Stevens Academic Programs

The list below is an overview of undergraduate programs; the links to the right will take you to the Web sites of the separate schools and give you additional information on the courses offered in each major, current faculty research, and links to relevant professional organizations.

Art and Technology (B.A.) Download a program description [PDF]
Blend studio art with the newest media technologies, theories and aesthetics. Learn about animation, multimedia production, DVD authoring, installation art, and much more. [more...]

Bioanalytical Chemistry (B.S.)
Analyze compounds on a molecular level using microtechniques for separating and characterizing biomolecules. [more...]

Bioinformatics (B.S.)
Use mathematics and computer science to solve problems in molecular biology and generate significant scientific advances. [more...]

Biomedical Engineering (B.E.)
Design instruments, devices and software to enhance health care with a knowledge of biology, chemistry, and engineering principles. [more...]

Business (B.S) Download a program description [PDF]
A powerful hybrid of traditional business education with the technology skills crucial to today’s business, you will cross the chasm between business and technology and can lead organizations through the maze of issues created by intersections between technological advances and their application in the world of enterprise and commerce. [more...]

Chemical Biology (B.S.)
Prepare for a career in medicine and satisfy requirements for admission to medical, dental and veterinary schools. Study anatomy, physiology, genetics, biochemistry, molecular biology, organic and physical chemistry, and instrumental analysis. [more...]

Chemical Engineering (B.E.)
Chemical Engineers solve vital problems: study petrochemicals, biochemical engineering, and electronic, semi-conductor, and electrochemical processing. [more...]

Chemistry (B.S.)
Building on the major areas of chemistry and biochemistry, Stevens also excels in polymer and structural chemistry, natural products and medicinal chemistry and instrumental analysis. [more...]

Civil Engineering (B.E.)
Plan, design and supervise the construction of transportation systems, waterways, and other structures and foundations that surround us. [more...]

Computer Engineering (B.E.)
Study the design, development, and applications of computers for the solution of modern engineering problems, from software development and design of digital systems to data structures and computer graphics. [more...]

Computational Science (B.S.)
Apply sophisticated computational techniques to build models and solve problems related to science and engineering. [more...]

Computer Science (B.S.) Download a program description [PDF]
Write multi-threaded programs, create protocols to ensure secure communications among machines, and study programming logic. [more...]

Cybersecurity (B.S.) Download a program description [PDF]
Integrate science, technology, and management skills to design and create innovative solutions that address issues in computer security and information assurance. [more...]

Electrical Engineering (B.E.)
Create emerging technologies in telecommunications, digital systems and computer design, fiber optics, or solid-state devices. [more...]

Engineering Management (B.E.)
More than 50 percent of engineers are promoted to technical management positions. Succeed as both an engineer and a manager. [more...]

Engineering Physics (B.S.)
Use physics to develop new engineering principles and methods, applying scientific theory to the practical problems of engineering. [more...]

English and American Literature (B.A.)
Delve into language, meaning, and reality. From Shakespeare to science fiction and beyond, span the centuries to include the novel, critical theory, poetry, and drama. [more...]

Environmental Engineering (B.E.)
Tackle growing challenges in our society, including the treatment of industrial and hazardous wastes, and creating solutions for pollutants in the environment. [more...]

History (B.A.)
Whether it’s the Roman Republic or the history of science, explore American and European social, political, and scientific history. [more...]

Information Systems (B.S.) Download a program description [PDF]
Gain the skills needed to excel in positions that require information technology and business skills, by understanding the fundamentals of business, networks, IT strategy, and computer science. [more...]

Information Systems Engineering (B.E.)
Consider the business and the technical needs of all customers, using engineering processes to analyze, model, and solve problems. [more...]

Mathematical Sciences (B.S.)
Math has profound and unexpected applications, such as classical number theory applied to cryptography, abstract algebra applied to DNA sequences, and functional analysis applied to medical imaging. [more...]

Mechanical Engineering (B.E.)
Study current trends in energy conversion, design and manufacturing, solid mechanics, automatic controls, fluid mechanics, machine design, heat transfer, turbomachinery, combustions, robotics, and noise control. [more...]

Music and Technology (B.A.) Download a program description [PDF]
Go beyond traditional composition theory and music history. Use traditional and nontraditional media to blend music with technology in the forms of movie scores, sound design, sonic art, and synthestration. [more...]

Naval Engineering (B.E.) Download a program description [PDF]
Design, build, operate, and maintain ships and other waterborne vehicles and ocean structures. Explore ship and hull design, propulsion systems, and the effects of ocean properties on ship transport. [more...]

Philosophy (B.A.) Download a program description [PDF]
From ethics to aesthetics, study the social, political and legal thoughts from around the world, exploring knowledge and reality, language, law, nationalism, and logic. [more...]

Physics (B.S.)
Go beyond the traditional laws of physics to explore how they are applied to advancing information technology, telecommunication, microelectronics, and medical technology. [more...]

Science and Law (B.S.)
For those interested in intellectual property and patent law, this science and liberal arts combination includes courses in innovation and ethics.

Science and Technology Studies (B.A.)
Explore the ethical, historical, and sociological issues we must confront as we gain knowledge and develop new technologies. [more...]