Engineering Physics MPhys (Hons)
Master
In Loughborough
Description
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Type
Master
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Location
Loughborough
Overview
Many technologies from the simple lightbulb through to all aspects of the modern smartphone would simply not exist without the profound connection behind engineering physics. It is a marvel of modern manufacture that humanity can reliably fabricate the billions of transistors found on modern CPUs.
Engineering Physics MPhys (Hons) builds on the core physics degree and adds to it study of modern engineering methods, allowing students to immerse themselves in innovative projects with the support of brand-new, world-class facilities and equipment.
The opening of STEMLab provides students on this course unique opportunities to undertake innovative engineering physics projects supported by facilities across disciplines such as electrical engineering, materials science and additive manufacture – the possibilities are endless.
Facilities
Location
Start date
Start date
Reviews
This centre's achievements
All courses are up to date
The average rating is higher than 3.7
More than 50 reviews in the last 12 months
This centre has featured on Emagister for 14 years
Subjects
- GCSE Physics
- Computational
- Engineering
- Systems
- Project
- Materials
- Simulation
- Computational Physics
- Mechanics
- Design
- Systems Architecture
Course programme
What you'll study
Excited to learn more? For a taster of what you can expect to study on this course, take a sneak preview of some of the modules you may have the opportunity to study below.
The information below reflects the currently intended course structure and module details. Updates may be made on an annual basis and revised details will be published through Programme Specifications ahead of each academic year. Please see Terms and Conditions of Study for more information.
- Year 1
- Year 2
- Year 3
- Final year
Year 1
Semester 1
Core Physics 1: Foundations of Physics Core
Core Physics 1: Foundations of Physics
Semester 2
Core Physics 2: Classical Physics of Particles, Fields and Devices Core
Core Physics 2: Classical Physics of Particles, Fields and Devices
Semester 1 & 2
Physics Laboratory 1 Core
Physics Laboratory 1
Computational Physics 1 Core
Computational Physics 1
Philosophy and Frontiers of Science Core
Philosophy and Frontiers of Science
Year 2
At the end of Year 1 Engineering Physics students will be asked to select an engineering specialisation. This will be determine which discipline-specific optional modules are taken.
Semester 1
Core Physics 3: Quantum and Condensed Matter Physics Core
Core Physics 3: Quantum and Condensed Matter Physics
Materials Modelling Optional
Materials Modelling
Manufacturing Technology Optional
Manufacturing Technology
Semester 2
Core Physics 4: Condensed Matter, Materials and Statistical Physics Core
Core Physics 4: Condensed Matter, Materials and Statistical Physics
Phase Transformations in Materials Optional
Phase Transformations in Materials
Mechanics of Materials 1 Optional
Mechanics of Materials 1
Semester 1 & 2
Physics Laboratory 2 Core
Physics Laboratory 2
Computational Physics 2 Core
Computational Physics 2
Mathematics for Physics 2 Core
Mathematics for Physics 2
Systems Integration Optional
Systems Integration
Engineering Project Management Optional
Engineering Project Management
Year 3
Semester 1
Embedded Systems Design Implementation Optional
Embedded Systems Design Implementation
Nano Materials Optional
Nano Materials
Advanced Principles of Materials Optional
Advanced Principles of Materials
Laser Materials Processing Optional
Laser Materials Processing
Mechanics of Materials 2 Optional
Mechanics of Materials 2
Systems Methods Optional
Systems Methods
Semester 2
Digital Interfacing and Instrumentation Optional
Digital Interfacing and Instrumentation
Composite Materials Optional
Composite Materials
Functional Materials Optional
Functional Materials
Computational Fluid Dynamics Optional
Computational Fluid Dynamics
Fracture and Failure Optional
Fracture and Failure
Systems Architecture, Simulation and Modelling Optional
Systems Architecture, Simulation and Modelling
Semester 1 & 2
Core Physics 5: Advanced Topics Core
Core Physics 5: Advanced Topics
Group Project Core
Group Project
Research Methods Core
Research Methods
Final year
Semester 1
Fundamentals of Digital Signal Processing Optional
Fundamentals of Digital Signal Processing
Information Theory and Coding Optional
Information Theory and Coding
Solar Power Optional
Solar Power
Wind Power Optional
Wind Power
Design with Engineering Materials Optional
Design with Engineering Materials
Advanced Characterisation of Materials Optional
Advanced Characterisation of Materials
Experimental Mechanics Optional
Experimental Mechanics
Simulation of Advanced Materials Processing Optional
Simulation of Advanced Materials Processing
Systems Architecture Optional
Systems Architecture
Systems Modelling for Control Engineering Optional
Systems Modelling for Control Engineering
Semester 2
Mobile Network Technologies Optional
Mobile Network Technologies
Antennas Optional
Antennas
Radio Frequency and Microwave Integrated Circuit Design Optional
Radio Frequency and Microwave Integrated Circuit Design
Materials Modelling Optional
Materials Modelling
Advances in Biomaterials Optional
Advances in Biomaterials
Structural Analysis Optional
Structural Analysis
Thermofluids Optional
Thermofluids
Systems Design Optional
Systems Design
Validation and Verification Optional
Validation and Verification
Semester 1 & 2
Physics Research Project Core
Physics Research Project
Programme specification
Module specification
Engineering Physics MPhys (Hons)