Physics Research
Physics Laboratory
Quantum Physics
Physics Innovation

Physics

Exploring the Fundamental Laws of Nature

Department of Physics

School of Physical Sciences (SPS) • Federal University of Technology, Akure

Classical Mechanics Quantum Physics Electromagnetism Thermodynamics Nuclear Physics Solid State Physics

About the Department

The Department of Physics at the Federal University of Technology, Akure (FUTA), within the School of Physical Sciences, is dedicated to advancing the understanding of fundamental physical principles and their applications. Our department develops skilled physicists and scientists capable of conducting rigorous experimental and theoretical research, teaching, and solving complex real-world problems through physics-based approaches.

Physics is the natural science that studies matter, energy, and motion, from the smallest subatomic particles to the largest cosmic structures. Our comprehensive curriculum integrates classical mechanics, thermodynamics, electromagnetism, waves and optics, atomic and nuclear physics, quantum mechanics, solid state physics, computational physics, and applied physics. Students develop expertise in theoretical understanding, experimental techniques, mathematical modeling, instrumentation, data analysis, and practical problem-solving.

The department features well-equipped physics laboratories with modern experimental apparatus, computational facilities for simulation and data analysis, and research centers for specialized investigations. We maintain active collaborations with research institutions, industries, and universities globally, providing students with opportunities to participate in cutting-edge research across multiple physics disciplines and applications.

Graduates of Physics are highly valued professionals in academia, research institutions, industries, technology companies, and government agencies. They work as physicists, researchers, engineers, educators, data scientists, and innovators. Our alumni advance human knowledge through fundamental discoveries, develop practical technologies, improve scientific education, and solve critical challenges in energy, health, materials, communications, and environmental sectors.

What We Offer

Academic Programs

  • B.Sc in Physics - 4-year undergraduate program
  • B.Sc in Physics (with Applied Option) - 5-year program with industrial focus
  • M.Sc in Physics - Postgraduate degree
  • Ph.D in Physics - Advanced research degree
  • Postgraduate Diplomas - Specialized technical programs

Core Focus Areas

  • Classical Mechanics & Dynamics
  • Thermodynamics & Statistical Physics
  • Electromagnetism & Waves
  • Optics & Laser Physics
  • Quantum Mechanics
  • Atomic & Nuclear Physics
  • Solid State Physics
  • Computational & Applied Physics

Laboratory & Research Facilities

General Physics Laboratory

Mechanics, optics, electricity, and magnetism experiments

Modern Physics Laboratory

Atomic, nuclear, quantum experiments, spectrometry

Computational Physics Center

Simulation, modeling, data analysis, programming

Research Focus Areas

Our department conducts advanced research across all major physics disciplines:

Classical Mechanics & Dynamics

Rigid body motion, oscillations, chaos theory, celestial mechanics, dynamical systems.

Thermodynamics & Statistical Physics

Heat transfer, phase transitions, statistical distributions, entropy, energy systems.

Electromagnetism & Waves

Maxwell equations, electromagnetic fields, wave propagation, antenna theory, plasma physics.

Optics & Photonics

Geometrical optics, physical optics, laser technology, fiber optics, optical instrumentation.

Quantum Mechanics

Schrödinger equation, quantum systems, superposition, entanglement, quantum computing.

Atomic & Nuclear Physics

Atomic structure, spectroscopy, nuclear reactions, radioactivity, nuclear energy.

Solid State & Materials Physics

Crystal structures, band theory, semiconductors, superconductivity, nanomaterials.

Computational & Applied Physics

Numerical simulations, modeling, renewable energy, environmental physics, medical physics.

Career Opportunities

Physics graduates pursue diverse careers across academia, industry, research, and technology sectors:

Research Scientist

Conduct physics research in institutions

University Professor

Teach and research in academia

Engineer

Design and develop technology solutions

Software Developer

Develop computational and AI solutions

Data Scientist

Analyze complex data sets

Industrial Physicist

Apply physics in manufacturing

Energy Specialist

Work on renewable energy systems

Medical Physicist

Apply physics in healthcare

Science Communicator

Communicate physics to public

Course Materials & Resources

Access comprehensive physics materials, laboratory manuals, theoretical guides, and computational resources organized by academic level.

100 Level Resources - Foundation Physics

Fundamental physics principles and mathematics foundation.

First Semester

Foundation Sciences

Fundamentals of Physics I, Mathematics I, Chemistry I, General Studies.

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Second Semester

Physics Foundations

Fundamentals of Physics II-III, Practical Physics, Mathematics II, Chemistry II.

Go to Offline Study Packs
First Year Foundation

100 Level covers fundamental physics and mathematics. Courses establish basic principles of mechanics, electricity, magnetism, and mathematical techniques essential for advanced physics.

200 Level Resources - Core Physics

Intermediate physics courses and specialized topics.

Download 200 Level Materials

Structure of matter, mechanics, electromagnetism, waves, thermal physics, practical experiments.

Access Study Packs

Structure of Matter

Crystal structures, materials properties, Bragg's law

Mechanics

Rigid body dynamics, angular momentum, central forces

Waves & Oscillations

Wave motion, interference, diffraction, resonance

Electromagnetism

Gauss' law, Ampere's law, Maxwell equations

Thermal Physics

Kinetic theory, first law, entropy concepts

Practical Physics IV

Laboratory experiments and measurements

300 Level Resources - Advanced Physics

Advanced theoretical and applied physics courses.

Advanced Systems Physics

Quantum mechanics, atomic physics, theoretical methods, optics, solid state physics.

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Solid State Physics I

Band theory, semiconductor physics, crystallography

Theoretical Physics Methods I

Mathematical physics, differential equations

Atomic & Molecular Physics

Atomic structure, spectroscopy, molecular bonding

Physical Optics

Interference, diffraction, polarization, laser principles

Relativity Physics

Special relativity, spacetime, relativistic mechanics

Advanced Practicum

Complex experiments and data analysis

400 Level Resources - Research & Specialization

Final year specialization, research project, and advanced topics.

Research & Capstone

Quantum mechanics II, nuclear physics, research project, specialized electives.

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Research Project

Original research investigation and thesis

Quantum Mechanics II

Advanced quantum systems, perturbation theory

Nuclear Physics

Nuclear structure, radioactivity, nuclear reactions

Analytical Mechanics

Lagrangian, Hamiltonian, canonical transformations

Computational Physics

Numerical methods, simulations, programming

Seminars & Ethics

Research ethics and professional practice

General Departmental Resources

Admission Requirements

UTME Requirements

  • Minimum UTME score as set by JAMB and FUTA
  • Subject combination: English Language, Mathematics, and Physics/Chemistry
  • Five O'Level credit passes in no more than two sittings
  • O'Level credits must include: English, Mathematics, Physics, Chemistry, and one other subject

Direct Entry Requirements (200 Level)

  • A'Level passes in Physics and Mathematics (minimum grade C)
  • ND Upper Credit in Physics or related discipline
  • GCE Advanced Level passes in science subjects
  • Plus O'Level requirements as stated above