Master of Engineering in Robotics (STEM)

at EDUCO - Stevens Institute of Technology USA

In the chemical engineering master’s program at Stevens, you’ll have a wealth of world-class resources at your disposal for pursuing the research that interests you most. Our program offers you the best of both worlds: a department with a critical mass of renowned faculty and top-quality research facilities—and an entrepreneurial environment small enough to champion your talent and vision.

Our close-knit, collaborative community of faculty and student scholars works together to advance the rigor and possibilities of our field, with an inclusive spirit that extends new opportunities to all.

This graduate program features unique course electives in biofuels, colloids and interfacial phenomena, processing of polymers for biomedical applications, introduction to pharmaceutical manufacturing and nanotechnology, and more, giving Stevens’ students a broader range of knowledge in the chemical engineering field.

Concentrations

• Chemical Engineering
• Polymer Engineering
• Application of Machine Learning to Pharmaceutical Development

The program prepares students with broad coverage of fundamentals as well as state-of-the-art industrial practices in the areas of design, fabrication, integration, and application of microelectronic and photonic devices in communication and information systems. Designed for maximum flexibility, the program accommodates the backgrounds and interests of students with either a master's degree or graduate certificate.

To apply for this program, select "Interdisciplinary Science" or "Interdisciplinary Engineering" on the application, and indicate your desire to pursue the program in microelectronics and photonics on your statement of purpose.?

The robotics master’s program at Stevens, offered by the Department of Mechanical Engineering, gives students an edge in a competitive and multidisciplinary profession where a mastery of modeling, design, research, and implementation skills is just as important as the next big idea.

This distinctive master’s degree program exposes students to both the mathematical foundations of robotics, and relevant hands-on laboratory projects in robotics and mechatronics. The robotics master's degree program integrates the study of fundamentals in robot modeling, analysis, design, and control with modern and advanced applications of robotics technology to meet today’s specialized needs within the industry. The curriculum is designed to ensure that graduating students are well-prepared for a future that will increasingly demand multidisciplinary training for engineers, especially for careers involving robotics, automation, and autonomous and intelligent systems.

Robotics graduates will be prepared to solve complex engineering problems, position emerging technologies, lead the development of high-quality products, manage projects and maintain exacting standards in a fast-evolving economy.

In the biomedical engineering graduate program at Stevens, you’ll work with recognized leaders in the field, conduct high-impact research and design life-enhancing technology. Our biomedical engineering master’s program graduates thrive in academia, industry, medicine and a range of expanding opportunities in biomedical innovation.

Stevens’ multidisciplinary biomedical engineering program blends advanced study in engineering, biology, life sciences, medicine, clinical applications and bioethics. We give you the flexibility to pursue the areas of biomedical engineering that interest you most. You’ll investigate emerging areas alongside our actively patenting faculty, test and model new devices in world-class laboratories, and discover how far you can go in an entrepreneurial environment that rewards your scientific rigor and vision.

Our program is design-oriented to help you pursue new technologies from concept through commercialization. And since ideas are only as good as their implementation, we also give you multiple opportunities to work with faculty and industry partners so you leave the program better positioned for success. Whether you’re advancing a current career in biomedical engineering or moving into the field, we’ve structured the program to help you meet your professional goals. After completing our program, students typically find careers in industry, research institutions and clinical institutions. Additionally, students can use our program as a gateway to professional schools like medical, dental, veterinarian and physical therapy.

New developments in robotics, internet security and wireless networking are often the result of hardworking electrical engineers. Graduate study in electrical engineering can lead to fascinating and lucrative careers in industry, government or business, as well as further study in a doctoral program.

At Stevens, graduate students participate in cutting edge faculty research projects funded by the National Science Foundation, Air Force Research Laboratory, Office of Naval Research and various private organizations.

Concentrations

• Communications
• Power Engineering
• Robotics and Automated Systems
• Microelectronics and Photonics
• Artificial Intelligence

The engineering physics master’s program prepares students for a successful career in industry or research by combining courses in fundamental physics with specializations that focus on applications to current research and technology. Students will gain deeper insight and skills in specific branches of engineering and interdisciplinary physics research including quantum engineering, applied optics, solid state device engineering and nanotechnology.

The finance world's rapid transition to a digital discipline has created incredible opportunities for experts in computer science, statistics, economics and mathematics to develop solutions to increasingly complex problems, such as how to value an asset, how to assess risk and the smartest ways to manage a portfolio. Quants are some of the most-sought professionals on Wall Street for their coding versatility and ability to model financial data to drive better decision-making.

The Financial Engineering program at Stevens resides in the School of Business, giving it a practical orientation that few other programs offer. Lessons emphasize how technical tools can address specific challenges in the markets, while preparing you to identify inefficiencies, recognize opportunities and develop innovative new products. The Stevens program also recognizes the systemic nature of financial markets and prepares you for the challenges of working in large, interconnected environments.

In today's complex, competitive world of data and technology, the global healthcare, cybersecurity, environment, natural and man-made disaster-related challenges that we face have created demand for a new type of professional — one who deals in "big data." Employers across industries are increasingly seeking individuals with data visualization and data analytics capacities who can model uncertainty in systems, perform decision analysis and develop quantitative approaches to engineering enterprise management strategies.

In the challenging and fast-paced 21st century environment, the critical role of an engineering manager calls for a professional who is skilled in the creation, application and management of technology to solve complex issues, invent new processes and products, build new enterprises and gain actionable insights from data. Individuals who seek to develop these skills come to the School of Systems & Enterprises' (SSE's) Master of Engineering in engineering management program.

The program provides students with a strong understanding of the technology involved in engineering projects and the management process through which these technologies are applied. Through the Master of Engineering in engineering management, the SSE seeks to create engineers who can interface with technical and business aspects to add the most value to their respective enterprises.

In the Stevens civil engineering master's program, you'll gain solid theoretical foundations in your chosen area of concentration and learn the applications of engineering principles through practical real-world projects. As a student, you’ll have a chance to work with leading experts on cutting-edge civil engineering research while building a strong network in one of the largest urban areas in the world.

Concentrations

• Structural Engineering
• Geotechnical/Geoenvironmental Engineering
• Water Resources Engineering

The computer engineering master’s program prepares students for specialization in computer systems, real-time and embedded systems, data communications and networks, digital system design, image processing and multimedia, information systems, information systems security and intelligent systems. The program trains students for careers in the computer engineering field requiring advanced and specialized knowledge. By the end, you’ll have impressive accomplishments in hardware and software development under your belt — as well the highly respected reputation of a Stevens engineering degree.

Concentrations

• Embedded Systems
• Software and Data Engineering
• Networks and Security
• Artificial Intelligence