Bachelor in Chemical Engineering

Trine University in Angola, Indiana, was founded in 1884 and offers a close-knit academic environment to about 8,400 students, including an international cohort. Trine provides a range of undergraduate and graduate programmes in engineering, business, health sciences, arts and sciences, with particular strengths in applied technologies and professional preparation. The university prioritizes hands-on learning, small class sizes and faculty mentorship.

Experiential education lies at the heart of Trine's approach, with lab-based instruction, internships and cooperative experiences that connect students with regional and national employers. Industry partnerships and applied research opportunities help students build practical skills and professional confidence. Faculty members provide individualized guidance, and the campus culture supports leadership development and collaborative projects.

Campus life at Trine is student-focused, combining solid academic support with extracurricular activities, athletics and clubs. International students find tailored orientation, advising and housing options while benefiting from strong career services and internship pathways. With 46 programmes spanning technical and liberal disciplines, Trine is well suited for students who seek personalized instruction, experiential training and direct connections to employment.

The Bachelor in Chemical Engineering at Trine University is a four-year degree program for students who want to study how to use chemicals to make products. This program helps students develop problem-solving skills and learn about chemical processes.

The curriculum includes classes on thermodynamics, kinetics, and transport phenomena. Students also learn about safety procedures and regulations in the chemical industry. Hands-on components include lab work and projects that help students apply what they've learned.

Graduates of this program can work as Chemical Engineers, Process Engineers, or Quality Control Engineers in industries like energy, food, and pharmaceuticals. They can also work as Environmental Engineers or Research and Development Engineers, helping to develop new products and processes.