a) Engine Drawing
b) Instrumentation, Measurement and Control
c) Fluid Mechanics
d) Introduction to Engineering Materials
e) Introduction to Electrical and Electronics Engineering
f) Workshop Practice
g) Machine Design
i) Entrepreneurship
j) Technical report writing
k) Plant Design
l) Ordinary Differential Equation (ODi Egwu)
m) Engineering Thermodynamic (Thermo Demonic)
n) Engineering Analysis
o) Industrial Studies
p) Engineering Law and Management
q) Strength of Material

.....rep FUTO

.....rep MAUTECH.

Skoopy:

Estimable:
Theory of Structures, proudly Civil Engr

hartson:


Yeah,Plz did you graduate from IMT?

Estimable:

Unizik

Liebnitz:
Nice one, I've passed through Calculus...Engineering Mechanics 205 and Engineering thermodynamics...CHE201..OAU...A silly course filled with formulae...but still an "A course"...laplace transformations and fourier series loading.

darkhorizon:
Its fucking easy,just get the basic concepts .

olaitoro:


pls, hope is not Dr. Onwuka of CIE

cutelover19:
well, I went through
materials science, strength of material, fluid mechanics, applied mechanics, advanced calculus and numerical analysis, circuit theories 1 & 2, engr drawing, engineering mathematics, control engineering, signals and systems, programming, analog electronics, logic circuits, digital signal processing, workshop practise, instrumentation and measurements, EM fields and waves, antennas and wave propagation, optical communication, Telecom engineering, computer networks and internet, network security, wireless communication, entrepreneurship, management and law, computer hardware, satellite communication, digital image processing, undergraduate thesis, telecommunication standards and policy regulation. and many I can't even remember.
I rep telecommunication engineering,
FUTMINNA.

mytym:
Electromagnetic Field and Wave Theory

Application of EM Principles

Engineering Analysis I, II, III

Physical Electronics

Quantum Physics

Automatic Control Systems

Communication Principles
Power Principles
Control Principles
Instrumentation &Control
Circuit Analysis
Network Synthesis
Patents and Inventions...

list will be incomplete without

Signals and Systems!!!!

And so on but the toughest courses as Elect Engineering undergrad back then was the first and last course on my list.
Of course in addition to the general courses listed by NL

csamii:

You wan kee Dr. Onwuka abi?
Compulsory engineering courses one must pass in FUTO are; Thermodynamics Engineering economy Fluid mechanics Strength of materials Advanced engineering maths 1&2 Heat and mass transfer optional (thank God)
I only found 2 courses easy. Fluid mechanics and engineering economy

Skoopy:
For every graduate of engineering, you must have gone through most of the courses I will list below, if not all. This courses are so important that it is near impossible to graduate without having a fair knowledge of them.

1) Thermodynamics : this is the study of heat and temperature in relation to energy and work. The desire to improve on the efficiency of steam engines lead to the development of this course. Terms such as enthalpy, entropy, energy and pressure will be used often in the said course. Thermodynamics have four basic laws, but this cannot be handled here.

2)FLUID MECHANICS : This has to do with the study of fluids (liquids and gases), it is divided broadly into two, FLUID STATICS and FLUID DYNAMICS. With the former taking care of fluids with no sheer stress( ie fluids at rest) and the latter handling fluids in motion. Base on flow, we have compressible and in compressible fluid whose difference lie in their rate of flow with density change. Two most common but very important theories include those of newton's on viscosity and archimedes on floatation. Applications include in aviation sector, shipping / maritime, refineries, production of breweries etc.

3) CALCULUS / ADVANCE CALCULUS : This is an extension of further mathematics, has topics like polynomial, matrices and determinant, integration and differentiation and the most feared of virtually all engineering students Laplace transformation. The application of which cannot be under -estimated.

4) DESIGN/ STRUCTURAL DESIGN/ EQUIPMENT DESIGN/ PROCESS CONTROL.

5) TECHNICAL / ENGINEERING DRAWING. Before any construction/ fabrication work is carried out, it most be properly represented on paper with dimensions.

All engineers on naira land, how many of this courses did you pass through? None engineers who love the profession are also welcome.

martineverest:
advance k.A Stroud, Thomas' calculus: Early transcendentals Advanced engine. maths by kreyszig

Fundamentals of thermodynamics,çengels and boles Applied thermodynamics by eastop and mcConkey
Thermodynamics by rajput

sergiolefty:

No doubt u re once a ladokite......Buh its incomplete wivout including electric energy utilization(eee511)

mytym:


Yea Ladokite Representin'...class '10.