JAMB Subject Combination for Geophysics 2027/2028

Geophysics is a science-based programme that applies Physics, Mathematics and earth science to the study of the Earth and its internal structure. It focuses on understanding physical processes beneath and around the Earth’s surface using measurements, mathematical models and scientific instruments.

Students may study areas such as seismology, gravity and magnetic methods, electrical and electromagnetic exploration, groundwater investigation, petroleum exploration, mineral exploration and environmental geophysics. These methods help scientists investigate underground structures without having to physically excavate every area being studied.

Geophysics is especially important in industries such as oil and gas, mining, groundwater development, environmental consulting, engineering and scientific research. Graduates may work with seismic data, geophysical surveys, subsurface models and other forms of earth-science information.

For candidates applying in the 2027/2028 academic session, Physics and Mathematics are particularly important subjects. Chemistry is also commonly required, although some universities permit alternatives such as Biology or Geography in certain admission combinations.

Candidates must also satisfy the required O’Level credits. Those applying through Direct Entry may be considered with qualifications such as A-Level, IJMB, JUPEB, ND, HND or other relevant Science and Engineering qualifications where accepted.

It is also important to note that universities may use different programme names. Some institutions offer Geophysics, while others use Applied Geophysics, Geology and Geophysics, or offer Geophysics as an option within another Physical Science programme.

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

JAMB Subject Combination for Geophysics

Geophysics requires a strong background in Physics and Mathematics because the programme relies heavily on calculations, physical principles and the analysis of underground structures. Chemistry is also commonly required by universities offering the course.

JAMB Subject	Requirement
English Language	Compulsory
Physics	Required
Mathematics	Required
Chemistry	Commonly required
Biology or Geography	Accepted by some universities as an alternative

The recommended JAMB subject combination for Geophysics is:

• English Language
• Physics
• Mathematics
• Chemistry

This combination is the safest choice for many candidates because several universities specifically require Physics, Mathematics and Chemistry as the three UTME subjects apart from English Language.

However, some institutions provide more flexibility. Depending on the university, Biology or Geography may be accepted as an alternative Science subject alongside Physics and Mathematics.

Candidates should not assume that every university accepts the same combination. A school that permits Biology or Geography may have a different requirement from another institution that insists on Chemistry.

For this reason, candidates should confirm the exact UTME subjects required by their preferred university before completing JAMB registration for Geophysics in the 2027/2028 admission session.

O’Level Requirements for Geophysics

Candidates seeking admission into Geophysics generally need five O’Level credit passes in relevant Science subjects. English Language, Mathematics and Physics are especially important, while Chemistry is also commonly required.

O’Level Subject	Requirement
English Language	Credit pass
Mathematics	Credit pass
Physics	Credit pass
Chemistry	Credit pass
Additional Science Subject	Credit pass

The fifth subject may come from options such as:

• Biology
• Geography
• Further Mathematics
• Agricultural Science
• Technical Drawing, where accepted

Some universities apply a more specific combination. For example, FUPRE requires credits in English Language, Biology, Mathematics, Physics and Chemistry, while the University of Lagos requires English Language, Mathematics, Physics, Chemistry and Biology.

FUTA accepts five credits including English Language, Physics, Mathematics and Chemistry, together with one of Biology, Geography or Technical Drawing.

Candidates should therefore pay close attention to the exact fifth subject accepted by their chosen university. Meeting the general five-credit requirement is not always enough if the institution specifies a particular Science subject.

WAEC, NECO, NABTEB or another recognised equivalent may be accepted, subject to the university’s admission policy. The permitted number of sittings can also vary by institution.

Direct Entry Requirements for Geophysics

Direct Entry candidates can gain admission into Geophysics with relevant advanced qualifications in Physics, Mathematics, Chemistry, Geology, Geophysics or closely related Science and Engineering fields. The exact qualification and minimum grade depend on the university.

Qualification	Typical Requirement
A-Level	Physics with Mathematics or Chemistry
IJMB	Relevant Physics, Mathematics or Science combination
JUPEB	Physics, Mathematics, Chemistry or other approved subjects
ND	Geophysics, Geology, Mining or another relevant discipline
HND	Relevant Geoscience, Physics, Mining or Engineering programme where accepted
NCE	Relevant Physics or Science combination at universities that accept it
O’Level	Required credits must still be satisfied

Common Direct Entry routes may include:

• A-Level passes in Physics and Mathematics or Chemistry
• IJMB or JUPEB in relevant Science subjects
• ND in Geophysics, Geology, Mining or related programmes
• HND in an approved Geoscience, Physics or Engineering discipline
• NCE in Physics or another relevant Science combination where accepted

Requirements vary considerably between institutions. Federal University Oye-Ekiti accepts two A-Level passes selected from Physics, Mathematics and Chemistry, while OAUSTECH accepts two A-Level passes involving Physics with Chemistry or Geography and may also consider relevant ND qualifications.

The University of Lagos requires very good JUPEB or A-Level passes in Physics, Chemistry and Mathematics.

FUPRE accepts two A-Level passes in Chemistry and Physics or Mathematics, while Federal University Kashere accepts combinations involving Mathematics, Physics, Chemistry or Geography and also provides routes through relevant ND/NCE or IJMB qualifications.

For Applied Geophysics, FUTA may accept an ND Upper Credit or equivalent in Geophysics, Geology, Mining, Civil Engineering or Electrical/Electronic Engineering, as well as relevant A-Level qualifications.

Because universities differ on accepted qualifications and grades, applicants should confirm whether their chosen institution requires Upper Credit, Lower Credit, Merit, specific A-Level grades or a particular IJMB/JUPEB subject combination before applying.

Admission Requirements Overview

Admission into Geophysics requires a solid background in Mathematics and the physical sciences. Although institutions may apply different conditions, Physics, Mathematics and Chemistry are among the most important subjects candidates should prepare for.

Admission Area	General Requirement
JAMB Use of English	Compulsory
Core UTME Subjects	Physics and Mathematics
Common Third UTME Subject	Chemistry
Possible Alternatives	Biology or Geography where accepted
O’Level Requirement	Five relevant credit passes
Essential O’Level Subjects	English Language, Mathematics and Physics
Common Additional O’Level Subject	Chemistry
Fifth O’Level Subject	Biology, Geography, Further Mathematics or another approved Science subject
Direct Entry	A-Level, IJMB, JUPEB, ND, HND or NCE where accepted
Common A-Level Subjects	Physics, Mathematics and Chemistry
Programme Area	Physical/Earth Sciences
Number of Sittings	Depends on the institution
University-Specific Requirements	Must be checked before applying

For UTME admission, English Language is compulsory, while Physics and Mathematics should form the core of the remaining subjects. Chemistry is the safest additional choice because several universities specifically require Physics, Mathematics and Chemistry.

At O’Level, candidates generally need five credit passes including English Language, Mathematics and Physics. Chemistry is also commonly required, while the final subject may come from Biology, Geography, Further Mathematics or another approved Science subject.

Direct Entry applicants may qualify through different routes, including A-Level, IJMB, JUPEB, ND, HND and NCE. However, an institution may specify particular subjects, programmes and minimum grades before accepting any of these qualifications.

Candidates should also check whether their chosen university offers the programme as Geophysics, Applied Geophysics, Geology and Geophysics, or as a specialisation within another Science programme. The programme title can affect the exact admission requirements that apply.

Special Considerations and University-Specific Requirements

Admission requirements for Geophysics are not identical across Nigerian universities. While Physics and Mathematics are central to the course, individual institutions may differ on whether Chemistry, Biology or Geography can complete the UTME combination. Direct Entry qualifications also vary significantly.

Federal University of Petroleum Resources, Effurun

FUPRE requires Physics, Mathematics and Chemistry for UTME admission into Geophysics.

At O’Level, candidates are expected to have credits in:

• English Language
• Mathematics
• Physics
• Chemistry
• Biology

For Direct Entry, FUPRE accepts two A-Level passes in Chemistry and either Physics or Mathematics.

University of Lagos

The University of Lagos uses a strict Science combination. Its UTME subjects are English Language, Mathematics, Physics and Chemistry.

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

For Direct Entry, Lagos requires very good passes in three JUPEB or A-Level subjects:

• Physics
• Chemistry
• Mathematics

Federal University Oye-Ekiti

Federal University Oye-Ekiti gives candidates slightly more flexibility. Its UTME combination requires Physics and Mathematics with Chemistry or Biology.

At O’Level, candidates need the appropriate credits including English Language, Mathematics, Physics and Chemistry.

For Direct Entry, two A-Level passes selected from Physics, Mathematics and Chemistry may be accepted.

Olusegun Agagu University of Science and Technology

OAUSTECH requires Physics and Mathematics, together with one of Chemistry, Biology or Geography for UTME.

Its O’Level combination includes English Language, Physics, Chemistry and Mathematics, together with Biology or Geography.

For Direct Entry, the university may accept two A-Level passes in Physics and Chemistry or Geography, as well as relevant ND qualifications.

Mountain Top University

Mountain Top University allows a broader UTME combination. Candidates need Physics and Mathematics, with one additional subject from Chemistry, Biology, Agricultural Science or Geography.

For Direct Entry, candidates may qualify with:

• ND Upper Credit or equivalent in a relevant programme
• A-Level passes in at least two Science subjects including Physics and Mathematics
• Foundation or JUPEB qualifications from recognised universities

University of Ilorin

The University of Ilorin requires Physics, Mathematics and Chemistry for UTME admission into Geophysics.

Its O’Level requirement includes credits in English Language, Physics, Mathematics and Chemistry, together with Further Mathematics, Biology or Geography.

For Direct Entry, Ilorin may accept A-Level passes involving Physics, Mathematics and Chemistry or Geology. Relevant ND Upper Credit qualifications in areas such as Electrical Engineering, Petroleum Engineering, Geology, Mining, Physics or Computer Science may also be considered.

Federal University of Technology, Akure

FUTA is particularly important for candidates considering Applied Geophysics. For Direct Entry, it may accept an ND Upper Credit or equivalent in:

• Geophysics
• Geology
• Mining
• Civil Engineering
• Electrical/Electronic Engineering
• Other disciplines considered relevant by the department

Its Applied Geophysics requirements also emphasise Physics, Mathematics and Chemistry, showing how closely the programme is connected to the core Geophysics admission pattern.

Why the Programme Name Matters

Candidates should pay attention to whether a university offers Geophysics, Applied Geophysics, Geology and Geophysics, or Geophysics as an option within another programme. These titles are related, but their admission requirements are not always identical.

Before registering for JAMB, compare the requirements of the exact programme listed by your preferred university. This is especially important when deciding whether to use Chemistry, Biology or Geography as the fourth UTME subject and when selecting a Direct Entry qualification.

Courses Related to Geophysics

Geophysics sits at the intersection of Physics, Mathematics and Earth science, so it shares important concepts with several science and engineering programmes. Some related courses focus more on the physical behaviour of the Earth, while others concentrate on rocks, minerals, energy resources or subsurface exploration.

Related courses include:

• Applied Geophysics: Uses geophysical methods directly for exploration, environmental investigation and subsurface studies.
• Geology: Studies rocks, minerals, earth history and the processes that shape the Earth.
• Geology and Geophysics: Combines geological interpretation with physical methods used to investigate the subsurface.
• Geology and Applied Geophysics: Blends field geology with practical geophysical exploration techniques.
• Physics: Provides the physical principles behind seismic waves, gravity, magnetism and other geophysical methods.
• Applied Physics: Uses Physics to solve practical scientific and technological problems, including some areas relevant to geophysical instrumentation.
• Earth Science: Covers the physical, chemical and geological processes that shape the Earth.
• Geoscience: Brings together disciplines such as Geology, Geophysics, Geochemistry and related Earth sciences.
• Petroleum Geoscience: Focuses on locating, evaluating and understanding petroleum-bearing geological formations.
• Mining Engineering: Deals with the extraction of mineral resources and often uses geophysical information in exploration and mine planning.
• Petroleum Engineering: Focuses on extracting and managing oil and gas resources from underground reservoirs.
• Meteorology: Studies atmospheric processes, weather and climate, with some overlap in physical Earth-system science.
• Environmental Science: Examines environmental systems and may use geophysical methods for groundwater, contamination and site investigations.
• Surveying and Geoinformatics: Focuses on spatial measurement, mapping, positioning and geospatial data analysis.

Students interested mainly in underground imaging, seismic data and physical measurements may prefer Geophysics or Applied Geophysics. Those more interested in rocks, minerals and geological history may consider Geology, while candidates focused on energy resources may also explore Petroleum Geoscience or Petroleum Engineering.

Core Focus Areas in Geophysics

Geophysics examines the Earth through physical measurements, mathematical analysis and computational methods. Students learn how different signals and properties can reveal what lies beneath the surface without direct excavation.

Major areas of study include:

• Seismology: Examines earthquakes and the movement of seismic waves through the Earth.
• Exploration Geophysics: Uses physical methods to investigate underground structures for petroleum, minerals, groundwater and engineering purposes.
• Gravity Methods: Measure variations in the Earth’s gravitational field to identify differences in underground rock density.
• Magnetic Methods: Use changes in the Earth’s magnetic field to investigate buried geological structures and mineral deposits.
• Electrical Methods: Measure the electrical properties of rocks and soils for groundwater, mineral and environmental investigations.
• Electromagnetic Methods: Study how electromagnetic fields interact with underground materials to identify subsurface features.
• Geophysical Data Processing: Involves cleaning, organising and interpreting measurements collected during geophysical surveys.
• Petroleum Geophysics: Applies seismic and other geophysical techniques to the exploration and evaluation of oil and gas reservoirs.
• Mineral Exploration: Uses geophysical surveys to help locate metallic and non-metallic mineral deposits.
• Groundwater Geophysics: Investigates underground water-bearing formations and helps identify suitable locations for groundwater development.
• Environmental Geophysics: Applies geophysical techniques to issues such as contamination, waste disposal, buried objects and site assessment.
• Geodynamics: Studies large-scale processes within the Earth, including crustal movement, tectonics and mantle processes.
• Remote Sensing: Uses satellite and airborne observations to study geological structures, landforms and environmental conditions.
• Mathematical Geophysics: Applies Mathematics to models of seismic waves, gravity, magnetism and other Earth processes.
• Computational Geophysics: Uses computer programs, numerical models and large datasets to simulate and interpret geophysical systems.

The exact balance of these subjects depends on the university, but Geophysics students generally develop strong abilities in Physics, Mathematics, field measurements, data interpretation and scientific computing.

Typical Career Paths

A Geophysics degree can lead to careers in energy, mining, environmental investigation, groundwater development, scientific research and data analysis. The programme develops skills in physical measurement, numerical analysis, field surveys and interpretation of subsurface information.

Possible career paths include:

• Geophysicist: Studies the physical properties and structure of the Earth using seismic, magnetic, gravitational and electrical methods.
• Exploration Geophysicist: Uses geophysical surveys to locate possible oil, gas, mineral and other underground resources.
• Seismologist: Studies earthquakes, seismic waves and the structure of the Earth using recorded ground vibrations.
• Petroleum Geophysicist: Analyses seismic and subsurface data to support oil and gas exploration and reservoir evaluation.
• Mining Geophysicist: Applies geophysical techniques to identify and assess mineral deposits.
• Environmental Geophysicist: Uses non-invasive survey methods to investigate contamination, buried structures and environmental conditions.
• Groundwater Geophysicist: Helps identify underground water-bearing formations and suitable locations for groundwater exploration.
• Geoscientist: Works with geological and geophysical information to understand Earth materials, structures and natural resources.
• GIS and Remote Sensing Analyst: Uses satellite imagery, maps and geospatial data to analyse geological and environmental features.
• Geophysical Data Analyst: Processes and interprets seismic, magnetic, gravity and other geophysical datasets.
• Research Scientist: Conducts scientific investigations in universities, research institutes, government agencies or private organisations.
• Energy-Sector Professional: Applies geoscience knowledge in oil and gas, renewable energy, geothermal exploration and related industries.
• University Lecturer: Teaches and conducts research in Geophysics, Earth Science or related fields, usually after completing postgraduate qualifications.

Some specialised positions, particularly in seismology, petroleum geophysics, advanced exploration and academic research, may require a master’s degree, PhD or professional training.

Skills in programming, statistics, GIS, seismic interpretation and scientific software can also improve employment opportunities because modern Geophysics increasingly depends on large datasets and computer-based modelling.

Geophysics vs Geology

Geophysics and Geology both study the Earth, but they approach it differently. Geology focuses more directly on rocks, minerals, structures and the history of the Earth, while Geophysics uses principles of Physics and Mathematics to investigate physical properties and processes below the surface.

Area	Geophysics	Geology
Main Focus	Physical properties and processes of the Earth	Rocks, minerals, structures and Earth history
Physics	Strong emphasis	Important but less dominant
Mathematics	Strong emphasis	Moderate to strong
Rock and Mineral Study	Supporting area	Major area
Seismic Methods	Major area	Often used as supporting evidence
Gravity and Magnetic Methods	Major area	Less central
Data Processing	Strong emphasis	Increasingly important
Fieldwork	Important	Very important
Petroleum Exploration	Strong	Strong
Mineral Exploration	Strong	Strong
Subsurface Imaging	Major emphasis	Important in some specialisations
Typical Career Direction	Seismic exploration, energy, geophysical surveys and data analysis	Geology, mining, petroleum, environmental and field-based work

A Geophysics student is likely to spend more time studying seismic waves, gravity, magnetism, electrical properties, mathematical models and geophysical datasets. These tools help reveal underground structures without relying only on exposed rocks or drilling.

Geology places greater emphasis on rocks, minerals, fossils, structural formations and geological history. Geologists often interpret what can be seen directly in the field and combine that information with laboratory and subsurface data.

The two disciplines frequently work together in industries such as petroleum exploration, mining, groundwater development and environmental investigation. A geologist may describe the nature and history of a rock formation, while a geophysicist may use physical measurements to estimate its location, depth and extent underground.

Students who enjoy Physics, Mathematics, data interpretation and subsurface imaging may find Geophysics more suitable. Those who are more interested in rocks, minerals, field mapping and Earth history may prefer Geology.

Common Admission Mistakes to Avoid

Small subject-selection errors can affect a Geophysics application even when a candidate has good grades. Since universities may apply different requirements, it is important to match your subjects and qualifications with the exact programme you want to study.

Common mistakes include:

• Leaving out Physics: Physics is central to Geophysics and is required by most universities offering the course.
• Leaving out Mathematics: Geophysics involves substantial mathematical analysis, and Mathematics is commonly required for UTME admission.
• Assuming Chemistry is optional everywhere: Some universities specifically require Chemistry together with Physics and Mathematics.
• Using Biology without checking the university: Biology may be accepted by some institutions, but it cannot automatically replace Chemistry at every university.
• Assuming Geography is universally accepted: Geography is useful for Geophysics, but only some institutions accept it as part of the required UTME or Direct Entry combination.
• Confusing Geophysics with Geology: The two courses are related but have different academic emphasis and may have different admission requirements.
• Confusing Geophysics with Applied Geophysics: These programme titles are closely related, but universities may list them separately and apply different requirements.
• Assuming every Geophysics programme has the same subject combination: Admission conditions can vary from one institution to another.
• Using an unrelated ND or HND for Direct Entry: Universities normally expect qualifications in relevant Science, Geoscience, Physics, Mining or Engineering fields.
• Ignoring the required Direct Entry grade: Some universities specify Upper Credit, Merit or particular A-Level grades.
• Choosing the wrong programme name during registration: Applicants should confirm whether the institution lists Geophysics, Applied Geophysics, Geology and Geophysics, or another related title.
• Relying on outdated admission information: Requirements may be reviewed, so candidates should verify the conditions for the 2027/2028 admission session before completing their application.

Carefully checking the subject combination, O’Level credits, programme title and Direct Entry conditions can help prevent avoidable admission problems.

Frequently Asked Questions

Conclusion

Geophysics is a science-based course that combines Physics, Mathematics and Earth science to study the structure, properties and processes of the Earth. It is especially useful in areas such as petroleum exploration, mining, groundwater investigation, environmental studies and seismic analysis.

For the 2027/2028 admission session, the safest JAMB subject combination for Geophysics is English Language, Physics, Mathematics and Chemistry. Some universities may accept Biology or Geography in place of Chemistry, but this depends on the institution.

At O’Level, candidates generally need five credit passes including English Language, Mathematics and Physics, with Chemistry and another relevant Science subject commonly required. Universities may differ on the exact fifth subject and the number of sittings allowed.

Direct Entry applicants may qualify through A-Level, IJMB, JUPEB, ND, HND or NCE, provided the subjects, programme area and grades meet the requirements of the chosen university.

Candidates should also check the exact programme title before applying because institutions may list the course as Geophysics, Applied Geophysics, Geology and Geophysics, or as a specialisation within another Science programme.

Before completing JAMB registration, confirm the current 2027/2028 admission requirements of your preferred university. Doing this can help you avoid choosing the wrong subjects or applying with qualifications that do not meet the institution’s conditions.