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Engineering Foundation
Engineering Mathematics and Applied Science
10 Sections
42 Lessons
8 Weeks
Curriculum
10 Sections
42 Lessons
8 Weeks
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Week 1: Algebraic Techniques for Engineering
5 Items
1.1
Week 1 Day 1: Indices, Logarithms and Exponential Equations
40 Minutes
1.2
Week 1 Day 2: Partial Fractions and Algebraic Manipulation
40 Minutes
1.3
Week 1 Day 3: Determinants, Matrices and Simultaneous Equations
40 Minutes
1.4
Week 1 Day 4: Binomial Theorem and Engineering Approximations
40 Minutes
1.5
Week 1 Day 5: Week 1 Quiz — Algebraic Techniques
25 Minutes
Week 2: Trigonometry and Vector Analysis
5 Items
2.1
Week 2 Day 1: Trigonometric Identities and Equations
40 Minutes
2.2
Week 2 Day 2: Sine, Cosine Rules and Triangle Solutions
40 Minutes
2.3
Week 2 Day 3: Two-Dimensional Vectors — Components and Resultants
40 Minutes
2.4
Week 2 Day 4: Vector Applications in Force and Motion Analysis
40 Minutes
2.5
Week 2 Day 5: Week 2 Quiz — Trigonometry and Vectors
25 Minutes
Week 3: Differential Calculus and Engineering Applications
5 Items
3.1
Week 3 Day 1: Limits, Continuity and Differentiation from First Principles
40 Minutes
3.2
Week 3 Day 2: Product, Quotient and Chain Rules
40 Minutes
3.3
Week 3 Day 3: Stationary Points, Maxima, Minima and Optimisation
40 Minutes
3.4
Week 3 Day 4: Rates of Change and Engineering Modelling
40 Minutes
3.5
Week 3 Day 5: Week 3 Quiz — Differentiation
25 Minutes
Week 4: Integral Calculus and Area/Volume Calculations
5 Items
4.1
Week 4 Day 1: Indefinite Integrals and Standard Forms
40 Minutes
4.2
Week 4 Day 2: Definite Integrals and the Fundamental Theorem
40 Minutes
4.3
Week 4 Day 3: Area Under Curves and Between Curves
40 Minutes
4.4
Week 4 Day 4: Volumes of Revolution and Engineering Applications
40 Minutes
4.5
Week 4 Day 5: Week 4 Quiz — Integration
25 Minutes
End of Month 1 Test
1 Item
5.1
End of Month 1 Test — Algebra, Trigonometry, Vectors and Calculus
60 Minutes
Week 5: Complex Numbers and Their Engineering Uses
5 Items
6.1
Week 5 Day 1: Complex Numbers — Arithmetic and Conjugates
40 Minutes
6.2
Week 5 Day 2: Argand Diagrams, Modulus and Argument
40 Minutes
6.3
Week 5 Day 3: Polar Form and De Moivre’s Theorem
40 Minutes
6.4
Week 5 Day 4: Complex Numbers in AC Circuit and Control Analysis
40 Minutes
6.5
Week 5 Day 5: Week 5 Quiz — Complex Numbers
25 Minutes
Week 6: Applied Physics — Mechanics and Energy
5 Items
7.1
Week 6 Day 1: Newton’s Laws and Force Systems
40 Minutes
7.2
Week 6 Day 2: Work, Energy, Power and Efficiency
40 Minutes
7.3
Week 6 Day 3: Momentum, Impulse and Collisions
40 Minutes
7.4
Week 6 Day 4: Circular Motion and Rotational Fundamentals
40 Minutes
7.5
Week 6 Day 5: Week 6 Quiz — Applied Mechanics
25 Minutes
Week 7: Applied Physics — Fluids, Heat and Materials
5 Items
8.1
Week 7 Day 1: Pressure, Buoyancy and Fluid Statics
40 Minutes
8.2
Week 7 Day 2: Heat, Temperature and Thermal Expansion
40 Minutes
8.3
Week 7 Day 3: Specific Heat, Latent Heat and Energy Transfer
40 Minutes
8.4
Week 7 Day 4: Physical Properties of Engineering Materials
40 Minutes
8.5
Week 7 Day 5: Week 7 Quiz — Fluids, Heat and Materials
25 Minutes
Week 8: Numerical Approximation and Engineering Problem Solving
5 Items
9.1
Week 8 Day 1: Trapezium Rule and Numerical Integration
40 Minutes
9.2
Week 8 Day 2: Root-Finding and Iterative Methods
40 Minutes
9.3
Week 8 Day 3: Graphs, Data Representation and Engineering Reporting
40 Minutes
9.4
Week 8 Day 4: Integrated Engineering Mathematics Workshop
40 Minutes
9.5
Week 8 Day 5: Week 8 Quiz — Numerical Methods and Review
25 Minutes
End of Month 2 Test
1 Item
10.1
End of Month 2 Test — Complex Numbers, Applied Physics and Numerical Methods
60 Minutes
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