Best Postgraduate Engineering Courses in UK

Best Postgraduate Engineering Courses in UK (oet exam)

Wondering how to study in the UK, after completing your BE or BTech in India? You’ve come to the right place! Scroll to find a comprehensive guide to Postgraduate Engineering Courses

the UK.

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Top Study Options for Postgraduate Engineering in UK

Master’s degree Most universities offer Master of Science degrees in Engineering, wherein you’ll embark on an intensive course of study. It is suited for those who want to work in a particular specialisation and/or in academics ( study

in uk ).

PGDip or PGCert These are Master’s-level programs, which are shorter than a traditional Master’s. Many universities offer flexible options, including independent PGDip/PGCert, early exit points from a Master’s program, or upgrading from the shorter program to a Master’s. It is an ideal choice if you want to explore your chosen field further, and are looking to gain experience internationally.

While searching for the right program, it’s important to look for the program’s accreditation. The list you’ll find here include programs that are up to the standards set by the Engineering Council in the UK Standard for Professional Engineering Competence (UK-SPEC), and other similar bodies. This means that you’ll be able to secure work in the UK, after graduation.(oet

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What to Study in UK after BE/BTech 1.

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Aerospace Engineering Automotive Engineering Biotechnology Chemical Engineering Civil Engineering Computer and Communication Engineering Mechanical Engineering

Aerospace Engineering The UK is home to the world’s 2nd largest aerospace and aeronautical industry. It offers a range of Master’s programs designed to train the next generation of aerospace professionals. You’ll be exposed to the fundamentals of aerospace engineering as well as the latest developments in the field.(pte

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These programs are typically for 1 year, with some going up to 18 months. You’ll pay between 14-17,000 GBP for your studies.

Where to Study ● ● ● ● ●

MSc Aerospace Engineering, Kingston University MSc Engineering (Aerospace), University of Hertfordshire MSc Aerospace Engineering, Coventry University MSc Aeronautical Engineering, De Montfort University MSc Aerospace Engineering and Management, University of Glasgow

Entry Requirements cademic qualifications

chelor’s degree in Aerospace or Aeronautical Engineering. Othe sciplines may be considered. in. score: equivalent to UK 2:2 (between 55-65% depending on th warding university).

glish quirements

LanguagLTS Academic with min. 6.0 or higher.

Course Structure Subjects: Your program covers the practical requirements of Aerospace Engineering, along with relevant topics like Aerospace Stress Analysis and Advanced Materials, Computational Fluid Dynamics, Advanced Flight Dynamics, Advanced Computational Aerodynamics and Instrumentation, Sensor Networks etc. (ielts

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Depending on your chosen program, additional topics covered include: ● ● ● ● ●

Computer-Integrated Product Development Advanced CAD/CAM Green Engineering Energy Efficiency Aircraft Maintenance, Repair and Overhaul

Further Learning Opportunities & Career Support: If you choose to study in the UK, you’ll avail of plenty of benefits:

Opportunities for work placements or internships, wherein you’ll gain first-hand experience in the field. ● Design projects, allowing you to work with a team in real industrial conditions. ● Extensive lab facilities, including infrastructure like flight simulators, the latest software packages, wind-tunnels, aircrafts, materials testing, rapid prototyping and computing facilities. ● Career support facilities like workshops, recruiter events, mentor programs etc. ●

Learning Outcomes & Career Track During your program, you’ll gain: Knowledge in the theory and practice of relevant subjects, technologies and analytical tools to provide solutions for aerospace and related manufacturing problems. ● Transferable skills such as communication, IT, teamwork, planning, decision making, ●

independent learning ability and problem solving ( how

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You’ll find high-value roles in: ● ● ● ● ● ●

Aircraft Aerodynamics Wind Turbine Design and Maintenance Aviation Management Defence Sector Aircraft Maintenance, Repair and Operation Services etc.

Automotive Engineering A UK MSc in Automotive Engineering will give you a deep understanding of the design and development of automotive products. From learning about complex propulsion systems and engine design to hybrid and electric vehicles, chassis and braking operations, you’ll be equipped with career-ready skills in this changing industry.

These programs are usually for 1 year, with fees averaging at 21-25,000 GBP.

Where to Study ● ● ●

MSc Automotive Engineering, Cranfield University MSc Automotive Engineering, Coventry University MSc Automotive Engineering with Electric Propulsion, University of Bath

Entry Requirements

cademic qualifications

achelor’s degree in Mechanical, Automotive or Vehicle Engineering her Engineering or Physical science disciplines may be considered.

Min. score: equivalent to UK 2:2 (between 55-65% depending on th warding university).

glish Language quirements

ELTS Academic with min. 6.5.

Course Structure Subjects: You’ll study a range of relevant modules during your course of study, such as: ● ● ● ● ● ● ● ●

Vehicle Manufacturing Vehicle Dynamics Engine Design and Performance Engine and Powertrain Technologies Turbocharging and Engine Boosting Electric Propulsion Automotive Control and Simulation etc.

Further Learning Opportunities & Career Support: In addition to academics, there’s plenty of learning opportunities and career guidance available during your program, including: ● ● ● ● ●

Group and/or individual projects, wherein you’ll gain hands-on experience with the engineering processes.

Research-based dissertation, wherein you’ll hone your research capabilities.

Opportunities for industrial placements, giving you a direct foot in the field.

Access to extensive research and lab facilities, including control, simulation, and rapid prototyping equipment.

Company visits, career open days etc.

Learning Outcomes & Career Track You’ll develop a set of in-demand, transferable skills, guaranteed to earn you success: ●

Understanding vehicle dynamics, vehicle suspension and steering systems, automotive propulsion and other core principles.

Ability to analyze vehicle requirements to design and specify different types of systems. ● Mindset and skills for creating sustainable solutions for the next generation of vehicles. ● Ability to manage engineering projects. ●

With these skills you’ll go on to starting positions like Calibration Engineer, Product Engineer Engineering Consultant, with opportunities to advance to high positions in management, Chief Engineer etc. You’ll also be able to pursue a PhD.

Biotechnology Biotechnology is one of the world’s largest growing sectors. From agricultural and environmental to pharmaceutical and healthcare, the possibilities are numerous – and the UK offers plenty of opportunities to earn an MSc in one or multiple areas.

Most of these programs are for 1 year, with some going up to 18 months. Cost of study ranges from 15-18,000 GBP.

Where to Study ● ● ● ● ●

MSc Biotechnology with Data Analytics, University of Bedfordshire MSc Molecular Biotechnology, University of Hertfordshire MSc Biotechnology, Coventry University MSc/PGDip/PGCert Pharmaceutical Biotechnology, De Montfort University PGDip Biomedical Engineering, Ulster University

Entry Requirements cademic qualifications

chelor’s degree in relevant field such as Biotechnology, Bioscience o hemical Engineering. in. score: equivalent to UK 2:2 (between 55-65% depending on th warding university).

glish quirements

LanguagLTS Academic with min. 6.0 or higher.

Course Structure Subjects:

Your coursework depends on the type of program you select. A more general program will have modules like Principles of Biotechnology, Medicinal Biotechnology, and Environmental and Industrial Biotechnology. A specialised program like De Montfort’s will have modules like Biopharmaceuticals and Molecular Toxicology, and Gene Cloning, Expression and Analysis.

Further Learning Opportunities & Career Support: You’ll also experience, as part of your studies: ● ● ● ●

Research-based dissertation, wherein you’ll hone your research capabilities.

Opportunities for industrial placements, giving you a direct foot in the field.

Access to research and lab facilities.

Career guidance in the form of workshops, recruiter events, mentor programs etc.

Learning Outcomes & Career Track At the end of your program, you’ll be able to: ● ● ● ●

Analyse, evaluate and interpret knowledge and practice in biotechnology.

Apply scientific/clinical methods to conduct and manage research.

Lead and collaborate, to solve practical problems.

Design a research study, with awareness of safety and ethical issues.

You’ll have plenty of opportunities to work in the biotechnology field of your choice. PhD is also a good option for you.

Chemical Engineering An MSc in Chemical Engineering from the UK helps equip you with the extra training and specialist skills that the industry demands. You’ll be trained in core areas, ranging from chemical and petroleum processing and reactor design, to energy efficiency, carbon capture and water treatment.

These programs are typically for 1 year, with fees averaging at 25-27,000 GBP.

Where to Study MSc Chemical Engineering, University of Nottingham MSc Advanced Chemical Engineering, University of Southampton MSc Advanced Chemical Engineering, University of Manchester MSc/PGDip/PGCert Advanced Chemical Engineering (multiple specialisations), University of Birmingham ● MSc Chemical Process Engineering, University of Leeds ● ● ● ●

Entry Requirements

cademic qualifications

Bachelor’s degree in Chemical Engineering. Closely relate gineering discipline may be considered.

Min. score: equivalent to UK 2:1 (between 60-70% depending on th warding university).

English quirements

LanguagELTS Academic with min. 6.5 or higher.

Course Structure Subjects: You’ll study a range of advanced modules. Examples include: ● ● ● ● ● ● ● ● ●

Oil and Gas Processing Nuclear Fuel Cycle Chemical Engineering Molecular Simulation Process Fluid Dynamics Urban Water and Wastewater Engineering Energy Resources and Engineering Process Synthesis and Design Advanced Reaction Engineering etc.

Further Learning Opportunities & Career Support: You’ll also experience, as part of your studies: ● ● ● ●

Group and/or individual projects.

Research-based dissertation.

Placement opportunities.

Access to extensive research and lab facilities.

You’ll also benefit from career guidance in the form of workshops, recruiter events, mentor programs etc.

Learning Outcomes & Career Track By the end of your program, you’ll have developed a deep understanding of existing and emerging technologies, advanced design skills, and strong skills in research, problem solving and project

management. You’ll find work in a range of industries, such as oil and gas, petrochemicals, food, environmental protection, nanotechnology and consultancy and management.

You’ll secure roles like: ● ● ● ● ●

Chemical Engineer Energy Engineer Petroleum Engineer Product Scientist Environment Engineer

Civil Engineering In a UK Master’s program, you’ll develop a sound scientific, technical and commercial understanding of Civil Engineering issues and practice. Your program will cover the fundamentals of Structural Engineering, Geotechnical Engineering, Environmental and Water engineering.

Alternatively, there are specialist programs that focus on one of these fields.

The program is typically for 1 year, with costs ranging from 21-25,000 GBP.

Where to Study ● ● ● ● ● ● ● ● ● ● ●

MSc Civil Engineering, University of Southampton MSc Civil Engineering, University of Nottingham MSc Civil Engineering, Cardiff University MSc Structural Engineering, University of Manchester MSc Environmental Engineering, University of Nottingham MSc Water and Environmental Engineering, University of Surrey MSc/PGDip/PGCert Civil Engineering (with Management option), University of Birmingham MSc/PGDip/PGCert Geotechnical Engineering PGDip (with Management option), University of Birmingham PGDip Structural Engineering, University of East London PGDip Reliability Engineering and Asset Management, University of Manchester PGDip Environmental Engineering, Queen's University Belfast

Entry Requirements

cademic qualifications

chelor’s degree in Civil Engineering. Closely related engineerin scipline may be considered.

Min. score: equivalent to UK 2:1 (between 60-70% depending on th warding university).

English Language quirements

ELTS Academic with min. 6.5 or higher.

Course Structure Subjects: Your coursework will depend on whether your program is general or specialised.

In a general program, modules may include Numerical Techniques in Civil Engineering, Environmental Fluid Mechanics, Advanced Structural Mechanics etc. You’ll also be able to select optional modules from specialist fields to tailor your coursework to your interests – such as Coastal and Maritime Engineering, Earthquake Engineering and Seismic Design of Steel Buildings etc.

In a specialised program you’ll study modules directly relevant to the field. For instance, in Manchester’s Structural Engineering program, you’ll study modules like Practice of Structural Engineering Design, Earthquake Engineering, Fire Engineering, Finite Elements, Advanced Structural Analysis etc.

Or in Surrey’s Water and Environmental Engineering program, you’ll study modules like Wastewater Treatment and Sewerage, Water Treatment, Water Resources Management and Hydraulic Modelling, Geographical Information Science and Remote Sensing etc.

In most programs, your coursework will end with the submission of a Dissertation, based on original research in a relevant field. Your program will also include a compulsory module training you in research practice.

Further Learning Opportunities & Career Support: When you choose to study Civil Engineering in the UK, you’ll be availing of more than just top-notch academic studies.

Industrial Ties UK colleges cultivate close ties with leading industrial firms, which can benefit you! The benefits include participating in industry-led research projects for developing and delivering real-world

solutions, opportunities to undertake work placements in leading companies, and higher chances of securing a job after graduation.

University Infrastructure UK colleges invest a lot to ensure that you can benefit from cutting-edge lab and simulation infrastructure, to develop real-world research capabilities and technical skills. Your college will also provide plenty of support to help you get a job, through career counselling, open days etc.

Learning Outcomes & Career Track At the end of your program, you’ll: Demonstrate in-depth and up-to-date knowledge of a range of disciplines, including the management of engineering projects ● Be able to use knowledge and scientific, evidence-based methods in the assessment and solution of civil engineering challenges ● Be able to find original solutions to familiar and unfamiliar problems, and execute them systematically and creatively. ●

You’ll go on to secure jobs in civil engineering companies as consultant or contractor, or with regulatory and local authorities. You’ll also be eligible for PhD studies.

Computer and Communication Engineering In the UK, you’ll have access to varied Master’s programs in this field. Whether you’re interested in learning more about hardware and software systems generally, miniature and mobile systems, or communication systems, there’s something for you!

These programs are for 1 year, with fees ranging from 19-25,000 GBP.

Where to Study MSc Computer Systems Engineering, University of Glasgow MSc Electronic Communications and Computer Engineering, University of Nottingham ● MSc Computer Engineering, University of Essex ● PGDip Computer Modelling and Finite Elements in Engineering Mechanics, Swansea University ● ●

Entry Requirements

Academic qualifications

achelor’s degree in Computer Engineering, Electronics Engineerin other relevant field.

Min. score: equivalent to UK 2:2 (between 55-65% depending on th warding university).

English quirements

LanguagELTS Academic with min. 6.0 or higher.

Course Structure Subjects: You’ll study modules like: ● ● ● ● ● ● ● ● ●

Advanced Computational Engineering Artificial Intelligence and Intelligent Systems Optical Networks Digital Communications Sensing Systems and Signal Processing Internet of Things Technology Embedded Systems Design Cryptography and Secure Development etc.

You’ll also have to complete a research-based dissertation in a relevant area.

Further Learning Opportunities & Career Support: From cutting-edge lab facilities, to strong ties with industry leading to research projects, work placements, seminars etc., you’ll have plenty of opportunities to enhance your learnings. To help you secure a job after graduation, your college will also host workshops, recruiter events, mentor programs etc.

Learning Outcomes & Career Track During your program, you’ll gain an enhanced understanding of computer systems, hardware and software design and development; as well as specialist knowledge in fields like chip design, embedded system design, telecommunications, video systems, automation and control etc. A range of transferable skills in research and development, problem solving and communication can also be expected.

Future job prospects include:

● ● ● ● ●

Systems Designers Programmers Software Development Professionals Production Technicians Electrical Engineers

You’ll also be eligible to pursue your PhD.

Mechanical Engineering In the UK, you have a broad choice of MSc programs in this field. No matter which you pick, you’ll be equipped with the skills you need to meet the challenges of the rapidly changing global market. This includes training in advanced mechanical engineering practice and theory, a critical awareness of ethical and environmental considerations, and the latest technologies.

The program is usually for 1 year, but may go up to 2 years depending on the program’s offerings.

You’ll also be able to choose from programs with fees ranging from 14-15,000 GBP to 25,000 GBP per year. ( IELTS

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Where to Study ● ● ● ● ● ● ● ●

MSc Mechanical Engineering, Birmingham City University MSc Mechanical Engineering, University of Northumbria MSc Mechanical Engineering, Loughborough University MSc Mechanical Engineering, Cardiff University MSc Advanced Mechanical Engineering, University of Leeds MSc Advanced Mechanical Engineering, Durham University MSc/PGDip/PGCert Mechanical Engineering, De Montfort University PGDip Mechanical Engineering with Management, Queen's University Belfast

Entry Requirements cademic qualifications

chelor’s degree in Mechanical Engineering, or other relevant fields. in. score: equivalent to UK 2:2 (between 55-65% depending on th warding university).

glish Language quirements

LTS Academic with min. 6.5 or higher.

Course Structure Subjects:

Over the course of your program, you’ll develop advanced skills in every fundamental area of Mechanical Engineering. Your modules may include: ●

Computational Fluid Dynamics and Heat Transfer

● ● ● ● ●

Composite Materials and Lightweight Structures Advanced Stress and Structural Analysis Control Engineering Advanced Materials and Manufacture Engineering for Sustainable Development

●

etc.

Besides this, you’ll have to submit a dissertation, based on original research, for which you’ll receive training in relevant research methods and practices.

Further Learning Opportunities & Career Support: When it comes to Mechanical Engineering, hand’s on practice is key. Every program offers a range of facilities and opportunities to help you grow.

Extensive Lab Facilities Every university invests in lab facilities in a variety of areas – such as Dynamics and Control, 3D digital design, Fluid mechanics, Mechatronics, Metrology, Optical Engineering, Structural Integrity etc. Some universities like Birmingham City also offer access to important industry-standard complex analytical tools such as Matlab/Simulink, CATIA, Ansys and ADAMS Mechanisms.(ielts

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Professional Placement Several programs offer the option of a work-integrated learning component in the form of a professional placement, of 18-20 weeks or more. Here, not only will you have the opportunity to earn credits toward your degree, but you’ll be gaining valuable work experience and employability skills.

Strong Industrial Ties UK is home to some of the world’s leading mechanical engineering firms, and is also a good gateway to the EU. The universities’ ties ensure excellent professional placement opportunities, opportunities to interact with and learn from industry leaders, and support for your career.

Learning Outcomes & Career Track By the end of your program, you’ll have gained skills in: ● ●

Planning and management of multi-disciplinary projects.

Using computer-based engineering techniques.

Analysing and understanding, and finding creative solutions to complex engineering problems. ● Working with a team and communicating effectively at an advanced technical level. ●

You can expect to find career opportunities at a senior level in the mechanical, automotive, aeronautical and offshore engineering industries. You’ll also be eligible to pursue your PhD.

Did you find this information on Postgraduate Engineering courses in UK useful? To know more about it, reach out to us at info@hurrayedutech.com or call us at 9900426501.

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