B.Eng. Chemical Engineering

The B.Eng. Chemical Engineering program equips students with a deep understanding of chemical processes and the ability to develop, design, and optimize systems for transforming raw materials into valuable products. The curriculum encompasses a range of topics, including thermodynamics, fluid dynamics, heat and mass transfer, reaction kinetics, and process control. In addition to fundamental chemical engineering principles, students learn about modern applications in areas such as biotechnology, environmental engineering, and materials science. Emphasizing both theoretical knowledge and practical problem-solving, the program prepares graduates to address challenges in industries ranging from petrochemicals and pharmaceuticals to food processing and advanced materials. As industries seek more sustainable and efficient production methods, chemical engineers play a pivotal role in driving innovations and ensuring economic and environmental viability.

Admission Requirements

Candidates are admitted into the degree programme in either of the following two ways:

1. Unified Tertiary Matriculation Examination (UTME) Mode (5 Year Degree Programme)
2. Direct Entry (DE) Mode (4 Year Degree Programme)

• Unified Tertiary Matriculation Examination (UTME) Mode

For the five-year degree programme, in addition to acceptable passes in the Unified Tertiary Matriculation Examination (UTME), the minimum admission requirement is credit level passes in Senior School Certificate (SSC) in at least five subjects, which must include English Language, Mathematics, Physics, Chemistry and other acceptable science subjects at not more than two sittings.

• Direct Entry (DE) Mode

For four-year Direct Entry, in addition to five (5) Senior School Certificate (SSC) credit passes, which must include English Language, Mathematics, Physics and Chemistry, candidates with at least two passes in relevant subjects (Mathematics, Physics and Chemistry) at the GCE Advanced Level or IJMB or JUPEB may be considered for admission. Candidates who have good National Diploma (ND) results in relevant Engineering Technology programmes may also be considered for admission into 200 level. Holders of upper credit pass and above at the Higher National Diploma (HND) level are eligible for consideration for admission into 300 level.

Graduation Requirements

The following regulations shall govern the conditions for the award of an honours degree in Engineering and Technology:

1. Candidates admitted through the UTME mode shall have registered for a minimum of 150 and a maximum of 180 units of courses during the 5–year engineering degree programme. Such candidates shall have spent a minimum of ten academic semesters.
2. Candidates admitted through the Direct entry mode shall have registered for a minimum of 120 and a maximum of 150 units of courses during a 4–year engineering degree programme. Such candidates shall have spent a minimum of eight academic semesters.
3. The minimum and maximum credit load per semester is 15 and 24 credit units, respectively.
4. A student shall have completed and passed all the courses registered for, including all compulsory courses and such elective and optional courses as may be specified by the university/faculty or department and obtained a minimum Cumulative Grade Point Average (CGPA) specified by the university but not less than 1.00.
5. A student shall also have earned the 15 credit units of Students Industrial Work Experience Scheme (SIWES), 8 credit units of University General Study courses and four credit units of Entrepreneurship courses.

For graduates with a B.Eng. in Chemical Engineering, given the broad applicability of the discipline, here are some key career opportunities:

• Process Engineer: Designing, optimizing, and overseeing processes in manufacturing plants to ensure efficiency and quality.
• R&D Engineer: Engaging in research and development to create new products or refine existing processes.
• Petrochemical Engineer: Working in the oil and gas industry to refine and process hydrocarbons.
• Pharmaceutical Engineer: Designing and optimizing processes for drug production, ensuring quality and regulatory compliance.
• Biochemical/Bioprocess Engineer: Applying chemical engineering principles in the biotech industry, from drug discovery to biofuel production.
• Food Process Engineer: Developing and improving processes for food and beverage production.
• Environmental Engineer: Focusing on pollution control, waste management, and developing sustainable processes.
• Materials Engineer: Designing and developing new materials with specific properties, like polymers or advanced composites.
• Energy Engineer: Developing and optimizing processes for energy production and conservation.
• Regulatory Affairs Specialist: Ensuring that processes and products comply with industry regulations, especially in sectors like pharmaceuticals or food and beverage.

Given the interdisciplinary nature of chemical engineering, graduates can find opportunities in a wide range of industries, addressing challenges from sustainability and environmental protection to healthcare and consumer goods production.