Master of Engineering in Media and Broadcast Engineering

at EDUCO - Stevens Institute of Technology USA

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 materials science and engineering master’s program offers both Master of Engineering and Master of Science degrees designed to foster independent scholarly work while providing flexibility to accommodate your interests and career goals.

Each of the materials science and engineering master’s programs immerses students in a dynamic and collaborative learning environment focused on innovative research. As a student, you will receive a solid foundation in the fundamentals of materials science and investigate important current topics in energy, biomedicine and nanotechnology.

Concentrations

• Interdisciplinary Nanotechnology (CEMS, CCB, ME, PHY)
• Interdisciplinary Microelectronics and Photonics (CEMS, ECE, PHY)
• Materials Technology for Energy and Sustainability

Today's information systems manager needs to have a thorough command not only of technology — security, compliance, analytics, mobile networks and cloud-based systems — but of business, and the way employees use technology to get the job done. The Information Systems master's program brings an analytics-intensive approach to topics like digital innovation and cybersecurity, empowering you as a decision-maker whose insights guide technology strategy across the enterprise.

Courses in this STEM program encourage information systems consultants, IT auditors and project managers to frame problems from the perspective of a CIO who drives organizational change through technology. A curricular balance of new coding skills and leadership perspectives will turn you into a creative problem-solver able to stay ahead of the rapid pace of technology.

Unlike financial engineers, who use mathematical modeling and computer science skills to create algorithms and tools, financial analysts combine their programming skills with talents in data analysis and statistics to design innovative solutions to finance problems. They also use excellent business and communication skills to assess client needs and make recommendations to executive teams.

The Stevens master’s in Financial Analytics teaches professionals to apply their physics, statistics or engineering skills to the lucrative finance industry. You’ll learn from faculty whose insights are changing how the industry is thinking about concepts like machine learning, data modeling and optimization in finance. You’ll take courses in one-of-a-kind financial labs, home to the data analysis and visualization tools used on Wall Street. Most importantly, our location on the Hudson River ensures you’ll have regular interaction with industry recruiters in New York City, just 10 minutes away by train or ferry.

The physics master’s program prepares physics and applied physics students for an academic career path and the pursuit of a Ph.D. in physics, as well as a research-based career in industry.

Physics students will build upon core concepts introduced within a physics undergraduate degree program, studying the fundamental branches of physics while simultaneously developing advanced mathematical and problem-solving skills. The program aims to establish general expertise in physics while also promoting critical thinking skills for multidisciplinary applications.

While many physics graduates go on to obtain a Ph.D., many others also work within research roles in sectors and industries as varied as their interests–defense, aerospace, government, education, healthcare, energy, materials, technology, computing and IT.

The ocean engineering master’s program at Stevens is one of only a few in the country. Our world-renowned faculty, state-of-the-art research facilities, strategic initiatives and nationwide partnerships supply graduate students with a wealth of opportunities in oceanography, maritime administration, naval architecture and environmental studies related to our waterways and coastal environments. The marine industry is vast and ever-evolving, with a great deal of opportunity for young ocean engineers to pursue impactful research and innovative careers.

Master's students are encouraged to make contributions to the field while studying. Stevens is known for its award-winning student body, cultivating advancements in predicting extreme weather, mapping currents, protecting communities against environmental hazards and enhancing port performance.

Move up the ladder or transition into life sciences manufacturing in the pharmaceutical manufacturing master’s program. Good manufacturing practice (GMP) industries—pharma, biotech, personal care, cosmetics and others—need trained professionals who can command new technologies, modern facilities and quality assurance processes in a global regulatory environment.

As a premier graduate program, we are internationally recognized for providing cutting-edge education to global pharmaceutical, biotech, nutraceutical and medical device professionals. The program serves both recent engineering, science or pharmacy graduates seeking credentials as well as engineers, scientists and other specialists who are already working in GMP-regulated manufacturing industries. You’ll gain the skills to lead teams and solve challenging problems utilizing emerging pharmaceutical technologies.

The materials science and engineering master’s program offers both Master of Engineering and Master of Science degrees designed to foster independent scholarly work while providing flexibility to accommodate your interests and career goals.

Each of the materials science and engineering master’s programs immerses students in a dynamic and collaborative learning environment focused on innovative research. As a student, you will receive a solid foundation in the fundamentals of materials science and investigate important current topics in energy, biomedicine and nanotechnology.

Concentrations

• Interdisciplinary Nanotechnology (CEMS, CCB, ME, PHY)
• Interdisciplinary Microelectronics and Photonics (CEMS, ECE, PHY)
• Materials Technology for Energy and Sustainability

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

The bioengineering master’s program is tailored for students who have a strong science background. Stevens also offers this program to current medical professionals who have a vested interest in biomaterials and tissue engineering research.

The bioengineering master’s program prepares students to enter the biotechnology, pharmaceutical, medical device or life science industries. It will also prepare them for a Ph.D. in biology, bioengineering or related fields as well as other professional health careers.

This interdisciplinary program focuses on tissue engineering, biomaterials and regenerative medicine methods to improve healthcare. The bioengineering master’s program builds on a foundation of molecular biology and chemistry while also adding elements of bioengineering design. Graduates of this program will be positioned to succeed with careers in pharmaceutical, biotechnology and medical device companies in addition to biomedical research and regulatory institutions.