Business Administration

Study the history, theory, and application of business principles to enter the workforce with a technology-based business degree.

Study programming, computation, and computers to learn the necessary skills to solve problems and build software for a better world. 

Study the creative intersection of design and computer science. Leverage your computer science technical skills with an understanding of media and visual design.

Architecture

Study the art and science of planning and designing buildings and physical structures. Learn to solve problems and apply new technologies to address the challenges of building a better world.

Building Construction

Study the management and strategy side to building and construction. Obtain infrastructure management positions by learning how to problem solve, coordinate a team, and finance a project. 

Industrial Design

The study of the process of designing manufactured physical products. Prepares students for a design-oriented career to innovate new products and problem solve for future generations. 

Music Technology

Design and develop new ways to make music through the intersection of engineering, computer science, psychology, and music composition and theory.

Computers + Engineering

Computer Engineering

Research, design, develop, and test computer systems and components such as processors, circuit boards, memory devices, networks, and routers.

Electrical Engineering

Design, develop, test, and supervise the manufacture of electrical equipment.

Chemistry + Engineering

Chemical and Biomolecular Engineering

Use chemistry as the foundation for designing, modifying, and manufacturing chemicals (fuel, synthetic foods and pharmaceuticals).

Materials Science Engineering

Use chemistry principles to understand the properties for materials and how to alter the molecular structure of materials to meet design needs.

Business + Engineering

Industrial and Systems Engineering

Apply engineering, computer science, and analytical principles to the optimization of systems. Problem solve to improve efficiency of manufacturing and business operations. 

Physics + Engineering

Aerospace Engineering

Use physics principles to design aircrafts, spacecrafts, satellites for careers in commercial airlines, defense, NASA, SpaceX and more.

Biomedical Engineering

Design medical devices for use in hospitals (dialysis, surgical machinery) and long-term care (pacemakers, prosthetics, hearing-support).

Civil Engineering

Design and innovate the systems, technologies, and structures of our modern world and solve problems onsite. 

Mechanical Engineering

The broadest of the engineering disciplines, combining principles from mechanical systems, thermal systems, manufacturing, and design.

Environmental Engineering

Use the principles of engineering, soil science, biology, and chemistry to develop solutions to environmental problems.

Nuclear and Radiological Engineering

A field of engineering concerned with the innovation and application of nuclear energy systems and radiation to medicine and industry.

Applied Languages and Intercultural Studies

Study modern languages in the context of culture, communication, science, and industry to prepare students to be well-rounded global citizens and work internationally. 

Economics

Study the production, consumption, and transfer of commerce on a micro and macro scale to prepare for a career in finance, policy, accounting, or some other related field. 

Economics and International Affairs

Understand how economics plays a role in international policy and foreign relations to lead to careers in finance, policy, business, or government work.

International Affairs

Study of the interactions between nation states on the global stage. Understand how politics, economics, and culture shape the world we live in to pursue internationally-focused careers.

International Affairs and Modern Languages

Accompany your study of international relations with a modern language of your choice to better understand the policies and politics of another country or region.

Global Economics and Modern Languages

Supplement a traditional economics degree with a modern language to better understand the world market and prepare for internationally oriented careers in finance, policy, business, or government.

History, Technology, and Society

A multidisciplinary major that focuses on global issues related to the origin and impact of science, technology, and culture.

Literature, Media, and Communication

Learn valuable skills to lead and communicate ideas effectively to pursue a wide variety of careers related to film, writing, advertising, design, or academia. 

Public Policy

Learn about policy making and the system of laws that govern a group of people on a local, state, and national level to pursue a career related to government or policy making.

Atmospheric and Oceanic Sciences

Solid earth and planetary sciences degree while applying strengths in mathematics and computation to understand the structure, evolution, hazards and future of planetary bodies, including Earth. 

Biochemistry

Apply chemistry to the study of living organisms and biological processes and systems to prepare students for careers related to research, medicine, and healthcare.

Biology

The study of life and living organisms. This major gives students the necessary skills and knowledge to thrive in the fields of research, medicine, and healthcare.

Earth & Atmospheric Sciences

The study of weather and earth processes to prepare students to solve pressing issues related to global warming, energy resources, water supply, and natural disasters in their respective careers.

Environmental Science

The new ENVS degree is a new interdisciplinary program with the School of Biological Sciences that is preparing for students with career interests related to environmental consulting, conservation, sustainability, education and communication, policy, and other related topics.

Mathematics

A versatile degree that studies the relationship between numbers, statistics, and patterns with an emphasis on problem solving to lead to a mathematically- oriented career in a multitude of fields. 

Neuroscience

Students will be exposed to behavioral and cognitive science, molecular and cellular science, as well as systems neuroscience to thrive in fields related to research, healthcare, and medicine. 

Physics

Study the complexities of the universe and develop the necessary analytic and mathematical skills to be a valuable asset in a variety of careers and academic disciplines.

Psychology

Study human behavior and mental processes to better understand the complexities of human nature for a career in healthcare/social work, management, research, or academia.

Solid Earth and Planetary Sciences

The new SEP degree is for students interested in solid earth and planetary sciences and are looking to apply Georgia Tech’s strengths in mathematics and computation to understand the structure, evolution, hazards, and future of planetary bodies, including Earth.