JAMB Subject Combination for Pure and Industrial Chemistry 2027/2028

Pure and Industrial Chemistry is a science programme that combines the fundamental principles of Chemistry with their practical applications in industries. It gives students a strong foundation in how substances are formed, analysed, transformed and used in manufacturing and other production processes.

The course covers important branches of Chemistry such as organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry and industrial chemistry. Students may also study areas including polymer chemistry, environmental chemistry, petroleum chemistry, chemical processing, instrumental analysis and quality control.

Pure and Industrial Chemistry has applications in several sectors, including pharmaceuticals, petroleum, food and beverages, cosmetics, plastics, paints, manufacturing, environmental testing and laboratory services. Graduates can work in research laboratories, production companies, quality-control units, government agencies and other science-based organisations.

For candidates seeking admission in the 2027/2028 academic session, Chemistry is the most important subject for the programme. Mathematics and Physics are also highly relevant because many universities require them as part of the UTME and O’Level subject combinations.

Applicants must also satisfy the required O’Level credits, while Direct Entry candidates may be considered with qualifications such as A-Level, IJMB, JUPEB, NCE, ND or HND in relevant Science disciplines, depending on the university.

Candidates should also pay attention to programme naming. Some universities may offer related courses under titles such as Industrial Chemistry, Chemistry and Industrial Chemistry, Pure Chemistry, Pure and Applied Chemistry, or Chemical Sciences. Although these courses are closely related, their admission requirements may not always be identical.

This guide explains the JAMB subject combination for Pure and Industrial Chemistry, O’Level requirements, Direct Entry routes, university-specific conditions, related courses, career opportunities and other important admission information for the 2027/2028 academic session.

JAMB Subject Combination for Pure and Industrial Chemistry

For Pure and Industrial Chemistry, the safest UTME combination is built around Chemistry, Mathematics and Physics. English Language remains compulsory for every JAMB candidate.

JAMB Subject	Requirement
English Language	Compulsory
Chemistry	Required
Mathematics	Strongly required
Physics	Strongly required
Biology	Accepted by some related Chemistry programmes

The recommended JAMB subject combination is:

• English Language
• Chemistry
• Mathematics
• Physics

This combination is especially suitable because several universities offering Pure and Industrial Chemistry or closely related Chemistry programmes insist on Chemistry, Mathematics and Physics.

For example, the University of Port Harcourt requires Chemistry, Mathematics and Physics for Pure and Industrial Chemistry.

Other universities may allow some flexibility. UNN accepts Chemistry, Physics and either Biology or Mathematics for its related Chemistry programme, while the University of Lagos requires Chemistry, Physics and either Biology or Mathematics in its Chemistry admission combination.

Because subject requirements can differ from one institution to another, candidates should not replace Mathematics or Physics with Biology unless their preferred university clearly allows it.

For most applicants targeting Pure and Industrial Chemistry in 2027/2028, English Language, Chemistry, Mathematics and Physics remains the safest choice.

O’Level Requirements for Pure and Industrial Chemistry

Candidates applying for Pure and Industrial Chemistry generally need five O’Level credit passes in relevant Science subjects. Chemistry is essential, while Mathematics, Physics and English Language are also commonly required.

O’Level Subject	Requirement
English Language	Credit pass
Mathematics	Credit pass
Chemistry	Credit pass
Physics	Credit pass
Biology/Agricultural Science	Common fifth subject

A strong O’Level combination is:

• English Language
• Mathematics
• Chemistry
• Physics
• Biology or Agricultural Science

Some universities specify the fifth subject more strictly. The University of Port Harcourt requires credits in English Language, Mathematics, Chemistry, Physics and Biology for Pure and Industrial Chemistry.

UNN requires English Language, Mathematics, Physics, Chemistry and Biology or Agricultural Science for its related Chemistry programme.

Other institutions may accept alternatives. For example, some Chemistry-related programmes allow subjects such as Geography, Further Mathematics or Agricultural Science as the additional Science credit, depending on the university.

Candidates can generally use recognised examinations such as WAEC, NECO or NABTEB, subject to the admission policy of the institution. The permitted number of sittings may also differ between universities.

Before applying, candidates should verify the exact O’Level combination required by their chosen institution, especially where Biology or Agricultural Science is concerned.

Direct Entry Requirements for Pure and Industrial Chemistry

Candidates who already hold an advanced Science qualification may apply for Pure and Industrial Chemistry through Direct Entry. Chemistry is usually the key subject, while Physics, Mathematics or Biology may be required alongside it depending on the university.

Qualification	Typical Requirement
A-Level	Chemistry plus Physics, Mathematics or Biology
IJMB	Relevant Science combination including Chemistry
JUPEB	Chemistry with approved Science subjects
NCE	Chemistry with another relevant Science subject where accepted
ND	Science Technology, Chemistry or a related programme
HND	Relevant Chemistry or Science discipline where accepted
O’Level	Required credits must still be satisfied

Common Direct Entry routes include:

• A-Level passes in Chemistry and Physics or Mathematics
• IJMB or JUPEB passes in relevant Science subjects
• NCE in Chemistry with another approved Science subject
• ND in Science Laboratory Technology, Science Technology or another relevant discipline
• HND in Chemistry or a closely related Science programme

The University of Port Harcourt accepts two A-Level, GCE, HSC, IJMB or JUPEB passes involving Chemistry, Physics or Mathematics, together with the required UTME entry qualifications for Pure and Industrial Chemistry.

The University of Lagos accepts very good JUPEB or A-Level passes in Chemistry, Physics and either Mathematics or Biology for its related Chemistry programme.

KASU may accept two A-Level passes in Chemistry and one of Physics, Mathematics or Biology, as well as relevant ND, HND or NCE qualifications.

For related Industrial Chemistry programmes, UNN accepts two A-Level passes in Chemistry and either Physics or Mathematics, in addition to the UTME requirements.

Since universities differ on accepted qualifications, minimum grades and subject combinations, Direct Entry applicants should confirm whether their institution requires Upper Credit, Lower Credit, Merit, a minimum IJMB/JUPEB score or specific A-Level subjects before applying.

Admission Requirements Overview

Admission into Pure and Industrial Chemistry requires a strong foundation in Chemistry and other core Science subjects. Mathematics and Physics are particularly important because they support calculations, physical chemistry, laboratory analysis and industrial applications.

Admission Area	General Requirement
JAMB Use of English	Compulsory
Core UTME Subject	Chemistry
Recommended UTME Subjects	Mathematics and Physics
Possible Alternative	Biology where accepted
O’Level Requirement	Five relevant credit passes
Essential O’Level Subjects	English Language, Mathematics and Chemistry
Common Additional Subjects	Physics and Biology/Agricultural Science
Direct Entry Routes	A-Level, IJMB, JUPEB, NCE, ND or HND
Common A-Level Combination	Chemistry with Physics or Mathematics
Programme Area	Physical/Chemical Sciences
Number of Sittings	Depends on the university
Institution-Specific Requirements	Must be confirmed before applying

For UTME candidates, English Language, Chemistry, Mathematics and Physics is the safest combination for Pure and Industrial Chemistry. Although some related Chemistry programmes permit Biology in place of Mathematics or Physics, candidates should only use such an alternative when their preferred institution specifically accepts it.

At O’Level, applicants normally need five credit passes. English Language, Mathematics, Chemistry and Physics are commonly included, while Biology, Agricultural Science or another approved Science subject may complete the requirement depending on the university.

Direct Entry applicants have several possible routes. A-Level, IJMB and JUPEB candidates generally need Chemistry combined with subjects such as Physics, Mathematics or Biology. Relevant NCE, ND and HND qualifications may also be considered by universities that provide those admission routes.

Because programmes may appear under titles such as Pure and Industrial Chemistry, Industrial Chemistry, Chemistry and Industrial Chemistry, Pure Chemistry, or Pure and Applied Chemistry, applicants should check the exact programme listed by their chosen university before registering for the 2027/2028 admission session.

Special Considerations and University-Specific Requirements

Pure and Industrial Chemistry admission requirements can differ significantly from one university to another. While Chemistry remains central, institutions may differ on whether Mathematics, Physics, Biology or Agricultural Science is required for UTME, O’Level or Direct Entry admission.

University of Port Harcourt

For Pure and Industrial Chemistry, the University of Port Harcourt requires Chemistry, Mathematics and Physics as the three UTME subjects apart from English Language.

At O’Level, candidates need five credit passes in:

• English Language
• Mathematics
• Chemistry
• Physics
• Biology

Direct Entry applicants may be considered with two relevant A-Level, GCE, HSC, IJMB or JUPEB passes involving Chemistry, Physics or Mathematics, together with the required entry qualifications.

University of Nigeria, Nsukka

For its related Chemistry and Industrial Chemistry admission route, UNN accepts Chemistry and Physics together with either Biology or Mathematics for UTME.

The O’Level combination includes English Language, Mathematics, Physics, Chemistry and Biology or Agricultural Science.

For Direct Entry into the related Industrial Chemistry programme, applicants may qualify with two A-Level passes in Chemistry and either Physics or Mathematics, provided they also satisfy the required entry conditions.

University of Lagos

The University of Lagos requires Chemistry and Physics, together with either Mathematics or Biology, for its related Chemistry programme.

At O’Level, candidates need credits in:

• English Language
• Mathematics
• Biology
• Chemistry
• Physics

For Direct Entry, Lagos accepts very good JUPEB or A-Level passes in Chemistry, Physics and either Mathematics or Biology.

University of Ilorin

For Industrial Chemistry and related Chemistry admission, the University of Ilorin places strong emphasis on Chemistry, Mathematics and Physics.

The O’Level requirement includes credit passes in English Language, Mathematics, Chemistry, Physics and Biology.

Its Direct Entry conditions are more specific than those of some other institutions. Relevant A-Level, IJMB or JUPEB combinations may be accepted, while candidates should carefully check whether qualifications such as NCE, ND or HND are permitted for the exact programme they intend to study.

Federal University of Technology, Akure

FUTA requires Mathematics, Physics and Chemistry for its related Industrial Chemistry admission route.

At O’Level, candidates generally need credits in English Language, Mathematics, Chemistry and Physics, together with Biology or Agricultural Science.

Applicants considering FUTA should confirm the exact programme title available during the 2027/2028 admission exercise because Chemistry-related courses may be structured differently from Pure and Industrial Chemistry at another university.

Ekiti State University

EKSU provides admission routes into Industrial Chemistry and related Chemistry programmes. Direct Entry applicants may be considered with A-Level passes in Chemistry and Mathematics, while relevant ND qualifications in Science Technology or related disciplines may also be accepted, subject to the required grade.

Its Science requirements still place Chemistry and Mathematics at the centre of the admission combination.

Edo State University Iyamho

Edo State University Iyamho accepts A-Level passes in Chemistry and either Physics or Mathematics for Direct Entry into its related Chemistry programme. Relevant ND or HND qualifications may also be considered where the required credits and O’Level conditions are satisfied.

At O’Level, candidates are expected to have credits in English Language, Mathematics, Chemistry and Physics, together with Biology or Agricultural Science.

Kaduna State University

KASU accepts two A-Level passes in Chemistry and one of Physics, Mathematics or Biology for relevant Chemistry admission.

Other possible Direct Entry routes include relevant ND, HND or NCE qualifications, subject to the institution’s minimum grade requirements. IJMB or GCE A-Level applicants may also need to meet a specified points requirement.

For UTME candidates, Chemistry and Mathematics remain important, with Physics forming part of the expected Science background.

Why University Requirements Must Be Checked Carefully

A candidate who qualifies for one Chemistry programme may not automatically qualify for another. Pure and Industrial Chemistry, Industrial Chemistry, Pure Chemistry, Chemistry and Industrial Chemistry, and Pure and Applied Chemistry are closely related, but universities may assign different UTME, O’Level and Direct Entry requirements to each one.

For the 2027/2028 admission session, candidates should therefore check the exact programme name used by their chosen university and confirm its subject combination before registering for JAMB or submitting a Direct Entry application.

Courses Related to Pure and Industrial Chemistry

Pure and Industrial Chemistry is closely connected to several Chemistry, laboratory and industrial science programmes. These courses share subjects such as chemical analysis, organic and inorganic chemistry, laboratory techniques and the study of materials and chemical processes.

Related courses include:

• Industrial Chemistry: Concentrates strongly on the use of Chemistry in manufacturing, production and industrial processes.
• Pure Chemistry: Focuses mainly on the fundamental principles and theories of Chemistry, including organic, inorganic, physical and analytical chemistry.
• Chemistry: Provides broad training in the composition, properties, reactions and behaviour of substances.
• Applied Chemistry: Emphasises the practical application of chemical knowledge to industrial, environmental and technological problems.
• Pure and Applied Chemistry: Combines theoretical Chemistry with practical and technological applications.
• Chemistry and Industrial Chemistry: Integrates core Chemistry with industrial production, processing and quality-control applications.
• Chemical Sciences: A broader field that may include Chemistry, Industrial Chemistry, Biochemistry and related specialisations depending on the university.
• Biochemistry: Studies the chemical processes that occur in living organisms and has applications in medicine, biotechnology and pharmaceuticals.
• Petroleum Chemistry: Focuses on the chemical composition, processing and analysis of petroleum and petroleum-derived products.
• Polymer Chemistry: Deals with plastics, synthetic fibres, resins, rubber and other polymeric materials.
• Environmental Chemistry: Examines chemical processes in air, soil and water, including pollution monitoring and environmental analysis.
• Analytical Chemistry: Focuses on identifying substances and determining their chemical composition using laboratory and instrumental methods.
• Chemical Engineering: Applies Chemistry, Physics and Mathematics to the design and operation of large-scale industrial processes.

Students who enjoy laboratory analysis and fundamental chemical principles may prefer Pure Chemistry or Chemistry, while those interested in manufacturing and industrial production may find Industrial Chemistry or Chemical Engineering more suitable. Pure and Industrial Chemistry provides a balance between these two areas by combining theoretical Chemistry with practical industrial applications.

Core Focus Areas in Pure and Industrial Chemistry

Pure and Industrial Chemistry combines theoretical chemical principles with practical knowledge of how chemicals and materials are produced, analysed and used in industry. Students usually receive substantial laboratory training alongside classroom-based scientific study.

Major areas of study include:

• Organic Chemistry: Studies carbon-based compounds, their structures, properties and reactions.
• Inorganic Chemistry: Focuses on metals, minerals, salts and other inorganic substances.
• Physical Chemistry: Applies principles of Physics and Mathematics to chemical systems, including energy changes, equilibrium and molecular behaviour.
• Analytical Chemistry: Deals with identifying substances and determining their chemical composition using laboratory and instrumental techniques.
• Industrial Chemistry: Examines the production and use of chemicals on an industrial scale.
• Polymer Chemistry: Covers the chemistry of plastics, rubber, synthetic fibres, resins and other polymer materials.
• Environmental Chemistry: Studies chemical processes in the environment and issues involving pollution, waste and contamination.
• Petroleum Chemistry: Explores the composition, analysis and processing of crude oil, natural gas and petroleum products.
• Instrumental Analysis: Introduces scientific instruments and techniques used to identify and measure chemical substances.
• Chemical Thermodynamics: Examines energy changes and the conditions that determine whether chemical processes can occur.
• Reaction Kinetics: Studies the speed of chemical reactions and the factors that influence reaction rates.
• Electrochemistry: Focuses on chemical reactions involving electricity, including batteries, corrosion and electrolysis.
• Quality Control: Involves testing raw materials and finished products to ensure they meet required chemical and production standards.
• Chemical Process Technology: Examines how laboratory chemical reactions are adapted for larger-scale industrial production.
• Laboratory Techniques: Develops practical skills in chemical handling, measurement, preparation, analysis and scientific reporting.

Through these areas, students build skills in laboratory analysis, chemical calculations, problem-solving, scientific instrumentation, data interpretation and industrial processes. The exact mix of courses may differ between universities depending on how their Pure and Industrial Chemistry programme is structured.

Typical Career Paths

Graduates of Pure and Industrial Chemistry can work across manufacturing, research, environmental services, pharmaceuticals, petroleum, food production and laboratory-based industries. The course provides a combination of theoretical Chemistry, analytical techniques and industrial knowledge that can be applied in several professional settings.

Possible career paths include:

• Industrial Chemist: Works with chemical processes, raw materials and production methods in manufacturing industries.
• Analytical Chemist: Uses laboratory techniques and scientific instruments to identify substances and determine their chemical composition.
• Quality Control Analyst: Tests raw materials, intermediate products and finished goods to ensure they meet required standards.
• Quality Assurance Officer: Helps organisations maintain consistent production procedures, documentation and product-quality standards.
• Laboratory Analyst: Conducts chemical tests, prepares samples and interprets laboratory results in industrial, research or environmental laboratories.
• Production Chemist: Supports chemical production processes and helps monitor materials, formulations and manufacturing conditions.
• Research Scientist: Investigates chemical substances, reactions, materials and processes in research institutes, universities or private laboratories.
• Environmental Chemist: Studies pollutants and chemical changes in water, soil and air and may support environmental monitoring activities.
• Petroleum Laboratory Analyst: Analyses crude oil, fuels, lubricants and other petroleum products.
• Polymer and Materials Chemist: Works with plastics, rubber, coatings, fibres and other chemical materials.
• Pharmaceutical Industry Professional: May work in laboratory analysis, manufacturing, formulation support, quality control or related areas within pharmaceutical companies.
• Food and Beverage Quality Analyst: Tests food ingredients and finished products for chemical composition, quality and consistency.
• Cosmetics Industry Professional: Supports the formulation, testing and quality assessment of cosmetic and personal-care products.
• Chemical Sales or Technical Support Officer: Provides scientific information and technical assistance for laboratory chemicals, equipment or industrial products.
• Chemistry Teacher: Teaches Chemistry in secondary schools or other educational institutions after meeting the relevant professional requirements.
• University Lecturer: Teaches and conducts research in Chemistry or related fields, usually after obtaining postgraduate qualifications.

Career opportunities can be strengthened by additional skills in instrumental analysis, quality management, laboratory safety, data analysis and industrial process technology. Candidates interested in advanced research, university teaching or highly specialised areas of Chemistry may also need a master’s degree or PhD.

Pure and Industrial Chemistry vs Industrial Chemistry

Pure and Industrial Chemistry and Industrial Chemistry are closely related, but they are not always structured in exactly the same way. Pure and Industrial Chemistry usually gives more balanced attention to fundamental Chemistry and industrial applications, while Industrial Chemistry generally places greater emphasis on production processes and practical industrial use.

Area	Pure and Industrial Chemistry	Industrial Chemistry
Main Focus	Fundamental Chemistry plus industrial applications	Industrial application of Chemistry
Organic Chemistry	Strong	Strong
Inorganic Chemistry	Strong	Strong
Physical Chemistry	Strong	Strong
Analytical Chemistry	Strong	Strong
Industrial Processes	Strong	Very strong
Manufacturing Applications	Strong	Major emphasis
Chemical Theory	Stronger balance	More application-oriented
Laboratory Work	Extensive	Extensive
Quality Control	Important	Very important
Process Technology	Important	Strong emphasis
Research Opportunities	Strong	Strong, especially applied research
Typical Career Direction	Research, laboratories, manufacturing and chemical industries	Manufacturing, production, quality control and chemical industries

Students in Pure and Industrial Chemistry usually study the main branches of Chemistry in depth before applying them to industrial problems. This can provide a broad scientific foundation for laboratory work, research, manufacturing and further study.

Industrial Chemistry, on the other hand, generally concentrates more directly on chemical production, industrial materials, manufacturing systems and quality-control processes.

There is still considerable overlap between the two programmes. Universities may also structure them differently, so candidates should compare the course content and admission requirements of their preferred institutions rather than relying only on the programme title.

Common Admission Mistakes to Avoid

Admission problems often come from choosing the wrong subjects or assuming that closely related Chemistry programmes use identical requirements. Candidates should check both the course title and the conditions set by their preferred university before applying.

Common mistakes include:

• Leaving out Chemistry: Chemistry is the central subject for Pure and Industrial Chemistry and is required for admission.
• Assuming Mathematics is unnecessary: Mathematics is important for chemical calculations, physical chemistry and industrial processes, and many universities require it.
• Replacing Physics without checking the university: Some institutions insist on Physics, while others may allow Biology in certain Chemistry-related combinations.
• Assuming Biology is accepted everywhere: Biology may be accepted by some universities, but it does not automatically replace Mathematics or Physics at every institution.
• Confusing Pure and Industrial Chemistry with Industrial Chemistry: The programmes are closely related, but universities may list them separately and apply different admission requirements.
• Confusing Chemistry with Chemical Engineering: Chemical Engineering is an engineering programme with a different admission structure and should not be treated as the same course.
• Assuming all Chemistry programmes have identical requirements: Pure Chemistry, Applied Chemistry, Industrial Chemistry and Pure and Industrial Chemistry may have different subject combinations.
• Ignoring the required fifth O’Level subject: Some universities specifically require Biology, while others may accept Agricultural Science or another approved Science subject.
• Using an unrelated ND or HND for Direct Entry: Direct Entry qualifications normally need to be in Chemistry, Science Technology, Laboratory Technology or another relevant field accepted by the institution.
• Ignoring minimum Direct Entry grades: A university may require Upper Credit, Lower Credit, Merit or a specific IJMB/JUPEB score.
• Selecting the wrong programme title during JAMB registration: Candidates should confirm the exact course name used by their chosen institution before submitting an application.
• Relying on outdated admission requirements: Subject combinations and special considerations may change, so applicants should verify the current requirements for the 2027/2028 admission session.

Checking the UTME subjects, O’Level credits, Direct Entry qualification and exact programme name before registration can help prevent avoidable admission mistakes.

Read Also:

• JAMB Subject Combination for Chemical Engineering 2027/2028
• JAMB Subject Combination for Biochemistry 2027/2028

Frequently Asked Questions

Conclusion

Pure and Industrial Chemistry combines the core principles of Chemistry with their practical use in manufacturing, laboratory analysis, quality control and other industrial processes. The course is suitable for students who are interested in both theoretical Chemistry and its real-world applications.

For the 2027/2028 admission session, the safest JAMB subject combination is English Language, Chemistry, Mathematics and Physics. Some universities may accept Biology in certain related Chemistry combinations, but applicants should only use an alternative when it is clearly permitted by their chosen institution.

At O’Level, candidates generally need five credit passes including English Language, Mathematics, Chemistry and Physics, together with Biology, Agricultural Science or another approved Science subject where accepted.

Direct Entry applicants may qualify through A-Level, IJMB, JUPEB, NCE, ND or HND, depending on the institution. Chemistry is normally central to these routes, while Physics, Mathematics or Biology may be required as supporting subjects.

Candidates should also confirm the exact programme title used by their preferred university because closely related courses may appear as Pure and Industrial Chemistry, Industrial Chemistry, Chemistry and Industrial Chemistry, Pure Chemistry, or Pure and Applied Chemistry.

Before completing JAMB registration, verify the current 2027/2028 requirements of your chosen institution. This will help you select the correct subjects and avoid admission problems caused by using the wrong combination or programme title.