JAMB Subject Combination for Building 2027/2028

Building is a built-environment programme that focuses on the construction, production and management of buildings and related construction activities.

The programme broadly deals with how buildings are planned, constructed, coordinated and maintained. It can involve areas such as construction technology, building materials, site management, project planning and building production.

The admission material lists Building and Building Technology within the same broad admission framework, although universities may use either programme title depending on their academic structure.

Candidates applying for Building for the 2027/2028 admission session need to pay close attention to the required JAMB subjects, O’Level credits and Direct Entry conditions because some universities apply institution-specific variations.

Read also:

• JAMB Recommended Textbooks for All Subjects 2027/2028
• JAMB Syllabus 2027/2028 All Subjects Download PDF
• JAMB Areas of Concentration for All Subjects 2027/2028
• JAMB Registration Accredited CBT Centres 2026/2027

JAMB Subject Combination for Building 2027/2028

The general JAMB subject combination for Building is:

Subject	Requirement
English Language	Compulsory
Mathematics	Required
Physics	Required
Chemistry	Required

The complete combination is:

English Language, Mathematics, Physics and Chemistry.

English Language is compulsory in JAMB, while Mathematics, Physics and Chemistry make up the standard UTME subjects for Building.

Candidates registering for JAMB should therefore select:

English Language + Mathematics + Physics + Chemistry

for Building.

Mathematics and Physics are central to the technical aspects of the programme, while Chemistry is included in the general UTME combination.

However, some universities apply different conditions for the third UTME subject. For example, certain institutions allow another approved subject in place of Chemistry, while others retain the standard Mathematics, Physics and Chemistry combination.

Candidates should therefore confirm the exact UTME requirement of their preferred university before completing JAMB registration.

O’Level Requirements for Building

Candidates applying for Building generally need five O’Level credit passes in relevant subjects.

The general requirement is:

Subject	Requirement
English Language	Credit required
Mathematics	Credit required
Physics	Credit required
Chemistry	Credit required
One additional approved subject	Credit required

The additional subject may be selected from:

• Geography
• Economics
• Arts
• Technical Drawing

The standard O’Level combination can therefore be written as:

English Language, Mathematics, Physics, Chemistry and one additional approved subject.

Candidates should note that individual universities may accept different fifth subjects or apply additional conditions.

For example, some institutions also accept subjects such as:

• Biology
• Further Mathematics
• Building Construction
• Land Surveying
• Fine Arts

The exact combination depends on the university.

O’Level Requirements for NTC Holders

The general entry also provides relevant technical subject options for candidates using the National Technical Certificate (NTC).

Depending on the qualification presented, relevant subjects may include areas such as:

• Introduction to Building Construction
• Bricklaying
• Concreting
• Building/Engineering Drawing
• Joinery
• Carpentry
• Water Supply
• Sanitation and Drainage
• other relevant building trades

This means candidates with technical qualifications may have additional subject options that are directly related to Building.

However, university-specific requirements can differ significantly, especially regarding Chemistry and the additional O’Level subjects.

These differences will be addressed separately under the Special Consideration and University-Specific Requirements section.

Direct Entry Requirements for Building

Candidates seeking Direct Entry admission into Building may qualify through relevant Advanced Level or diploma qualifications.

The general Direct Entry requirement is based on A’Level passes in Mathematics, Physics and Chemistry.

Depending on the university, applicants may also be considered with qualifications such as:

Qualification	Requirement
A’Level	Relevant passes in Mathematics, Physics and Chemistry
IJMB	Accepted by specified universities
JUPEB	Accepted by specified universities
ND	Relevant built-environment or Engineering discipline where accepted
HND	Relevant built-environment or Engineering discipline where accepted
First Degree	Relevant qualification where specifically accepted

The exact qualification, minimum grade and admission level depend on the institution.

Direct Entry at ABU

ABU accepts:

• A’Level or IJMB passes in Mathematics and Physics plus one of Chemistry, Biology, Economics, Geography or Fine Arts;
• ND Upper Credit in Building from an accredited institution; or
• HND Lower Credit in Building from an accredited institution.

Direct Entry at FUTA

FUTA provides several Direct Entry routes.

Candidates may qualify with:

• ND Upper Credit in Building, Quantity Surveying, Architecture or Civil Engineering;
• relevant CIE, IJMB or JUPEB passes in at least two subjects from Mathematics, Physics, Chemistry, Geography and Economics; or
• ND Upper Credit in Quantity Surveying, Building Technology or another relevant Environmental Design and Management field.

Direct Entry at LAGOS

LAGOS accepts very good JUPEB or A’Level passes in:

• Mathematics
• Physics
• Chemistry

It also accepts:

• OND Distinction in Building, Civil Engineering or Quantity Surveying for admission into 200 Level; and
• HND Upper Credit in Building, Civil Engineering or Quantity Surveying for admission into 300 Level.

Other Direct Entry Routes

Some other institutions also provide diploma-based admission routes.

For example:

• CALEB may admit qualifying ND holders into 200 Level under stated conditions.
• IMSU and OAU accept relevant ND/HND Upper Credit qualifications into 200/300 Level respectively, subject to their Mathematics conditions.
• JOS accepts specified ND/HND qualifications in Building or Civil Engineering.
• MAUTY accepts HND Pass or ND Lower Credit in Building or relevant programmes.
• UYO accepts ND Upper Credit and HND Lower Credit.

Direct Entry applicants should therefore confirm:

• the exact qualification accepted;
• the minimum grade required;
• the previous discipline considered relevant; and
• whether the qualification leads to 200-Level or 300-Level admission.

Meeting the general Direct Entry requirement does not automatically mean every university will apply the same conditions.

Building Admission Requirements at a Glance

The table below summarises the general admission requirements for Building.

Admission Area	General Requirement
Programme	Building
UTME Subjects	Mathematics, Physics and Chemistry
O’Level Credits	Five
Core O’Level Subjects	English Language, Mathematics, Physics and Chemistry
Fifth O’Level Subject	Geography, Economics, Arts or Technical Drawing
General Direct Entry	Relevant A’Level passes in Mathematics, Physics and Chemistry
Other Direct Entry Routes	ND, HND, IJMB, JUPEB and related qualifications where accepted

Special Consideration and University-Specific Requirements

Building has several university-specific variations, particularly in O’Level subjects, Chemistry requirements and Direct Entry qualifications.

University	Important Difference
AAU	Chemistry is not compulsory; relevant ND/HND qualifications may be accepted for Direct Entry.
ABU	Uses a broader O’Level and UTME subject range and accepts A’Level/IJMB, ND Upper Credit or HND Lower Credit in Building.
CALEB	Accepts qualifying ND holders into 200 Level under specified grade and O’Level conditions.
COVENANT	Requires at least a pass in Chemistry while allowing other approved subjects among the required credits.
FUTA	Requires English Language, Mathematics, Physics and Chemistry plus one approved subject; accepts several ND and Advanced Level routes.
FUTO	Requires English Language, Mathematics, Physics, Chemistry and another Science subject, with at least a pass in Biology.
LAGOS	Requires English Language, Mathematics, Physics, Chemistry and one approved additional subject; offers 200-Level and 300-Level diploma routes.
MINNA	Allows a broader range of O’Level and UTME subjects beyond Chemistry.
UYO	Accepts ND Upper Credit and HND Lower Credit for Direct Entry.

Where Chemistry Is Treated Differently

Although Chemistry is part of the general requirement, some universities apply different conditions.

AAU states that Chemistry is not compulsory.

COVENANT requires at least an O’Level pass in Chemistry, while the five required credits may include approved subjects such as Economics, Technical Drawing, Further Mathematics, Geography, Land Surveying, Building Construction, Biology or Agricultural Science.

ESUTECH allows Economics, Geography or Biology in place of Chemistry for the UTME subject combination.

Candidates should therefore avoid assuming that Chemistry has exactly the same status at every university.

Universities With Flexible Fifth O’Level Subjects

Several universities allow candidates to choose their additional O’Level subjects from a wider range.

ABSU requires English Language, Mathematics and Physics, plus any two subjects from:

• Chemistry
• Technical Drawing
• Geography
• Arts
• Economics
• relevant NTC subjects

ABU requires English Language, Mathematics and Physics, plus any two from:

• Chemistry
• Biology
• Fine Arts or Technical Drawing
• Economics
• Further Mathematics

BAUCHI accepts two additional subjects from:

• Chemistry
• Geography
• Economics
• Technical Drawing
• relevant trade subjects

CALEB accepts any two from:

• Building Construction
• Technical Drawing
• Economics
• Biology
• Chemistry
• Geography

MINNA requires English Language, Mathematics and Physics, plus any two from:

• Chemistry
• Geography
• Economics
• Fine Arts
• Technical Drawing
• Building Construction
• Biology

O’Level Requirements at FUTA, LAGOS and FUTO

FUTA requires five credit passes in:

• English Language
• Mathematics
• Physics
• Chemistry
• one of Economics, Geography, Further Mathematics, Technical Drawing or Building Construction

The credits must be obtained at a maximum of two sittings.

LAGOS requires five O’Level credit passes in:

• English Language
• Mathematics
• Physics
• Chemistry
• one of Building Construction, Technical Drawing or Economics

FUTO requires five O’Level credit passes in:

• English Language
• Mathematics
• Chemistry
• Physics
• one other Science subject

FUTO also requires at least a pass in Biology and limits the O’Level result to not more than two sittings.

Universities With Broader Direct Entry Routes

ABU accepts:

• A’Level/IJMB Mathematics and Physics plus one approved subject;
• ND Upper Credit in Building; or
• HND Lower Credit in Building.

FUTA accepts relevant qualifications such as:

• ND Upper Credit in Building, Quantity Surveying, Architecture or Civil Engineering;
• CIE, IJMB or JUPEB passes in approved subjects; or
• ND Upper Credit in Building Technology, Quantity Surveying or related Environmental Design and Management fields.

LAGOS accepts very good JUPEB/A’Level passes in Mathematics, Physics and Chemistry.

It also accepts:

• OND Distinction in Building, Civil Engineering or Quantity Surveying for 200 Level; and
• HND Upper Credit in Building, Civil Engineering or Quantity Surveying for 300 Level.

UYO accepts ND Upper Credit and HND Lower Credit.

Different Admission Levels for Diploma Holders

Some universities distinguish between 200-Level and 300-Level admission according to the qualification presented.

• CALEB: qualifying ND holders may be admitted into 200 Level.
• IMSU and OAU: relevant ND/HND Upper Credit qualifications may lead to 200/300 Level respectively, subject to the stated Mathematics requirements.
• LAGOS: OND Distinction may lead to 200 Level, while HND Upper Credit may lead to 300 Level.

This means applicants should check both the minimum grade and the admission level attached to their qualification.

Key Point for Applicants

Before applying for Building, candidates should confirm:

• whether Chemistry must be a credit;
• the accepted fifth O’Level subject;
• whether a university allows an alternative third UTME subject;
• the accepted ND or HND discipline;
• the minimum diploma grade;
• whether Mathematics must be included in the previous qualification; and
• whether Direct Entry admission is into 200 Level or 300 Level.

The general requirements provide the foundation, but institution-specific conditions can significantly affect eligibility.

Courses Related to Building

Building is part of the built-environment field and is closely related to programmes concerned with construction, design, infrastructure, property and land development.

Related courses include:

• Architecture
• Civil Engineering
• Quantity Surveying
• Estate Management
• Building Technology
• Urban and Regional Planning
• Surveying and Geoinformatics
• Environmental Management
• Construction-related programmes

These courses may interact on the same construction projects, but they have different academic and professional areas of emphasis.

The admission material separately lists programmes such as Building, Architecture, Civil Engineering, Estate Management, Quantity Surveying, Surveying and Urban and Regional Planning within the Engineering/Environmental/Technology category.

Read also:

• JAMB Subject Combination for Estate Management 2027/2028
• JAMB Subject Combination for Civil Engineering 2027/2028
• JAMB Subject Combination for Architecture 2027/2028

Core Focus Areas in Building

The admission material does not provide an official Building curriculum. The areas below are therefore broad fields commonly associated with Building rather than compulsory courses offered by every university.

• Building Construction: Focuses on the methods and processes used to construct residential, commercial and other types of buildings.
• Construction Technology: Covers materials, equipment, techniques and technologies used in modern building production.
• Construction Management: Deals with coordinating people, materials, equipment, time and other resources on construction projects.
• Building Materials: Focuses on the properties, selection and application of materials used in construction.
• Construction Planning: Involves organising project activities, schedules and resources before and during construction.
• Site Management: Deals with supervising and coordinating activities carried out on building sites.
• Building Services: Covers the systems and services required for buildings to function effectively.
• Maintenance Management: Focuses on maintaining, repairing and improving existing buildings.
• Construction Safety: Deals with safe working practices, risk reduction and the protection of workers and other people on construction sites.
• Project Management: Covers the planning, coordination and monitoring of building projects from commencement to completion.

The exact courses, practical requirements and areas of specialisation will depend on the university offering Building.

Building vs Civil Engineering

Building and Civil Engineering are closely related, especially because both can be involved in construction projects, but they have different areas of emphasis.

Building focuses more directly on the production, construction and management of buildings. It is concerned with how building projects are organised, constructed and completed effectively.

Civil Engineering has a broader Engineering focus and may cover structures and infrastructure such as:

• buildings
• roads
• bridges
• drainage systems
• water-related infrastructure
• other civil works

In simple terms:

Building focuses mainly on building production and construction management, while Civil Engineering has a broader structural and infrastructure Engineering focus.

Professionals from both fields may work together on the same project, but their technical responsibilities and training are different.

Typical Career Paths for Building Graduates

The admission material does not provide official career outcomes for Building. The roles below are therefore broad career possibilities commonly associated with the field rather than guaranteed employment options.

Graduates may work in areas such as:

• Building Production: Coordinating the practical processes involved in constructing buildings.
• Construction Management: Managing labour, materials, equipment, schedules and other resources on construction projects.
• Site Management: Supervising day-to-day activities on building sites and helping to keep projects organised.
• Building Project Coordination: Supporting communication and coordination among professionals involved in construction projects.
• Construction Planning: Assisting with project schedules, resource planning and the organisation of construction activities.
• Building Maintenance: Supporting the repair, maintenance and improvement of existing buildings.
• Facilities and Building Operations: Helping to manage the operation and maintenance of completed buildings.
• Construction Consultancy: Providing technical or management support on building and construction projects.
• Project Management: Coordinating time, resources, activities and project requirements from planning through completion.
• Building Technology: Working with construction methods, materials and technologies used in building production.

Career direction can depend on the graduate’s professional training, practical experience, area of specialisation and the type of organisation in which they work.

Important Things to Know Before Studying Building

Building is a practical built-environment programme with strong connections to construction, site operations and project management. Candidates should understand the following points before applying:

• Mathematics is a core admission subject: Mathematics forms part of both the general JAMB and O’Level requirements.
• Physics is also important: Physics is included in the standard UTME combination and general O’Level requirement.
• Chemistry is part of the general requirement: The standard JAMB combination includes Chemistry, although some universities treat it differently.
• AAU does not make Chemistry compulsory: Candidates should therefore pay attention to institution-specific requirements rather than assuming that every university uses exactly the same subject combination.
• Technical Drawing can be useful: Several universities accept Technical Drawing among the additional O’Level subjects.
• Building Construction may also be accepted: Some universities include Building Construction among the approved additional subjects.
• NTC candidates may have relevant trade-subject options: The general entry recognises technical subjects connected with building and construction for NTC holders.
• Direct Entry requirements vary: Universities may accept A’Level, IJMB, JUPEB, ND, HND or other relevant qualifications under different conditions.
• Relevant diploma backgrounds can differ: Some universities accept qualifications in Building, Civil Engineering, Quantity Surveying, Architecture and other related built-environment fields.
• Diploma grade matters: Upper Credit, Lower Credit or Distinction may be required depending on the institution and qualification.
• Admission level may depend on the qualification: Some universities admit eligible ND holders into 200 Level and HND holders into 300 Level.
• LAGOS distinguishes between OND and HND routes: OND Distinction in approved fields may lead to 200-Level admission, while HND Upper Credit may lead to 300 Level.
• Building is not the same as Civil Engineering: Building focuses more strongly on building production and construction management, while Civil Engineering covers a wider range of Engineering infrastructure.
• Building and Building Technology may appear as different programme titles: Candidates should confirm the exact title used by their preferred institution.
• The exact curriculum depends on the university: Practical training, course content and areas of specialisation may vary between institutions.

Candidates should therefore check both the general admission requirements and the specific conditions of their chosen university before applying for Building.

FAQ About JAMB Subject Combination for Building 2027/2028

Conclusion

Building is a built-environment programme that focuses on building production, construction technology, site operations and the management of construction projects.

For the 2027/2028 admission session, the general JAMB subject combination is:

English Language, Mathematics, Physics and Chemistry.

The general O’Level requirement is based on five credit passes in:

English Language, Mathematics, Physics, Chemistry and one additional approved subject.

The additional subject may come from areas such as Geography, Economics, Arts or Technical Drawing, while candidates with relevant technical qualifications may also have accepted trade-subject options.

Direct Entry applicants may qualify through relevant A’Level subjects, while some universities also accept qualifications such as:

• ND
• HND
• IJMB
• JUPEB
• CIE
• relevant built-environment or Engineering qualifications

Candidates should pay close attention to university-specific differences because not every institution applies the general requirements in exactly the same way.

Before applying for Building, candidates should confirm:

• whether Chemistry is compulsory;
• the accepted fifth O’Level subject;
• the exact UTME combination;
• the Direct Entry qualification accepted;
• the minimum ND or HND grade;
• the relevant previous discipline; and
• whether the qualification leads to 200-Level or 300-Level admission.

Candidates should also check whether their preferred institution offers the programme as Building or Building Technology, since programme titles and admission conditions may differ.

Confirming these requirements before JAMB registration and admission application can help candidates avoid choosing the wrong subjects or applying with an unsuitable qualification.