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Electricity & Magnetism
- 97% -
Fundamentals of circuit based theory
Mechanics
- 95% -
Introduction to basic mechanics including equilibrium, momentum and free body diagram
Thermofluid Mechanics
- 82% -
Thermodynamics and fluid mechanics fundamentals
Development of Key Skills for Engineers
- 93% -
CAD skills, MATLAB and problem solving
Basic Engineering Analysis 1 & 2
- 94% -
Linear algebra, matrices and calculus
Fundamentals of Materials
- 89% -
Introductory materials course
Foundation Chemistry
- 93% -
Introductory chemistry course
Engineering Science
- 98% -
Mechanics, thermodynamics and circuit analysis
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Engineering Skills & Applications
- 91% -
SOLIDWORKS and engineering laboratories
Engineering Analysis 1 & 2
- 100% -
Advanced linear algebra and calculus
Introduction to MATLAB for Engineers
- 100% -
Further MATLAB
Data Integration in Mechanical Systems
- 83% -
Arduino programming for sensors and data analysis
Strength of Materials
- 68% -
Introduction to stress analysis and beam theory
Engineering for People
- 66% -
Problem solving, group work and ethical engineering in the form of a design project
Engineering Mechanics
- 91% -
Continuation of Mechanics from Year 0
Fluid Mechanics
- 56% -
Pressure, fluid statics, buoyancy, pipe flow and macroscopic 1D energy balance
Thermodynamics 1
- 68% -
Energy transfer, energy cycles, phase changes, closed and steady flow systems
Engineering Design 1
- 78% -
Group design project revolving around the production of a rocket propelled balsa wood glider. Design was produced and manufactured using CNC laser cutter
Introduction to Materials Engineering
- 92% -br>Continuation of Fundamentals of Materials
Manufacturing Technology
- 86% -
Content on a variety of manufacturing methods including casting and machining
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Control System
- 73% -
Modelling of feedback control systems, time and frequency response time analysis, transfer functions
Circuit Analysis
- 78% -
Analog circuit analysis
Dynamics 1
- 67% -
Modelling and solving problems involving vibrating systems
Thermodynamics 2
- 86% -
Continuation of previous years thermodynamics module
Stress Analysis 1
- 91% -
Unsymmetrical bendings, stress in cylinders and discs, fracture mechanics
Computer Aided Engineering
- 79% -
MATLAB and SOLIDWORKS FEA
Experimental Studies
- 80% -
Laboratories for fluid mechanics, thermodynamics, stress analysis and dynamics
Design of Machine Elements
- 55% -
Mathematical modelling of mechanical systems
Manufacturing Technology 2
- 74% -
Content on manufacturing methods focused around micromanufacture, additive manufacturing and fastening metal
Engineering Design 2
- 76% -
Group design project revolving around the design of a human powered vehicle using SOLIDWORKS, FEA and VR
Fluid Mechanics 2
- 90% -
Dimensional analysis, pipe flow, lift, drag and fluid kinematics
Digital Manufacturing
- 87% -
Using FFF/FDM 3D printers for manufacture, including additional design considerations and printer maintenance
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Programming and Problem Solving for Engineers
- A+ -
Python programming to solve engineering related problems
Digital Logic Design + Lab
- B- -
Theoretical concepts behind the design of digital systems at a hardware level. Simulation of digital logic circuits using VHDL and Quartus Prime
Electronics 1
- B -
Small signal analysis of op-amps, diodes, BJTs and MOSFETs
Introduction to Kinesiology
- A -
Basic concepts concerning the study of human movement
Introductory Biomechanics
- A+ -
Anatomical factors and laws governing movement of the body
Introduction to Motor Control and Learning
- A -
Principles of motor skill acquisition and performance
Mechanics for Engineers
- A -
Further mechanics within engineering. Focus on 3-dimensional statics and dynamics
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Engineering Management
- 84% -
Development of professional skills in project and resource management, business awareness, and career development
Research Project
- 80% -
Dissertation written on the succesful design and implementation of an open source functional electrical stimulation system
Manufacturing Optimisation
- 85% -
Design of manufacturing systems
Engineering Practice
- 75% -
Fluid mechanics and stress analysis laboratories
Engineering Design 3
- 82% -
Group design project revolviong around the design, simulation and manufacture of a remote control vehicle
Industry 4.0
- 77% -
Fundamental concepts and enabling digital technologies of Industry 4.0
Fluid Mechanics 3
- 77% -
Ideal, compressible and incompressible fluid flows
Finite Element Method
- 89% -
Introduction to the elementary concepts and methods of finite element analysis
Kinematics and Programming for Robotics
- 71% -
The study of robot kinematics including trajectory planning and programming
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