Review today
Gaps grow with each review: 1 day, then 1 week, then 1 month.
Nothing due yet. Tick skills in a guide and the chapter comes back here when it is due.
Every session, in this order
- 1
Read one section, then cover it and write the formulas from memory.
- 2
Solve the practice problems cold. Only then open the answer key.
- 3
In the lab, commit to a prediction before the simulation reveals the result.
- 4
Tick a skill only when you can do it without notes.
1Semester 1
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APDR
Algorithms, programming, and data representation
Module 92313 · Chapters 2–5 and 12a, 34a: guides and labs
- Lecture
- Blackboard exercise
- Computer exercise
-
1
Welcome to the course
Welcome to Algorithms, Programming, and Data Representation.
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2
Computers, Algorithms, and Boolean Logic
Algorithms, stored-program computers, Boolean algebra, and logic gates.
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12a
Boolean Algebra, Identities, Proofs, and Minimization
Boolean algebra, identities, proofs, and minimization.
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3
Number and Data Representation
Number bases, integer encodings, character codes, and binary arithmetic.
-
4
Floating-Point Numbers
Binary fractions, floating-point arithmetic, IEEE formats, and special values.
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34a
Integer and Floating-Point Representation
Integer encodings, binary arithmetic, IEEE floating point, rounding, and numerical stability.
-
5
Memory Organisation
Memory hierarchy, addressing, byte order, chips, modules, and interleaving.
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MEI
Mathematics for Engineers I
Module 62765 · Chapters 1–3 guides and labs
- Lecture
- Exercise
-
1
Statements, Logic, and Sets
Truth tables, quantifiers, set operations, and set algebra.
-
2
Real Numbers
Number systems, completeness, inequalities, binomial coefficients, and induction.
-
3
Mappings and Elementary Functions
Function types, inverses, composition, elementary functions, and polar coordinates.
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EEI
Electrical Engineering I
Module 92315 · Chapters 1–2 · Tutorials 1–6
- Lecture
- Exercise 1: Worked solutionsExercise 2: Worked solutionsExercise 3: Worked solutionsExercise 4: Worked solutions
- Tutorial 1: Worked solutionsTutorial 2: Worked solutionsTutorial 3: Worked solutionsTutorial 4: Worked solutionsTutorial 5: Worked solutionsTutorial 6: Worked solutions
- Appendix A: Coordinate systems
-
1
Electrostatic Fields
Charge, fields, potential, Gauss’s law, materials, and capacitors.
-
2
Stationary Currents
Current density, Ohm’s law, material interfaces, resistance, energy, and power.
-
MATLAB
Introduction to MATLAB
Module 92317
- Course · not started yet
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