Chemical Engineering graduates earn a median $67,073 Across 188 US programmes, two years after finishing
See the degree grade →A four-year undergraduate programme that builds foundational maths, physics and chemistry knowledge and applies it to process design, unit operations and reactor engineering. Suited to students aiming for technical roles in manufacturing, energy, water and pharmaceutical sectors with an interest in sustainable and socially responsible process design.
Core topics include heat and mass transfer, fluid mechanics, energy and mass balances, and operation of unit operations such as distillation, absorption, liquid-liquid extraction, crystallization, evaporation and drying. Reactor engineering is covered from batch reactors to continuous stirred tanks, fixed-bed and fluidized-bed reactors. Instrumentation, applied process dynamics and control, and a capstone design course that simulates an entire chemical/biochemical/petrochemical plant (including safety, hazard analysis and economic assessment) are also part of the programme. Technical electives may cover areas like renewable energy systems, wastewater treatment and oil, gas and petrochemical processing; non-technical electives address topics such as engineering ethics and humanities. Semester 1 examples include General Chemistry and Laboratory I, General Mathematics P, Physics I (Mechanics & Heat), Computer Laboratory, a core humanities course and EFL 101.
Admission is open to graduates of the 12th year in Mathematics or Natural Sciences or graduates of the pre-university Mathematics or Natural Sciences program. Applicants from other K‑12 streams can qualify by completing a General Studies program focused on mathematics, physics and chemistry, typically achievable in two to four semesters depending on the student's progress.
Graduates are prepared for roles designing and operating processes across industries that produce food, drinking water, energy (including alternative energy), pharmaceuticals, textiles and other manufactured goods. The programme emphasises environmentally responsible and economically efficient process solutions, positioning graduates for technical, design and operational positions in manufacturing, water treatment, energy and petrochemical sectors.
The source mentions student support services at BIHE but does not list specific scholarships or funding. Prospective applicants should consult BIHE student support services and admissions contacts for information on financial aid, scholarships or other funding opportunities.
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