At Lamar University, classes go beyond telling you how things work — they give you the tools to make things work. This is especially true for chemical engineering students, who are constantly immersed in hands-on experiences that drive real-world change. 

From tackling chemical production challenges in state-of-the-art labs to collaborating on projects that bridge chemistry, physics, and engineering, Lamar’s students gain invaluable, tangible skills at every level of study. The Department of Chemical and Biomolecular Engineering offers a Bachelor of Science in Chemical Engineering (accredited by the Engineering Accreditation Commission of ABET) for undergraduates, two Master of Engineering programmes -– one with a thesis and the other without – and a PhD programme.

Under the mentorship of industry-leading educators, chemical engineering students at Lamar dive into projects that range from sustainable biofuels to advanced biotechnology, gaining firsthand experience in fields shaping the future. 

Dr. Helen Lou’s work in sustainable technologies, for example, offers students the chance to explore cybersecurity solutions in the energy sector, backed by a recent US$2 million Department of Energy grant. In Dr. Tracy Benson’s lab, students engage with eco-friendly innovations for petrochemical processes, learning to reduce environmental impacts while driving the industry forward.

Research initiatives reach further still. With Dr. James Henry’s NSF-funded work on Alzheimer's and cancer detection tools, students explore biotechnology applications that could redefine healthcare. Dr. Clayton Jeffryes’ pioneering algae-based nanobiotechnology work opens doors to renewable products and nanomaterials, perfect for students passionate about green energy. And for those drawn to energy innovation, Dr. Sidney Lin’s research on fuel cells and hydrogen storage integrates materials science with hands-on experience in sustainable energy solutions.

Students at Lamar can build connections, develop leadership skills, and gain industry insights through student organisations. Initiatives like the Society of Hispanic Professional Engineers (SHPE) and the American Institute of Chemical Engineers (AIChE) provide platforms for professional growth and networking.

Off-campus, chemical engineering students secure high-impact internships at major oil, gas, and chemical companies that serve as stepping stones to successful careers — all thanks to Lamar’s location in the heart of Southeast Texas’s energy corridor.