_{Personal study notes and tutorial solutions only. No assessed or examination materials are included.
Experimental content (if any) is obscured, only personal understanding is shared.
Contributions from others will be credited in italics in this README.}

About

A collection of study materials from my 4-year MEng programme in Aeronautical Engineering.
Looking back, my Year 1 materials are… impressively $hit. Trust me, things take a major step up from Year 2 onwards.

I‘d be eternally, infinitely, cosmically grateful if anyone could contribute or help fix any errors, pls see Contributing.  

Contents

• Year 1 (2022–2023)
• Year 2 (2023–2024)
• Year 3 (2024–2025)
• Year 4 (2025–2026)
• Modules covered by external references

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Year 1 (2022–2023)

AERO40001 — Aerodynamics 1

• Study Notes: Handwritten notes
• Tutorial: Handwritten solutions
• Experiments
  • Pipe Flow: Logbook
  • Flow Visualisation: Logbook

AERO40002 — Introduction to Aerospace

• Tutorial: Handwritten solutions
• Experiments
  • Flight Simulator: Logbook
  • Wind Tunnel Test: Logbook

AERO40003 — Computing and Numerical Methods 1

• Study Notes
  • MATLAB: Cheatsheet
  • Python: Notes in Jupyter Notebook
• Tutorial
  • Numerical Methods: Solutions in MATLAB
  • Python: Solutions in Jupyter Notebook

AERO40005 — Materials 1

• Study Notes: Handwritten notes ^{by @Haozeeeeeeeee}
• Tutorial
  • Introduction
  • Elasticity and Plasticity
• Experiments
  • Strain Measurement — Logbook
  • Tensile and Hardness Test — Logbook

AERO40006 — Mathematics 1

• Study Notes: Handwritten notes
• Tutorial
  • Introduction: Handwritten solutions
  • Ordinary Differential Equation (ODE): Handwritten solutions
  • Linear Algebra: Handwritten solutions

AERO40007 — Mechanics

• Study Notes: Handwritten notes ^{by @Haozeeeeeeeee}
• Tutorial
  • Part 1: Handwritten solutions
  • Part 2: Handwritten solutions

AERO40008 — Structures 1

• Study Notes: Handwritten notes
• Tutorial
  • Part 1: Handwritten solutions
  • Part 2: Handwritten solutions
• Experiments
  • Simple Beams: Logbook
  • Pin-Jointed Structure: Logbook

AERO40009 — Thermodynamics and Heat Transfer

• Study Notes: Handwritten notes
• Tutorial: Handwritten solutions

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Year 2 (2023–2024)

AERO50001 — Aerodynamics 2

• Study Notes: Handwritten notes
• Tutorial
  • Incompressible Flow: Handwritten solutions
  • Compressible Flow: Handwritten solutions
• Experiments
  • Measurement of the Pressure Distribution on a Circular Cylinder: Logbook
  • Profile Drag and Wake Momentum: Logbook

AERO50002 — Flight Dynamics and Control

• Study Notes: Handwritten notes
• Tutorial: Handwritten solutions
• Experiments: Logbook

AERO50003 — Computing and Numerical Methods 2

• Study Notes
  • Numerical Methods: Handwritten notes
  • C++: Notes in C++
• Tutorial
  • Numerical Methods: Solutions in MATLAB
  • C++: Solutions in C++

AERO50005 — Materials 2

• Study Notes: Handwritten notes
• Tutorial
  • Metals and Alloys: Handwritten solutions
  • Ceramics, Polymers and Composites: Handwritten solutions

AERO50006 — Mathematics 2

• Study Notes
  • Vector Calculus: Handwritten notes
  • Signals and Systems: Handwritten notes
  • Partial Differential Equation (PDE): Handwritten notes
  • Probability: Handwritten notes
• Tutorial
  • Vector Calculus: Handwritten solutions
  • Signals and Systems: Handwritten solutions
  • Partial Differential Equation (PDE): Handwritten solutions
  • Probability: Handwritten solutions

AERO50007 — Mechatronics

• Study Notes
  • Signals and Systems: Handwritten notes
  • Circuit: Handwritten notes
• Tutorial
  • Signals and Systems: Handwritten solutions
  • Circuit: Handwritten solutions

AERO50008 — Structures 2

• Study Notes: Handwritten notes
• Tutorial
  • Structural Dynamics: Handwritten solutions
  • Buckling: Handwritten solutions
• Experiments
  • Euler Buckling: Logbook
  • Vibration of an Aircraft Model: Logbook

AERO50009 — Propulsion and Turbomachinery

• Study Notes: Handwritten notes
• Tutorial: Handwritten solutions

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Year 3 (2024–2025)

AERO60001 — Aerodynamics 3

• Study Notes: Handwritten notes
• Tutorial
  • Incompressible Flow: Handwritten solutions
  • Compressible Flow: Handwritten solutions
• Experiments
  • Low Speed Flow Past a High Aspect Ratio Wing: Notes
• Miscellaneous
  • Numerical Solution to Lifting Line Equation: MATLAB live script

AERO60007 — Control Systems

• Study Notes
  • State Space Methods: Supplementary handwritten notes on the lecture notes
  • Frequency-Domain Analysis: Handwritten notes
• Miscellaneous
  • State Space Methods: MATLAB and Simulink worked examples on the lecture notes

AERO60008 — Structures 3

• Study Notes: Handwritten notes
• Tutorial
  • Thin-Walled Aerospace Structures: Handwritten solutions
  • Plate Bending and Buckling: Handwritten solutions

AERO70015 — Mathematics 3 (Elective)

• Study Notes: Handwritten notes
• Tutorial: Handwritten solutions

AERO70038 — Introduction to Vertical Flight (Elective)

• Study Notes: Handwritten notes
• Tutorial: Handwritten solutions

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Year 4 (2025–2026)

Will update before September 2026.

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Modules covered by external references

Year 1

• AERO40002 — Introduction to Aerospace
  Suggested read awesome Intro to Aerospace study notes compiled by students from Delft University of Technology.
• AERO40003 — Computing and Numerical Methods 1
  W3Schools provides detailed and systematic tutorials for MATLAB and Python.
• AERO40004 — Engineering Practice 1
  Honestly, any large language model would be far more helpful than my notes or the code I have written.

Year 2

• AERO50003 — Computing and Numerical Methods 2
  W3Schools provides a detailed and systematic C++ tutorial.
• AERO50004 — Engineering Practice 2 (Technical)
  If you really need it, I can make the repositories public, but if you copy and paste my code instead of learning the methodology behind it, I will find you and fold you like a lawn chair.
• AERO50010 — Engineering Practice 2 (Project Development)
  Once again, any large language model would be much more helpful than my notes or previously written code.

Year 3

• AERO60002 — Aerospace Vehicle Design
  Again, if you really need it, I can make the repositories public, but if you copy and paste my work without understanding the methodology, I will find you and fold you like a lawn chair.
• AERO60004 — Aeronautics Group Design Project
  If you select a group design project related to vertical flight (especially helicopters), you can refer to the project I worked on here.
• AERO60007 — Control Systems
  You can read Feedback Systems: An Introduction for Scientists and Engineers.

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