existing engineering programs, biomedical engineering will prepare you to contribute to healthcare solutions in an increasingly multidisciplinary environment.
Explore chemical engineering through hands-on, state-of-the-art experiments, modern computer tools, and integrated problem-solving approaches. In the B.S. in Chemical Engineering program, you will apply these skills to areas such as materials and biological engineering, learning how drugs are designed, how diseases are treated, and how biofuels are produced from renewable resources. You will graduate with the skills to identify, formulate, and solve real-world engineering problems.
Civil engineers design and build the infrastructure that shapes everyday life, including roads, bridges, buildings, and water systems. In this program, you’ll become a problem-solver through hands-on learning and a clinic-based experience starting in your first year. You’ll graduate prepared to design practical, sustainable solutions that support safe, resilient communities.
Electrical and computer engineers pioneered the invention of smartphones, computers, smart grids, digital cameras, GPS systems, medical imaging devices and computer games. Join the crucial role in the design of cars, airplanes, spacecraft, autonomous and even extraterrestrial vehicles, home appliances, bioinformatics, lifesaving medical equipment and many other technologies that we have come to rely on.
This program has many innovative components that make it truly unique, starting with its engineering technology clinics. The eight-semester engineering technology clinics provide students with genuinely hands-on, interdisciplinary experience with design, development and implementation, enabling students to work on real-world problems. The curriculum also includes several strategically selected and designed courses, preparing graduates for a broad range of career opportunities.
Combine technical engineering expertise with business and professional skills to drive innovation and develop new products and processes. This program builds creativity, opportunity recognition, and business acumen on a strong engineering foundation, preparing you to lead in established industries, new ventures, government, or nonprofit organizations.
Mechanical engineers affect design at every level of energy production systems. To prepare for a wide variety of applications, learn to base your design on engineering fundamentals, analyze your ideas using industry standard tools, build prototypes and test your designs for performance. Our 'Design, Analyze, Build, and Test' philosophy will be the foundation of your career, making you well-suited for industrial jobs, governmental positions or as a researcher in graduate school.
Certificates of Undergraduate Study
Learn about the unionized environment of the construction field as well as the construction leadership and strengthen your communication, writing and research skills to prepare to become a leader in the construction industry.
Strengthen your knowledge of the construction industry and build your skills with the flexible, fully online construction management undergraduate certificate program.
Strengthen your knowledge of construction project management and build your skills with this flexible, fully online construction management undergraduate certificate program.
Career Outlook and Salary
Engineering careers are built for problem-solvers who want to design, improve, and build what comes next. This area of study can lead to opportunities across industries like technology, healthcare, energy, manufacturing, and infrastructure.
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Whether you’re just getting started, exploring a new path or adding expertise in your field, our programs are designed to meet you where you are and help you move forward with confidence.
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