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Semester 2 resources
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Five Semester 2 subjects with direct links to lecture notes, past papers, tutorials, practical examples, and full subject folders.

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Semester 2

Five subjects, sorted.

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KIX1002

Engineering Mathematics 2

Full subject Drive

Lecture notes, worked practice, revision files, and past papers for Semester 2 mathematics.

How to study this subject

Engineering Mathematics 2 becomes manageable when you recognize the question type and practise the method repeatedly.

  • Read through the lecture notes to understand the scope, then group questions by method rather than studying them randomly.
  • Use tutorials and past papers to learn how each question type is solved. Redo the questions without looking at the solution.
  • Review the formula sheet regularly, especially before timed practice, and check the current scope with your lecturer.
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KIE2006

Signals and Systems

Full subject Drive

Signals, LTI systems, Fourier analysis, sampling, and transform revision materials.

How to study this subject

Signals and Systems takes time at the beginning. Focus on worked examples, then build confidence by repeating the same problem patterns.

  • Use AI or a senior’s explanation when LTI systems or transforms are unclear, but return to the examples and solve them yourself.
  • Learn the execution steps for each example type. If one concept is blocking you for too long, move on and come back after practising a nearby example.
  • Use the notes, tutorials, and past papers together so you can connect the idea, the calculation, and the exam format.
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KIE1006

Electronic Physics

Full subject Drive

Semiconductor physics, energy bands, crystal structures, and final exam preparation.

How to study this subject

Understand the concepts first, then practise the formulas and keywords that are most likely to appear in the final exam.

  • Review every lecture topic and keep a running formula list, including constants that are not provided in the exam.
  • Do past-year questions to practise both calculation and theory answers. Memorize the exact keywords needed for definitions and explanations.
  • Get the latest scope or exam hints from your lecturer before spending your final revision hours on low-priority topics.
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KIE1007

Electronic Circuit 1

Full subject Drive

Diodes, rectifiers, MOSFETs, op-amps, BJTs, and exam-focused circuit practice.

How to study this subject

Treat Electronic Circuit 1 as a calculation course: learn how each circuit works and practise finding voltages, currents, and resistances.

  • Prioritize diode and rectifier circuits, MOSFETs, op-amps, and BJTs. Understand how to identify nodes and choose the right model.
  • Refresh Ohm’s law, KCL, and KVL from Semester 1, then master both DC and small-signal AC analysis for MOSFETs and BJTs.
  • Memorize the equations and small-signal models because a formula sheet may not be provided. Op-amp analysis is a good early confidence builder.
  • Use the worked examples and tutorials to compare BJT and MOSFET assumptions. Always check signs, operating regions, and units.
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KIE1001

Lab 1

Full subject Drive

Experiment reports, project examples, measurement files, and practical lab references.

How to study this subject

Keep your lab work organized from the first experiment: understand the setup, record measurements clearly, and use previous reports as structure references.

  • Read the experiment instructions before the lab and identify the circuit, measurements, and calculations you will need to complete.
  • Use previous reports to understand the expected structure, but write your own explanation, observations, and results.
  • Keep raw data, screenshots, calculations, and final graphs together so report writing is faster and easier.
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