Skycass
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Year 1 Engineering Project Report
This is a end of year individual report for a year 1 engineering project. It recieved 70%+ as a grade, this is equal to a first in most courses. It is a good example of scientific report writing and details the process of planning and creating a year 1 project. 
 
It is NOT for plagerism but simply to learn from as an example.
- Essay
- • 12 pages •
This is a end of year individual report for a year 1 engineering project. It recieved 70%+ as a grade, this is equal to a first in most courses. It is a good example of scientific report writing and details the process of planning and creating a year 1 project. 
 
It is NOT for plagerism but simply to learn from as an example.
Year 1 General Engineering Course Notes
A bundle of the main modules most year 1 general engineering courses will cover. Perfect for first year engineers or A-lvl students looking to read ahead and gain insight on a potential course option. Has many useful images and diagrams to explain tough concepts. Also includes many worked solutions to example problems that may feature in exams.
- Package deal
- • 5 items •
- C++ Coding Basics Using Microcontrollers • Class notes
- Introduction to Electrical Machines Course Notes • Class notes
- Introduction to Eletronics and Electrical Circuits Course Notes • Class notes
- Materials and Mechanics Course Notes • Class notes
- Materials and Mechanics Course Notes (Part 2) • Class notes
A bundle of the main modules most year 1 general engineering courses will cover. Perfect for first year engineers or A-lvl students looking to read ahead and gain insight on a potential course option. Has many useful images and diagrams to explain tough concepts. Also includes many worked solutions to example problems that may feature in exams.
Materials and Mechanics Full Course Notes
Includes both documents containing course notes for the Materials and Mechanics module. This is the intended way to experience these notes. Topics:
- Materials Engineering
- Dynamic and Static Mechanics
- Introduction to Vibrations

Contains plenty of worked solutions to example problems, diagrams and useful equations
- Package deal
- • 2 items •
- Materials and Mechanics Course Notes • Class notes
- Materials and Mechanics Course Notes (Part 2) • Class notes
Includes both documents containing course notes for the Materials and Mechanics module. This is the intended way to experience these notes. Topics:
- Materials Engineering
- Dynamic and Static Mechanics
- Introduction to Vibrations

Contains plenty of worked solutions to example problems, diagrams and useful equations
Materials and Mechanics Course Notes (Part 2)
Part 2 of the Materials and Mechanics Course Notes.
- Package deal
- Class notes
- • 22 pages •
Part 2 of the Materials and Mechanics Course Notes.
Materials and Mechanics Course Notes
Course notes including useful diagrams and worked solutions to several example problems. Includes the following topics: 
-Materials and Manufacturing Methods 
- Static Mechanics 
- Dynamic Mechanics 
Notes are most detailed on the Materials and Manufacturing Aspects. Some notes on the Vibrations topic are missing.
- Package deal
- Class notes
- • 26 pages •
Course notes including useful diagrams and worked solutions to several example problems. Includes the following topics: 
-Materials and Manufacturing Methods 
- Static Mechanics 
- Dynamic Mechanics 
Notes are most detailed on the Materials and Manufacturing Aspects. Some notes on the Vibrations topic are missing.
Introduction to Eletronics and Electrical Circuits Course Notes
Course notes with several worked solutions to example problems, important equations and explainations of the following topics: 
- Electric and magnetic fields, and their interaction with circuits 
- Analogue circuit analysis and design skills 
- Operational amplifiers, their applications and limitations 
- Basic digital design concepts, including gates and state machines
- Package deal
- Class notes
- • 42 pages •
Course notes with several worked solutions to example problems, important equations and explainations of the following topics: 
- Electric and magnetic fields, and their interaction with circuits 
- Analogue circuit analysis and design skills 
- Operational amplifiers, their applications and limitations 
- Basic digital design concepts, including gates and state machines
Introduction to Electrical Machines Course Notes
Course notes with diagrams and worked solutions to examples problems. 
Includes the Topics: 
. Electric Charge, Fields & Gauss’ Law 
• Electric Potential & Capacitance 
• Magnetic Forces & Fields 
• Electromagnetic Induction 
• Magnetic Circuits 
• AC circuit analysis & Complex Impedance 
• Transformers 
• DC Motors and Generators
- Package deal
- Class notes
- • 23 pages •
Course notes with diagrams and worked solutions to examples problems. 
Includes the Topics: 
. Electric Charge, Fields & Gauss’ Law 
• Electric Potential & Capacitance 
• Magnetic Forces & Fields 
• Electromagnetic Induction 
• Magnetic Circuits 
• AC circuit analysis & Complex Impedance 
• Transformers 
• DC Motors and Generators
C++ Coding Basics Using Microcontrollers
Clean and clear revised lecture notes for programming in C++ using a microcontroller. Includes many syntax examples. Perfect for those who are new to coding or C++. Useful for engineering projects that may require basic coding knowledge. Sections include: Introduction to Key Terms, Loops, Classes and Objects, Functions, Projects and Packaging, Event Driven Programming and Concurrent Programming .
- Package deal
- Class notes
- • 13 pages •
Clean and clear revised lecture notes for programming in C++ using a microcontroller. Includes many syntax examples. Perfect for those who are new to coding or C++. Useful for engineering projects that may require basic coding knowledge. Sections include: Introduction to Key Terms, Loops, Classes and Objects, Functions, Projects and Packaging, Event Driven Programming and Concurrent Programming .