Master of Science in Software Engineering (STEM)

at EDUCO - Stevens Institute of Technology USA

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.

The construction engineering and management master’s program is designed to strengthen technical training and develop skills in managing costs, time constraints, quality and safety controls through advanced areas of study and initiatives including experiential learning and engagement with industry.

Stevens is one of just a few universities in the New York area to offer this cutting-edge program – and perhaps the only university in the region with a special focus on mega projects. By the time you graduate, you will have competitive leadership skills to help you pursue an executive-track career in the global construction industry.

The Analytics MBA at Stevens is a STEM program for recent college graduates who have studied a technical discipline, have limited professional experience and want to quickly earn an advanced degree to compete for exciting jobs at the world’s most prestigious companies — where, increasingly, even early-career work requires a master’s.

Here, faculty present traditional themes like strategy, marketing, finance and accounting through an analytical, problem-solving lens, with an emphasis on applying data-intensive methods to industry challenges. And the program’s structure encourages your personal and professional development through career support, mentorship and business immersion.

As new environmental challenges arise—contaminants in drinking water, recovery of resources from wastes—the demand for highly specialized engineers equipped to repair environmental damage and prevent future problems is growing at a rapid rate. The environmental engineering master’s program at Stevens prepares you to design processes that restore air, soil and water quality in contaminated sites with specialized courses of study and strong mentorship from our expert faculty.

Continue or begin your study of environmental engineering in a multifaceted program at a premier research institution where you can work with renowned faculty members engaging in groundbreaking environmental research around the globe.

Concentrations

• Environmental Control Processes
• Groundwater and Soil Pollution Control
• Environmental Management

Leading companies are discovering that what’s good for the environment is also good for business—and the demand for qualified sustainability professionals is growing at a rapid rate. The MS in Sustainability Management at Stevens prepares you to meet this demand head-on and equips you with the tools to lead in this new era of sustainable development.

Progress on sustainability requires a holistic approach, with contributors from all areas of expertise, bridging the gap between scientific progress and social implementation. In the sustainability management master’s program, students coming from the humanities, social sciences, business, policy or law will gain advanced knowledge of the science and technology of sustainability to drive action. Students with engineering, design and science backgrounds will develop the soft skills and management abilities required to lead. All students will learn to work effectively across silos and disciplines to lead bigger initiatives for systemic change.

Stevens is also home to a number of world-class research centers where students can engage with advanced innovations in environmental and energy sustainability.

Intended to meet the need for professionals who can harness complex data and convert it into meaningful information, the Master of Engineering in systems analytics provides students with expertise in visualizing, manipulating and extracting important concepts from systems data, complemented by training in traditional systems decision-making.

The master’s degree equips students with state-of-the art data visualization and knowledge extraction techniques for the purpose of analyzing trends, assessing risk, discovering patterns and building decision models that can better develop, maintain and improve complex engineering systems and enterprises.

The computer science master’s program at Stevens is designed to meet growing demand for skilled professionals in the development and application of information technology. The program provides a solid foundation in theoretical instruction along with practical applications necessary for industry success. Unique, advanced courses in enterprise and cloud computing as well as secure systems give our students a competitive advantage.

Students will learn to professionally and effectively communicate computer science concepts, designs and solutions throughout this program, as well as obtain specialization in key application domain areas of computer science. Key skills you will learn include how to implement the solution of a computing problem using the appropriate program languages.

The mechanical engineering master’s program at Stevens gives you an edge in an increasingly competitive profession where a mastery of research, design, production and testing skills is just as important as the next big idea.

This program focuses on techniques that enable the consistent creation of products through a science-based understanding of engineering materials and manufacturing processes and prepares you to solve complex engineering problems, position emerging technologies, lead the development of high-quality products, manage projects and maintain exacting standards in an ever-evolving economy.

Concentrations

• Manufacturing
• Medical Devices
• Micro/Nano Systems
• Pharmaceutical Manufacturing
• Product Design
• Robotics & Control
• Thermal, Fluids, Energy

In the applied artificial intelligence masters program, graduate students develop a strong background in the theoretical foundations and algorithm development in artificial intelligence and deep learning with a thorough understanding of a variety of engineering applications. Students will learn a blend of software and hardware skills that are applicable across multiple engineering domains.

Students are immersed in a hands-on approach to learning within a mix of course offerings, from fundamental core courses to state-of-the art topics such as internet of things (IoT), information systems security, and big data applications.

Masters students in the applied artificial intelligence program have the opportunity to work on exciting new projects and applications relating to:

• Machine learning
• Deep learning
• Image processing and computer vision
• Autonomous robotics
• Smart health
• Biomedical engineering
• Transportation engineering
• Financial engineering
• Embedded systems
• Software engineering
• Intelligent communications networks

Concentrations

• Artificial Intelligence in Design and Construction
• Biomedical Engineering
• Computer Engineering
• Data Engineering
• Electrical Engineering
• Mechanical Engineering
• Software Engineering
• Systems Biology

Whether you aspire to a management position in the finance department of your company, or seek to climb the ladder in the financial services sector, the master’s degree in Finance at Stevens will teach you to apply new tools in solving problems, anticipating trends and creating value through technology.

This program will give you a comprehensive foundation in financial and economic topics, as well as an understanding of common financial technologies and how to use them to exploit opportunity. You will apply quantitative thinking to the challenges of managing finance, while developing a specialty in an area of greatest interest to your career, such as investment banking or financial analytics.