Electronic Engineering is an Engineering programme that deals with the design, development and application of electronic systems and devices.
The admission material lists the programme as Electronics Engineering, while some universities use related programme titles such as:
- Electrical/Electronic Engineering
- Electrical Engineering
- Electronics and Computer Engineering
- Electrical and Information Engineering
- Electronics and Telecommunications Engineering
The programme is closely connected with areas involving electronic circuits, communication systems, control systems and computer-based hardware.
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 Electronic Engineering 2027/2028
The JAMB subject combination for Electronic Engineering is:
| Subject | Requirement |
|---|---|
| English Language | Compulsory |
| Mathematics | Required |
| Physics | Required |
| Chemistry | Required |
The complete combination is therefore:
English Language, Mathematics, Physics and Chemistry.
English Language is compulsory in JAMB, while Mathematics, Physics and Chemistry make up the standard Engineering subject combination for Electronic Engineering.
This combination is used by many universities under Electronics Engineering and closely related Electrical/Electronic Engineering programmes.
Examples include:
- FUTA
- FUTO
- ILORIN
- CARITAS
- LAGOS
- PHC
- LANDMARK
- PAN-ATLANTIC
Candidates should therefore select:
English Language + Mathematics + Physics + Chemistry
when registering for Electronic Engineering for the 2027/2028 admission session.
Some institutions may apply special subject variations under closely related programme titles, so the exact university requirement should still be checked before completing the application.
O’Level Requirements for Electronic Engineering
Candidates applying for Electronic Engineering generally need five O’Level credit passes in relevant subjects.
The core subjects are:
| Subject | Requirement |
|---|---|
| English Language | Credit required |
| Mathematics | Credit required |
| Physics | Credit required |
| Chemistry | Credit required |
| One other Science subject | Credit required |
The fifth subject may come from an approved Science or technical subject, depending on the university.
Common examples include:
- Further Mathematics
- Biology
- Agricultural Science
- Technical Drawing
- Geography
- Basic Electricity/Electronics
Candidates should pay particular attention to the fifth subject because universities do not all accept exactly the same options.
For example, some institutions specifically require Further Mathematics, while others accept a wider range of Science or technical subjects.
Applicants using WAEC, NECO or another accepted equivalent should make sure they have the required credit passes before choosing Electronic Engineering.
The exact university variations will be covered separately under the Special Consideration section.
Direct Entry Requirements for Electronic Engineering
Candidates seeking Direct Entry admission into Electronic Engineering may qualify through relevant Advanced Level or diploma qualifications.
The general requirement is:
Two A’Level passes selected from Mathematics, Physics and Chemistry.
Universities may also accept other relevant qualifications, including:
| Qualification | Typical Requirement |
|---|---|
| A’Level | Relevant passes in Mathematics, Physics and/or Chemistry |
| IJMB | Relevant Science subjects |
| JUPEB | Relevant Science subjects |
| ND/OND | Electrical/Electronic Engineering or a closely related Engineering programme |
| HND | Relevant Engineering discipline |
| First Degree | Accepted by selected universities in relevant Science or Engineering fields |
Common Direct Entry Routes
Some universities accept ND or HND qualifications in Electrical/Electronic Engineering, while others also recognise closely related programmes such as Computer Engineering, Mechanical Engineering or other Engineering disciplines.
A number of institutions also accept:
- IJMB
- JUPEB
- relevant first degrees
- approved equivalent qualifications
The minimum grade required depends on the university.
For example, some institutions require Upper Credit at ND level, while others may accept Lower Credit at HND level.
Certain universities also use the qualification presented to determine whether a candidate enters at 200 Level or 300 Level.
Because the accepted qualification, minimum grade and entry level differ across institutions, Direct Entry applicants should check the exact requirement of their chosen university before applying.
Electronic Engineering Admission Requirements at a Glance
The table below brings the main admission requirements together for quick reference.
| Admission Area | Requirement |
|---|---|
| Programme | Electronic/Electronics Engineering |
| UTME Subjects | Mathematics, Physics and Chemistry |
| O’Level Credits | Five |
| Core O’Level Subjects | English Language, Mathematics, Physics and Chemistry |
| Additional O’Level Subject | One approved Science or technical subject |
| General Direct Entry | Two relevant A’Level passes |
| Other Possible Direct Entry Routes | ND, HND, IJMB, JUPEB or relevant degree, depending on the university |
Special Consideration and University-Specific Requirements
Universities do not apply every Electronic Engineering requirement in exactly the same way. The most important differences concern the fifth O’Level subject, Further Mathematics, diploma grades, accepted Direct Entry qualifications and admission level.
| University | Important Difference |
|---|---|
| LAGOS | Further Mathematics is specifically required at O’Level, while relevant JUPEB/A’Level and Engineering diploma qualifications may be used for Direct Entry. |
| FUTA | Accepts relevant ND Upper Credit or suitable A’Level qualifications; its fifth O’Level subject can be another Science subject. |
| FUTO | Provides several specialised options and accepts a broad range of relevant diploma, degree and JUPEB qualifications. |
| ILORIN | Provides separate 200-Level and 300-Level Direct Entry routes depending on the qualification presented. |
| PHC | Accepts Advanced Level, JUPEB, IJMB, OND and HND routes under stated conditions. |
| FED-OYE EKITI | Allows the additional O’Level Science subject to come from Further Mathematics, Technical Drawing or Biology/Agricultural Science. |
| NDA | Accepts selected Science and technical subjects for the additional O’Level requirement. |
| LANDMARK | Allows Further Mathematics, Biology or Technical Drawing as the additional O’Level subject. |
| OAUSTECH | Specifically requires an O’Level credit in Further Mathematics. |
| PAN-ATLANTIC | Further Mathematics and Technical Drawing are desirable and may give applicants an added advantage. |
Where Further Mathematics Needs Special Attention
Further Mathematics is not treated the same way by all institutions.
LAGOS and OAUSTECH specifically require it at O’Level.
At PAN-ATLANTIC, Further Mathematics is desirable rather than presented as a compulsory requirement.
Other universities may instead accept another approved Science or technical subject.
Universities With Flexible Fifth O’Level Subjects
Several institutions provide alternatives for the additional credit.
FED-OYE EKITI allows:
- Further Mathematics
- Technical Drawing
- Biology/Agricultural Science
PHC allows subjects such as Biology, Agricultural Science, Technical Drawing or Further Mathematics.
LANDMARK accepts Further Mathematics, Biology or Technical Drawing.
NDA includes options such as Technical Drawing, Further Mathematics, Biology, Geography, Electronic Engineering and Basic Electricity.
Universities With Broader Direct Entry Routes
Direct Entry arrangements differ even more significantly.
FUTO accepts a range of qualifications that may include OND/HND, relevant first degrees and JUPEB, subject to its stated grades.
ILORIN provides different routes for 200-Level and 300-Level admission through qualifications such as A’Level/IJMB, OND, HND and relevant degrees.
FUTA accepts relevant ND qualifications or qualifying A’Level results.
PHC accepts Advanced Level, JUPEB, IJMB, OND and HND qualifications, with additional conditions attached to some routes.
LAUTECH accepts specified A’Level subjects as well as relevant ND/HND qualifications.
MAUTY accepts A’Level, OND/HND and IJMB routes under its stated conditions.
Entry Level Can Depend on the Qualification
Some institutions distinguish between candidates entering at 200 Level and those who may qualify for 300 Level.
This is particularly important for applicants presenting:
- HND qualifications
- relevant first degrees
- higher-grade diploma qualifications
The qualification alone may therefore not determine eligibility; its grade, field of study and the university’s entry-level policy also matter.
Key Point for Applicants
The university-specific issues worth checking are:
- whether Further Mathematics is compulsory;
- which subjects are accepted as the fifth O’Level credit;
- whether ND or HND is accepted;
- the minimum diploma grade required;
- whether IJMB or JUPEB is recognised;
- whether a relevant first degree is accepted;
- whether work experience is required; and
- whether the qualification leads to 200 Level or 300 Level.
Meeting the general Electronic Engineering requirement does not automatically mean that every university will accept the same subject or qualification combination.
Courses Related to Electronic Engineering
Electronic Engineering is closely connected with several other Engineering programmes.
Related courses include:
- Electrical Engineering
- Electrical/Electronic Engineering
- Computer Engineering
- Electronics and Computer Engineering
- Electronics and Telecommunications Engineering
- Communication Engineering
- Electrical and Information Engineering
- Mechatronics Engineering
- Systems Engineering
Some universities offer these as separate degree programmes, while others combine them under broader Engineering departments or programme titles.
The admission material lists related titles such as Electrical Engineering, Electrical/Electronic Engineering, Electronics and Computer Engineering, Electronics Engineering, Electrical and Information Engineering, and Electronics and Telecommunications Engineering.
Read also:
- JAMB Subject Combination for Computer Engineering 2027/2028
- JAMB Subject Combination for Civil Engineering 2027/2028
- JAMB Subject Combination for Agricultural and Bioresources Engineering 2027/2028
- JAMB Subject Combination for Vocational Teacher Education (Technical Education) 2027/2028
Core Focus Areas in Electronic Engineering
The admission material does not provide an official university curriculum for Electronic Engineering. The areas below are therefore broad academic fields commonly associated with the programme rather than compulsory courses for every institution.
Electronic Circuits: This area deals with the design and analysis of circuits used in electronic devices and systems.
Analogue Electronics: Focuses on signals and electronic components that operate with continuous values.
Digital Electronics: Deals with systems that process information using digital signals.
Communication Systems: This area covers technologies used to transmit and receive information through electronic systems.
Control Systems: Involves the design and operation of systems that monitor and regulate machines, processes and electronic equipment.
Embedded Systems: Combine hardware and software to perform specific functions inside electronic devices.
Microprocessors and Microcontrollers: This area focuses on programmable electronic devices used to control and operate digital systems.
Signal Processing: Involves analysing and manipulating electronic signals used in communication, measurement and other applications.
Instrumentation: Deals with electronic systems used for measurement, monitoring and control.
Computer Hardware: Electronic Engineering may also include work involving processors, digital systems and hardware components that interact with computer technology.
The exact subjects and specialisations available will depend on the curriculum of the university offering the programme.
Electronic Engineering vs Electrical Engineering
Electronic Engineering and Electrical Engineering are closely related, but they generally have different areas of emphasis.
Electrical Engineering is broader and may cover areas such as:
- Electrical power systems
- Power generation
- Electrical machines
- Transmission and distribution
- Electrical installations
- Control systems
Electronic Engineering generally concentrates more on:
- Electronic circuits
- Digital systems
- Communication systems
- Embedded systems
- Microprocessors
- Signal processing
- Electronic control systems
In simple terms:
Electrical Engineering deals more broadly with electrical systems and power, while Electronic Engineering focuses more heavily on electronic devices, circuits and information-based systems.
The distinction is not always rigid because some Nigerian universities combine both areas under Electrical/Electronic Engineering rather than offering them as completely separate programmes.
Typical Career Paths for Electronic Engineering Graduates
The admission material does not provide official career outcomes, so the roles below are broad career possibilities associated with Electronic Engineering rather than guaranteed employment options.
Graduates may work in areas such as:
- Electronics Engineering: Designing, testing and maintaining electronic systems and devices.
- Telecommunications Engineering: Working with communication equipment, transmission systems and network infrastructure.
- Control Systems Engineering: Developing and maintaining systems used to monitor and regulate machines or industrial processes.
- Embedded Systems Engineering: Working with electronic hardware and software built into specialised devices.
- Instrumentation Engineering: Developing and maintaining electronic measurement and monitoring systems.
- Hardware Engineering: Working with processors, circuit boards and other physical computing components.
- Systems Engineering: Supporting the integration of different electronic and technical systems.
- Network and Communication Systems: Working with equipment used for data and signal transmission.
- Technical Engineering Support: Diagnosing faults, maintaining equipment and supporting electronic installations.
- Engineering Consultancy: Providing technical services after gaining the relevant professional knowledge and experience.
A graduate’s eventual career direction may depend on specialisation, practical training, further qualifications and professional development.
Important Things to Know Before Studying Electronic Engineering
Electronic Engineering is closely connected with several other Engineering disciplines, so candidates should understand the programme before applying.
1. The Programme May Have Different Names
Not every university uses the exact title Electronic Engineering.
Depending on the institution, a similar programme may appear as:
- Electronics Engineering
- Electrical/Electronic Engineering
- Electronics and Computer Engineering
- Electronics and Telecommunications Engineering
- Electrical and Information Engineering
Candidates should confirm the exact programme title available at their preferred institution.
2. Mathematics and Physics Are Fundamental
The programme relies heavily on mathematical reasoning and physical principles.
A strong foundation in both subjects can therefore be useful when progressing into technical Engineering courses.
3. Electronic Engineering Is Not Limited to Consumer Electronics
The field goes beyond repairing or working with everyday electronic devices.
It can involve communication systems, digital technology, instrumentation, control systems, embedded systems and other technical applications.
4. Electrical and Electronic Engineering May Be Combined
Some universities do not separate Electrical Engineering and Electronic Engineering at undergraduate level.
Instead, they offer a broader Electrical/Electronic Engineering programme that covers aspects of both fields.
5. Specialisation May Come Later
A university may admit students into a broad Electrical/Electronic Engineering programme before allowing greater concentration in areas such as electronics, communication, power systems or computer-related Engineering.
The exact structure depends on the institution.
6. Direct Entry Applicants Need to Check Their Qualification Carefully
A qualification that is accepted by one institution may not satisfy another.
Universities may differ in:
- accepted diploma disciplines;
- minimum ND or HND grades;
- accepted A’Level subjects;
- IJMB or JUPEB conditions; and
- whether admission is offered into 200 Level or 300 Level.
7. Further Mathematics Can Be Important
Further Mathematics is not treated uniformly across all institutions.
Some universities specifically require it, while others accept another approved Science or technical subject.
Candidates should therefore check the requirement of their chosen university rather than relying only on the general admission pattern.
8. Related Engineering Programmes Can Be Alternatives
Candidates interested in electronics may also explore programmes such as:
- Computer Engineering
- Electrical Engineering
- Mechatronics Engineering
- Communication Engineering
- Systems Engineering
These programmes overlap in certain technical areas but have different academic emphases.
Understanding these distinctions can help candidates choose a programme that matches their interests before completing their admission application.
FAQ About JAMB Subject Combination for Electronic Engineering 2027/2028
What is the JAMB subject combination for Electronic Engineering?
The standard JAMB subject combination is:
English Language, Mathematics, Physics and Chemistry.
English Language is compulsory in JAMB, while Mathematics, Physics and Chemistry form the core UTME combination for the programme.
Is Chemistry compulsory for Electronic Engineering?
Chemistry is part of the standard UTME subject combination for Electronic Engineering and closely related Electrical/Electronic Engineering programmes.
However, a few institutions may apply special subject variations. Candidates should therefore check the exact requirement of their chosen university before registering.
Is Further Mathematics compulsory for Electronic Engineering?
Not for every university.
The general O’Level requirement allows an additional Science subject, but some institutions specifically require Further Mathematics.
For example, LAGOS and OAUSTECH require an O’Level credit in Further Mathematics, while other universities may accept subjects such as Biology, Technical Drawing or Agricultural Science.
What are the O’Level requirements for Electronic Engineering?
Candidates generally need five credit passes including:
English Language
Mathematics
Physics
Chemistry
One other approved Science or technical subject
The fifth subject accepted depends on the university.
What are the Direct Entry requirements for Electronic Engineering?
The general Direct Entry route requires two relevant A’Level passes selected from Mathematics, Physics and Chemistry.
Depending on the university, candidates may also be admitted with qualifications such as:
IJMB
JUPEB
ND/OND
HND
Relevant first degree
The required grade and admission level differ between institutions.
What is the difference between Electronic Engineering and Electrical Engineering?
Electrical Engineering is broader and may cover areas such as electrical power, machines, transmission and distribution systems.
Electronic Engineering generally places more emphasis on electronic circuits, communication systems, digital technology, embedded systems and control applications.
Some universities combine the two areas under a single Electrical/Electronic Engineering programme.
Conclusion
Electronic Engineering is a technology-focused Engineering programme that requires a strong foundation in Mathematics and the physical sciences.
For the 2027/2028 admission session, the standard JAMB combination is:
English Language, Mathematics, Physics and Chemistry.
Candidates also generally need five O’Level credit passes that include English Language, Mathematics, Physics and Chemistry, together with an approved Science or technical subject.
Direct Entry applicants may qualify through relevant A’Level subjects, while some universities also accept IJMB, JUPEB, ND, HND or relevant degree qualifications.
The most important point is that university-specific requirements can differ.
Some institutions may insist on Further Mathematics, while others allow a different Science or technical subject. Direct Entry applicants may also face different grade requirements, accepted disciplines and entry levels.
Candidates should therefore confirm the exact requirement of their preferred institution, especially where the programme is offered under a related title such as Electronics Engineering, Electrical/Electronic Engineering, Electronics and Computer Engineering, or Electronics and Telecommunications Engineering.
Checking these details early can help prevent subject-combination and qualification problems during the admission process.