Bachelor in Environmental Chemistry

St. Edward’s University in Austin offers a personalized liberal arts education with a strong emphasis on ethical leadership and community engagement. Home to about 4,000 students, including roughly 300 international classmates, the university combines close faculty mentorship with a campus culture rooted in service and intellectual curiosity. Its location in Austin provides rich cultural, internship and employment opportunities in a vibrant tech and creative hub.

The university provides about 50 undergraduate and graduate programs spanning arts, business, education, sciences and social sciences, emphasizing experiential learning and applied projects. Small class sizes encourage discussion and close faculty-student collaboration, while study abroad, service learning and internship programs help students integrate academic knowledge with real-world practice. Dedicated career services and strong employer ties in the Austin region support transitions from study to work.

International students benefit from orientation programs, academic advising, English support and campus resources that ease cultural and administrative transitions. A welcoming campus community and active student organizations foster social and professional connections, helping newcomers build networks quickly. For students seeking a supportive, values-driven education in a dynamic city, St. Edward’s offers focused academics, practical experiences and a community-oriented atmosphere.

The Bachelor in Environmental Chemistry is a degree program for students who want to tackle environmental problems using chemistry. This 4-year program at St. Edward's University helps students develop a strong understanding of chemistry and environmental science. By studying this program, students can gain a deeper understanding of the impact of chemical substances on the earth's ecosystems.

The curriculum covers topics such as chemistry, environmental science, and research methods. Students will join a student-faculty research group and work in state-of-the-art labs to apply their knowledge and skills. This hands-on approach helps students develop critical thinking, problem-solving, and research skills. Students will also learn about the connections between the environment, economics, and policy.

Graduates of this program can pursue careers as Environmental Chemists, Sustainability Consultants, Air Quality Specialists, Water Pollution Specialists, or Research Chemists. They can work in industries such as government agencies, private companies, non-profit organizations, or academic institutions. With a strong foundation in environmental chemistry, graduates will be able to confront climate change, clean up air and water pollution, and respond to environmental disasters.