Georgia Institute of Technology

What you'll study

The programme blends core technical subjects with applied practice and optional research. Typical modules cover environmental toxicology and exposure science, industrial hygiene, environmental and occupational risk assessment, air and water quality monitoring, and environmental epidemiology. Students also take training in quantitative methods such as environmental sampling design, biostatistics, spatial analysis/GIS, and environmental fate and transport modelling.

Most students choose between a thesis-based route that emphasises independent research and a coursework/practicum route that emphasises applied skills and internships. Coursework often includes laboratory and field components, data analysis projects, and a practicum or internship partnering with government agencies, industry or community organisations. Electives allow students to tailor study toward policy and management, engineering controls and remediation, or advanced exposure science.

Entry requirements

Applicants are expected to hold a bachelor’s degree in a relevant discipline such as environmental science, engineering, biology, chemistry, public health or a closely related field. A strong foundation in quantitative subjects — for example mathematics, statistics, physics or engineering fundamentals — is important. Typical application materials include an academic transcript, a personal statement outlining your interest and experience in environmental health, a current CV, and references.

Some applicants will be asked to demonstrate relevant laboratory, field or workplace experience; those without direct experience should highlight transferable analytical or research skills. Standardised tests and language proficiency evidence may be required depending on the applicant’s prior education and the programme’s admissions policies.

Career prospects

Graduates pursue roles where environmental science and human health intersect. Common career paths include positions as environmental health specialists, industrial hygienists, exposure and risk assessors, and environmental consultants. Alumni also work for public health agencies, regulatory bodies, environmental NGOs, and private-sector firms focused on compliance, monitoring and remediation. The degree also provides a strong foundation for those who wish to continue to doctoral research or move into policy, programme management or technical leadership roles.

Why study at Georgia Institute of Technology

Georgia Tech provides an interdisciplinary environment that connects environmental health with strengths in engineering, data analytics and applied research. Students benefit from access to laboratory facilities, field instrumentation and collaborations with faculty who work on practical problems spanning air and water quality, exposure science and environmental policy. The Institute’s location in Atlanta offers proximity to public health agencies, environmental consultancies and a range of partner organisations for internships and practicum projects.

The programme emphasises quantitative skills and applied experience, preparing graduates to address complex environmental health challenges with technical rigour and cross-disciplinary perspective.