PHILOSOPHY Mathematics have a wide range of applications in Science, Engineering, Medicine, Technology and the Social Sciences. Mathematics, in particular helps in mental and intellectual development of the individuals.The philosophy of Mathematics Programme is therefore inspired by the need to assist students to be proficient in Mathematics and be able to apply concepts and laws effectively in many areas where necessary.The curricula for Mathematics have been carefully planned to expose students to various aspects of Mathematics and also to allow students to specialize according to their aptitudes in pure Mathematics .
Below are the list of Programme Under Physics
Contact Us: hodphysics@tasued.edu.ng
| S/N | Course Code | Course Title |
|---|---|---|
| 1 | GNS121 | History & Philosophy of Science |
| 2 | GNS121 | History & Philosophy of Science |
| 3 | PHY111 | Basic Principles of Physics 1(Mechanics and Properties of matter, Heat and Thermodynamics) |
| 4 | PHY111 | Basic Principles of Physics 1(Mechanics and Properties of matter) |
| 5 | PHY112 | Practical Physics 11 |
| 6 | PHY112 | Heat and Thermodynamics |
| 7 | PHY121 | Basic Principles of Physics 11 (Wave and Geometric Optics) |
| 8 | PHY121 | Basic Principles of Physics II (Optics, Electricity & Magnetism) |
| 9 | PHY122 | Basic Principles of Physics IV(Electricity and Magnetism) |
| 10 | PHY122 | Basic Principles of Physics III ( Waves, Fluid Mechanics, Properties of matter) |
| 11 | PHY123 | PRACTICAL PHYSICS II |
| 12 | PHY123 | Experimental Physics I |
| 13 | PHY206 | Experimental Physics II |
| 14 | PHY211 | Classical Mechanics 1 |
| 15 | PHY211 | Classical Mechanics I |
| 16 | PHY212 | Optics, Waves& Vibration |
| 17 | PHY212 | Optics, Waves & Vibrations |
| 18 | PHY213 | Electromagnetism 1 |
| 19 | PHY213 | Electromagnetism I |
| 20 | PHY214 | Physics Methodology 1 |
| 21 | PHY214 | Physics methodology I |
| 22 | PHY215 | Experimental Physics 1 |
| 23 | PHY215 | Electronics |
| 24 | PHY216 | Semi-Conductor Devices |
| 25 | PHY217 | Electric Circuit |
| 26 | PHY221 | Elementary of modern Physics |
| 27 | PHY221 | Introduction to Modern Physics |
| 28 | PHY222 | Thermodynamics |
| 29 | PHY222 | Thermodynamics |
| 30 | PHY223 | Concept of Energy |
| 31 | PHY223 | Mathematical Methods for Physics I |
| 32 | PHY224 | Classical mechanics 11(Pre PHY 211) |
| 33 | PHY224 | Classical Mechanics II (Pre PHY 211) |
| 34 | PHY225 | Experimental Physics 11 |
| 35 | PHY225 | Experimental Physics 11 |
| 36 | PHY226 | Research Methodology in Physics |
| 37 | PHY307 | Experimental Physics |
| 38 | PHY311 | Nuclear Physics |
| 39 | PHY311 | Nuclear Physics |
| 40 | PHY312 | Mathematical Method for Physics |
| 41 | PHY312 | Mathematical Method for Physics II |
| 42 | PHY313 | Solid Earth Physics |
| 43 | PHY313 | Solid State Physics |
| 44 | PHY314 | Physics Methodology 11 |
| 45 | PHY314 | Physics Methodology II |
| 46 | PHY315 | Statistical Physics |
| 47 | PHY315 | Statistical Physics |
| 48 | PHY316 | Acoustics |
| 49 | PHY316 | Acoustics |
| 50 | PHY317 | Experimental Physics |
| 51 | PHY318 | Seminars |
| 52 | PHY318 | Seminar |
| 53 | PHY321 | Quantum Mechanics 1 |
| 54 | PHY321 | Quantum Mechanics I |
| 55 | PHY322 | Electronics 11 |
| 56 | PHY322 | Electronics II |
| 57 | PHY323 | Numerical Computations in Physics |
| 58 | PHY323 | Numerical Computation in Physics |
| 59 | PHY324 | Electromagnetism 11 (Pre. PHY 213) |
| 60 | PHY324 | Electromagnetism II |
| 61 | PHY325 | Workshop Practice |
| 62 | PHY325 | Workshop Practice |
| 63 | PHY326 | Experimental Physics |
| 64 | PHY326 | Radiation and Health Physics |
| 65 | PHY327 | Solid Earth Physics |
| 66 | PHY327 | Physics of The Lower Atmosphere |
| 67 | PHY328 | Acoustics |
| 68 | PHY328 | Solid Earth Physics |
| 69 | PHY329 | Physics of Lower Atmosphere |
| 70 | PHY409 | Experimental Physics |
| 71 | PHY420 | Practical Physics |
| 72 | PHY421 | Applied Geophysics |
| 73 | PHY421 | Applied Geophysics |
| 74 | PHY422 | Solid State Physics II |
| 75 | PHY422 | Solid State Physics II |
| 76 | PHY423 | Electronics communication Theory |
| 77 | PHY423 | Electronic Communication Theory |
| 78 | PHY424 | Special Relativity |
| 79 | PHY424 | Special Relativity |
| 80 | PHY425 | Microwave Physics |
| 81 | PHY425 | Microwave Physics |
| 82 | PHY426 | Quantum Mechanics 11 |
| 83 | PHY426 | Quantum Mechanics II |
| 84 | PHY427 | Experimental Physics |
| 85 | PHY427 | Ionospheric & Space Physics |
| 86 | PHY428 | Ionospheric Physics |
| 87 | PHY428 | Geomagnetism |
| 88 | PHY429 | Final Year Project |
| 89 | PHY429 | Undergraduate Project |
UTME
Five ‘O’ level credits at one sitting or six ‘O’ level credits at two sittings to include
-English Language,
-Mathematics,
-Physics and any other 2/3 subjects from
-Biology,
-Chemistry,
-Geography,
Additional (Further) Mathematics, Agricultural Science and Computer Science.
DIRECT ENTRY
Two ‘A’ level passes in Physics and one of Mathematics, Chemistry and Biology. NCE merit in two core subjects including:
-Physics and one of Mathematics, Chemistry and Biology.
*OND/HND with Upper Credit in Physics or Physics with Electronics or Electronics.
UTME SUBJECTS
Physics, Mathematics / Chemistry plus one (1) other subject from Science.