Chemical Engineering is an Engineering programme that combines Mathematics, Physics and Chemistry with engineering principles used in industrial production and processing.
The course is offered by many Nigerian universities, including ABU, ABUAD, ABUJA, BENIN, COVENANT, DELSU, ESUTECH, FUPRE, FUTO, ILORIN, LAGOS, LANDMARK, LAUTECH, MINNA, OAU, PHC, UNIZIK and UYO.
Candidates interested in Chemical Engineering need a strong Science background because the admission requirements are built mainly around Mathematics, Physics and Chemistry.
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JAMB Subject Combination for Chemical Engineering 2027/2028
The standard JAMB subject combination for Chemical Engineering is:
| Subject | Requirement |
|---|---|
| English Language | Compulsory |
| Mathematics | Required |
| Physics | Required |
| Chemistry | Required |
Therefore, the complete JAMB subject combination is:
English Language, Mathematics, Physics and Chemistry.
English Language is compulsory for all JAMB candidates, while Mathematics, Physics and Chemistry make up the three core UTME subjects for Chemical Engineering.
Several universities, including ABU, FUPRE, FUTO, MAUTY, PHC and LANDMARK, use Mathematics, Physics and Chemistry as the required UTME subjects for the programme.
LAGOS also requires the same four-subject combination when compulsory English Language is included.
One notable variation applies at MAIDUGURI, where the UTME requirement is Mathematics, Physics and either Chemistry or Biology.
For most candidates, the correct and safest combination remains:
English Language + Mathematics + Physics + Chemistry.
Anyone applying for Chemical Engineering in the 2027/2028 admission cycle should still confirm the exact subject requirement of the chosen university before completing JAMB registration.
O’Level Requirements for Chemical Engineering
For O’Level admission into Chemical Engineering, candidates generally need five credit passes in relevant Science subjects.
The standard requirement is:
| O’Level Subject | Requirement |
|---|---|
| English Language | Credit required |
| Mathematics | Credit required |
| Physics | Credit required |
| Chemistry | Credit required |
| One other Science subject | Credit required |
| Total | Five credits |
In practical terms, the four subjects that should appear in almost every candidate’s result are:
English Language, Mathematics, Physics and Chemistry.
The fifth credit is usually another relevant Science subject, although some universities specify exactly which subject must be presented.
Examples of University-Specific O’Level Requirements
ABU requires credits in:
- English Language
- Mathematics
- Physics
- Chemistry
- One other Science subject
The additional subject may come from options such as Economics, Technical Drawing, Metalwork or Woodwork where accepted.
FUTO requires five credits in:
- English Language
- Mathematics
- Chemistry
- Physics
- One other Science subject
These must be obtained in not more than two sittings. FUTO also requires at least a pass in Biology.
LAGOS has a more specific combination. Candidates need credits in:
- English Language
- Mathematics
- Further Mathematics
- Physics
- Chemistry
This means Further Mathematics is not merely optional for candidates applying under this requirement.
PHC requires English Language, Mathematics, Physics and Chemistry together with one of:
- Biology
- Agricultural Science
- Technical Drawing
- Further Mathematics
LANDMARK requires credits in:
- English Language
- Mathematics
- Physics
- Chemistry
- Further Mathematics, Biology or Technical Drawing
OAUSTECH also specifies Further Mathematics as the fifth O’Level subject.
What This Means for Candidates
Having any five Science-related credits may not be enough for every university.
The safest O’Level foundation for Chemical Engineering is to have strong credit passes in:
English Language, Mathematics, Physics and Chemistry
and then check the preferred university’s rule for the fifth subject.
Candidates who already have Further Mathematics, Biology or Technical Drawing may have more flexibility where those subjects are specifically accepted.
Direct Entry Requirements for Chemical Engineering
Candidates applying for Chemical Engineering through Direct Entry generally need strong qualifications in Physics, Chemistry and Mathematics or a relevant Engineering programme.
The general requirement is:
A’Level passes in Physics, Chemistry and Mathematics.
Depending on the university, other qualifications such as IJMB, JUPEB, ND, HND or a relevant first degree may also be accepted.
| Direct Entry Route | Typical Requirement |
|---|---|
| A’Level | Physics, Chemistry and Mathematics |
| IJMB | Relevant passes in Science subjects where accepted |
| JUPEB | Physics, Mathematics and Chemistry where accepted |
| ND/OND | Chemical Engineering or a related Engineering programme |
| HND | Chemical Engineering or another relevant Engineering discipline |
| First Degree | Relevant Science or Engineering field where accepted |
| NCE | Accepted only by selected institutions |
Examples of Accepted Direct Entry Routes
ABU accepts any of the following:
- A’Level/IJMB passes in Physics, Chemistry and Mathematics
- ND Upper Credit in Chemical Engineering
- HND Lower Credit in Chemical Engineering
ABUAD accepts:
- HND Lower Credit
- ND Upper Credit
These are considered alongside the required UTME conditions for admission into 200 Level.
ABUJA accepts:
- HND Lower Credit in Chemical Engineering
- ND Upper Credit in Chemical Engineering
Candidates must also meet the relevant UTME requirements.
BAUCHI accepts ND/HND qualifications in Chemical Engineering.
ESUTECH accepts:
- A’Level passes in any two of Physics, Chemistry and Mathematics
- NCE
- ND
- HND
- First degree with good grades
The level of admission depends on the qualification presented.
FUTO provides several Direct Entry routes, including:
- At least three A’Level passes not below Grade C in Physics, Mathematics and Chemistry
- ND/HND Upper Credit in relevant Science or Engineering fields
- A relevant first degree
- Very good JUPEB passes in Chemistry, Physics and Mathematics
FUTO does not accept NCE for this route.
LAGOS accepts very good passes in:
- Physics
- Mathematics
- Chemistry
through JUPEB or A’Level, as well as relevant HND/ND qualifications in Engineering.
LAUTECH accepts:
- A’Level passes in Mathematics, Physics and Chemistry
- ND/HND Upper Credit in related programmes
MINNA accepts ND/HND Lower Credit in addition to the required UTME conditions.
OAU accepts ND Upper Credit in Chemical Engineering for its stated ND admission route.
FUPRE requires A’Level passes in:
- Physics
- Chemistry
- Mathematics
LANDMARK also accepts A’Level passes in Physics, Chemistry and Mathematics.
Important Direct Entry Note
Direct Entry requirements vary more widely than UTME requirements.
A university may accept ND or HND in Chemical Engineering, while another may extend admission to related Engineering or Science qualifications. The required grade may also range from Lower Credit to Upper Credit depending on the institution.
Candidates should therefore confirm:
- the exact qualification accepted;
- the minimum grade required;
- whether the qualification must be specifically in Chemical Engineering;
- and the entry level attached to that qualification.
Meeting the general A’Level requirement does not automatically mean that every university will apply the same Direct Entry conditions.
Chemical Engineering Admission Requirements at a Glance
The main admission requirements for Chemical Engineering can be summarised below:
| Admission Category | General Requirement |
|---|---|
| Programme | Chemical Engineering |
| JAMB English | Compulsory |
| UTME Subjects | Mathematics, Physics and Chemistry |
| O’Level | Five credit passes |
| Core O’Level Subjects | English Language, Mathematics, Physics and Chemistry |
| Fifth O’Level Subject | Another relevant Science subject |
| Direct Entry | A’Level passes in Physics, Chemistry and Mathematics |
| Other Direct Entry Routes | IJMB, JUPEB, ND, HND or relevant first degree where accepted |
Candidates should note that the fifth O’Level subject and Direct Entry qualifications are the areas where university requirements differ most.
Special Consideration and University-Specific Requirements
Although the general JAMB combination for Chemical Engineering is English Language, Mathematics, Physics and Chemistry, some universities add specific O’Level or Direct Entry conditions.
The table below highlights important differences.
| University | Key Admission Requirement |
|---|---|
| ABU | Requires Mathematics, Physics and Chemistry for UTME. O’Level must include English Language, Mathematics, Physics, Chemistry and another Science subject. Direct Entry includes A’Level/IJMB in Physics, Chemistry and Mathematics, ND Upper Credit or HND Lower Credit in Chemical Engineering. |
| FUTO | Requires Mathematics, Chemistry and Physics for UTME. O’Level must include English Language, Mathematics, Chemistry, Physics and another Science subject, with at least a pass in Biology. Direct Entry includes relevant A’Level, ND/HND, first degree and JUPEB qualifications. |
| LAGOS | Uses English Language, Mathematics, Physics and Chemistry for UTME. O’Level must include Further Mathematics alongside English, Mathematics, Physics and Chemistry. Relevant JUPEB/A’Level and Engineering ND/HND qualifications are accepted for Direct Entry. |
| PHC | Requires Mathematics, Physics and Chemistry for UTME. The fifth O’Level subject may be Biology, Agricultural Science, Technical Drawing or Further Mathematics. Relevant Advanced Level, JUPEB, IJMB, OND and HND qualifications are accepted under its stated conditions. |
| FUPRE | Requires Mathematics, Physics and Chemistry for UTME. Direct Entry candidates may present A’Level passes in Physics, Chemistry and Mathematics. |
| MINNA | Accepts relevant ND/HND Lower Credit qualifications for Direct Entry in addition to the required UTME conditions. |
| OAU | Accepts ND Upper Credit in Chemical Engineering for its specified ND Direct Entry route. |
| LANDMARK | Requires Mathematics, Physics and Chemistry for UTME. O’Level must include English Language, Mathematics, Physics, Chemistry and either Further Mathematics, Biology or Technical Drawing. |
| MAUTY | Requires Mathematics, Physics and Chemistry for UTME. Its O’Level alternatives include Biology, Technical Drawing, Geography or Further Mathematics alongside the core Science subjects. |
| MAIDUGURI | Allows Mathematics, Physics and either Chemistry or Biology for UTME. It also accepts relevant ND Credit and IJMB qualifications for Direct Entry. |
Universities That Require Further Mathematics at O’Level
Some universities are more specific about the fifth O’Level subject.
LAGOS requires:
- English Language
- Mathematics
- Further Mathematics
- Physics
- Chemistry
OAUSTECH also specifies Further Mathematics as the fifth O’Level subject.
Candidates applying to either institution should therefore not assume that any Science subject can replace Further Mathematics.
Where Direct Entry Requirements Differ
Direct Entry conditions are not uniform across universities.
For example:
- ABU accepts relevant A’Level/IJMB, ND and HND qualifications.
- FUTO accepts A’Level, ND/HND, relevant first degrees and JUPEB, but does not accept NCE.
- LAGOS accepts strong JUPEB/A’Level results and relevant Engineering ND/HND qualifications.
- OAU specifies ND Upper Credit in Chemical Engineering for its stated ND route.
- PHC accepts relevant Advanced Level, JUPEB, IJMB, OND and HND qualifications subject to its conditions.
This means Direct Entry applicants should check both the type of qualification accepted and the minimum grade required before applying.
Important Admission Note
For most universities, the standard JAMB subject combination remains:
English Language, Mathematics, Physics and Chemistry.
The major differences usually appear in:
- the fifth O’Level subject;
- whether Further Mathematics is compulsory;
- accepted Direct Entry qualifications;
- and the minimum grade required for ND, HND, IJMB or JUPEB.
Candidates should therefore compare the exact requirements of their preferred university before completing the 2027/2028 admission process.
Chemical Engineering and Related Courses
Chemical Engineering is closely connected with several Engineering and Science programmes that deal with industrial processes, energy, materials and chemical production.
Related courses include:
- Petroleum Engineering
- Petrochemical Engineering
- Chemical and Petroleum Engineering
- Biochemical Engineering
- Polymer Engineering
- Food Engineering
- Materials Engineering
- Mechanical Engineering
- Environmental Engineering
- Industrial Chemistry
Some universities may also use related programme titles that combine Chemical Engineering with petroleum, polymer or biochemical specialisations.
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Core Focus Areas in Chemical Engineering
Chemical Engineering generally combines Chemistry, Physics, Mathematics and Engineering principles to understand and improve industrial processes.
Common areas associated with the programme may include:
- Chemical Process Engineering: Applying engineering principles to the conversion of raw materials into useful products.
- Process Design: Planning and developing systems used in industrial production.
- Thermodynamics: Studying energy, heat and the behaviour of materials under different operating conditions.
- Heat Transfer: Understanding how heat moves through equipment and industrial systems.
- Mass Transfer: Studying the movement of substances between phases during chemical and industrial processes.
- Fluid Mechanics: Examining the behaviour and movement of liquids and gases in engineering systems.
- Reaction Engineering: Applying engineering principles to chemical reactions used in production processes.
- Process Control: Monitoring and regulating industrial systems to maintain stable operating conditions.
- Materials and Energy Balances: Analysing how materials and energy enter, leave and move through a process.
- Industrial Chemical Processes: Studying processes used in the large-scale manufacture and treatment of chemical products.
- Safety and Environmental Engineering: Considering process safety, waste control and environmental effects within industrial operations.
The exact topics and course titles depend on the university’s Chemical Engineering curriculum.
How Chemical Engineering Differs from Industrial Chemistry
Chemical Engineering and Industrial Chemistry are related, but they approach chemical production from different academic perspectives.
Chemical Engineering is an Engineering discipline. It uses Mathematics, Physics, Chemistry and Engineering principles to design, operate and improve processes used in large-scale production.
The emphasis is therefore not only on understanding chemical reactions, but also on how those reactions can be carried out safely and efficiently in industrial equipment and production systems.
Industrial Chemistry, on the other hand, is more directly centred on Chemistry and its industrial applications. It focuses more heavily on chemical substances, reactions, analysis and the application of Chemistry in manufacturing and related industries.
A simple way to understand the distinction is that Chemical Engineering focuses more on engineering the process, while Industrial Chemistry focuses more on the chemistry involved in the process.
Their admission requirements can also differ, so candidates should not assume that the two courses use exactly the same JAMB or O’Level requirements.
Typical Career Paths
Chemical Engineering graduates may work in industries that involve chemical processing, manufacturing, energy, petroleum, materials and industrial production.
Possible career directions include:
- Chemical Engineer: Applies engineering principles to chemical and industrial production processes.
- Process Engineer: Designs, monitors and improves systems used to convert raw materials into finished products.
- Production Engineer: Supports the efficient operation of industrial production facilities.
- Plant Engineer: Works with equipment, systems and operations within manufacturing or processing plants.
- Process Safety Engineer: Focuses on reducing risks associated with industrial processes and equipment.
- Petroleum or Process Engineer: May work in oil, gas and related processing operations depending on training and specialisation.
- Quality Control Engineer: Helps ensure that industrial products and production processes meet required standards.
- Environmental Process Engineer: Applies engineering principles to waste treatment, pollution control and environmental management.
- Manufacturing Engineer: Supports the design and improvement of manufacturing systems and production methods.
- Engineering Consultant: May provide technical advice on process design, production systems and industrial projects after gaining the required professional qualifications and experience.
Career opportunities depend on the graduate’s area of specialisation, additional qualifications and the industry in which they choose to work.
Important Things to Know Before Choosing Chemical Engineering
Candidates considering Chemical Engineering should pay close attention to the Science and Mathematics requirements attached to the programme.
Important points include:
- English Language is compulsory in JAMB.
- Mathematics is a core UTME subject.
- Physics is required for the standard UTME combination.
- Chemistry is required for the standard UTME combination.
- The usual JAMB combination is English Language, Mathematics, Physics and Chemistry.
- Candidates generally need five O’Level credit passes.
- English Language, Mathematics, Physics and Chemistry form the core O’Level subjects.
- The fifth O’Level credit is usually another relevant Science subject.
- Some universities specifically require Further Mathematics as the fifth O’Level subject.
- Other institutions may accept subjects such as Biology or Technical Drawing.
- Direct Entry applicants commonly need qualifications based on Physics, Chemistry and Mathematics.
- Depending on the university, accepted Direct Entry routes may include A’Level, IJMB, JUPEB, ND, HND or a relevant first degree.
- The minimum grade for ND or HND admission is not the same across all universities.
- Some institutions restrict Direct Entry qualifications to Chemical Engineering, while others accept related Engineering or Science programmes.
Candidates should therefore check the exact Chemical Engineering requirements of their preferred university before registering for the 2027/2028 admission exercise.
FAQ About JAMB Subject Combination for Chemical Engineering 2027/2028
What is the JAMB subject combination for Chemical Engineering?
The standard JAMB subject combination is:
English Language, Mathematics, Physics and Chemistry.
English Language is compulsory, while Mathematics, Physics and Chemistry are the core UTME subjects for Chemical Engineering.
Is Mathematics compulsory for Chemical Engineering?
Yes. Mathematics is required for Chemical Engineering at both UTME and O’Level.
Candidates should have a strong Mathematics background because it is one of the key subjects used for admission into the programme.
Is Biology required for Chemical Engineering?
Biology is not part of the standard JAMB subject combination for Chemical Engineering.
However, some universities may accept Biology as the fifth O’Level subject, while others may require Further Mathematics, Technical Drawing or another approved Science subject.
What are the O’Level requirements for Chemical Engineering?
Candidates generally need five credit passes including:
English Language
Mathematics
Physics
Chemistry
One other relevant Science subject
The fifth subject may differ by university. Some institutions specifically require Further Mathematics, while others accept Biology, Technical Drawing or another Science subject.
What are the Direct Entry requirements for Chemical Engineering?
The general Direct Entry requirement is based on relevant passes in:
Physics
Chemistry
Mathematics
Depending on the university, candidates may also be considered with:
A’Level
IJMB
JUPEB
ND/OND
HND
Relevant first degree
The accepted qualification and minimum grade vary from one institution to another.
Is Chemical Engineering the same as Industrial Chemistry?
No. They are related but different programmes.
Chemical Engineering is an Engineering discipline that applies Mathematics, Physics, Chemistry and engineering principles to industrial processes and production systems.
Industrial Chemistry focuses more directly on Chemistry and its industrial applications.
Candidates should therefore check the admission requirements for the exact course they intend to study rather than treating the two programmes as interchangeable.
Conclusion
For Chemical Engineering, the standard JAMB subject combination is:
English Language, Mathematics, Physics and Chemistry.
Candidates generally need five O’Level credit passes, including:
- English Language
- Mathematics
- Physics
- Chemistry
- One other relevant Science subject
The fifth subject is not the same for every university. Some institutions accept options such as Biology or Technical Drawing, while others specifically require Further Mathematics.
For Direct Entry, the general requirement is based on Physics, Chemistry and Mathematics, with some universities also accepting relevant:
- A’Level
- IJMB
- JUPEB
- ND/OND
- HND
- First-degree qualifications
Chemical Engineering admission requirements are broadly similar across many institutions, but important differences can appear in the fifth O’Level subject, Direct Entry grade and the type of qualification accepted.
Before completing your 2027/2028 JAMB registration, check the exact UTME subjects, O’Level requirements and Direct Entry conditions for Chemical Engineering at your preferred university.