Master of Science in Financial Analytics (STEM)

at EDUCO - Stevens Institute of Technology USA

Get on the fast track to make an impact in one of today’s fastest growing fields with a machine learning master’s degree.

The machine learning master’s program establishes the theoretical and practical foundations necessary to be at the forefront of progress in the next technological revolution. Advancements made in machine learning and related disciplines will soon touch every piece of technology, making an advanced degree an essential asset for a successful career.

The rapidly expanding field of machine learning has a multitude of applications in diverse areas such as intelligent systems, computer vision, speech recognition, natural language processing, robotics, finance, information retrieval, bioinformatics, healthcare, and weather prediction.

Our unique machine learning master’s program develops a thorough understanding of deep learning theory and familiarizes students with the most important paradigms. This allows them to apply or develop the appropriate methods in real-world applications, whether pursuing a career in industry, academia, or research.

The 30-credit Stevens master's degree in Enterprise Project Management emphasizes a strategic perspective that’s crucial to modern project management. This is a program for the technical professional eager to advance in the organization by directing people, budgets and projects toward completion. Curricular themes in strategic perspectives, project planning and cross-project leadership ensure graduates can direct complex, enterprise-level initiatives. Classes include significant analytical components that will challenge you to think quantitatively about challenges in management.

This program is accredited by the Project Management Institute, the leading organization in project management. Classes taken through Stevens can be applied to Project Management Professional certification or certification maintenance.

Learn the theoretical knowledge and practical skills necessary to analyze big data for functional application in business and technology with a Data Science Master's degree.

Demand for data scientists who can glean insights from the wealth of information made available through modern technologies to aid in informed decision-making is on the rise. The data science master’s program at Stevens instills the theoretical knowledge and practical skills required for dealing with the contemporary collection, exploration, analysis, and modeling of data along with the related challenges pertaining to inference and prediction.

This interdisciplinary program prepares students for careers in fintech, business intelligence and analytics, academia, and database management, as well as government positions requiring strong skills in data analysis. Students in the Data Science Master's program will analyze complex data, including large-scale databases, and apply state-of-the-art modeling and visualization techniques. They will participate in simulations of cyberattacks and create effective defense strategies, as well as study, in-depth, the algorithms and optimization schemes underlying the latest business analytics methods.

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 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 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.?

Media and broadcast engineering lies at the intersection of audio/video processing, networking, software design and complex system integration. The media and broadcast engineering master's program provides students with a comprehensive foundation in all aspects of media production, delivery and management, and prepares them for relevant careers as media and broadcast engineers, network managers and developers, streaming media developers and project managers for broadcast networks.

The program provides similar education and opportunities to professionals in the field wishing to enhance their skillsets. It also covers media engineering in emerging media publishing channels such as through the Internet and mobile applications.

Solidify your mathematical foundations and learn to apply advanced math with problem-solving in the mathematics master’s program.

Practical mathematics can be found in nearly every corner of the known universe and in many industries. Integral to the fields of natural science and engineering, mathematics often leads to new discoveries in business and technology.

At Stevens, the mathematics master’s program approaches inquiry and research with a focus on pure mathematics. Pure mathematics investigates fundamental topics in math theory, analysis and calculation, and this program offers collaborative, cross-disciplinary opportunities through research and electives. Subjects examined throughout this program include complex algebra, probability, combinatorial analysis, topology and stochastic processes. Students will learn to effectively use and understand advanced mathematical techniques, such as those emerging in data science.

The challenges facing managers are increasingly as much about technology as they are about people.

The master’s degree in Technology Management at Stevens is designed to give you the skills and perspective required to lead in environments where technology is central to the mission — and at a pace that's ideal for professionals. Rather than taking classes after a busy day in the office, you'll do so on alternating Saturdays as part of a cohort of experienced professionals. Faculty in this program are particularly distinguished for their corporate experience, and their insights from research and the workplace will prepare you for the challenges of leadership in the digital age.

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.