Advanced Metallurgy - Uni4edu

Advanced Metallurgy

Main Campus, United Kingdom

32905 £ / years

Master's & Postgraduate12 months
University of Sheffield campus with The Diamond building in the background, modern engineering laboratories, students walking through green courtyards, Sheffield cityscape with historic and contemporary architecture
Master

Master in Metallurgy (MMet) in Advanced Metallurgy

University of Sheffield

Metallurgy and Materials Science

Duration1 Year
LanguageEnglish
FormatFull-time
Credits180 Credits

Advanced Metallurgy MMet Program Overview

The Advanced Metallurgy MMet at the University of Sheffield provides an in-depth understanding of current developments in metallurgy and metallurgical engineering. First established in the early 1950s, the program has produced over 1,000 graduates, with many now working in senior positions within metallurgical companies across the globe.

You will learn the fundamentals of thermodynamics, structure, and mechanical behaviour, as well as more advanced courses on engineering alloys, processing, modelling, and performance in service. The program combines eight taught modules with an extended research project, allowing you to tailor your studies to your career goals.

Sheffield is one of the UK's most established hubs for materials research and teaching, with a research heritage dating back over 135 years. Students benefit from access to state-of-the-art laboratories and facilities, including advanced microscopy, mechanical testing suites, and high-performance computing.

Key Program Highlights

  • Fully accredited by the Institute of Materials, Minerals and Mining (IoM3), providing a pathway to professional registration as a Chartered Engineer (CEng)
  • Over 70 years of heritage with more than 1,000 graduates now holding senior positions in metallurgical companies worldwide
  • Combines 120 credits of taught modules with a 60-credit extended research project in a cutting-edge metallurgy topic
  • Access to world-leading facilities including The Diamond building, advanced microscopy labs, and mechanical testing suites

Curriculum and Modules

The MMet program consists of eight taught modules contributing 120 credits, complemented by a 60-credit extended research project conducted principally during the summer semester. The curriculum covers both fundamental metallurgical principles and advanced topics in engineering alloy design, processing, and performance.

Engineering Alloys

15 Credits

Covers engineering metallic alloys including alloy steels, stainless steels, light alloys such as aluminium and titanium, and high-temperature metallic systems including intermetallics and nickel superalloys. Focuses on the physical metallurgy of these alloys and their processing, microstructure, and performance in automotive and aerospace sectors.

Heat and Materials with Application

15 Credits

Examines the transfer of heat to and from materials and thermally activated processes occurring during manufacture. Covers conduction, convection, and radiative heat transfer, as well as diffusion processes governed by Fick's laws.

Introduction to Materials

15 Credits

Introduces key concepts in materials science covering general aspects and applications of metallic, polymeric, and inorganic materials. Topics include chemical bonding, basic crystallography, crystal defects, mechanical properties, phase diagrams, and transformations.

Mechanical Behaviour of Materials

15 Credits

Explores the mechanical properties and deformation behaviour of metallic materials, including elasticity, plasticity, fracture mechanics, fatigue, and creep. Provides the theoretical foundation for understanding material performance in service.

Processing and Manufacturing of Metals

15 Credits

Covers modern manufacturing and processing techniques for metallic materials, including casting, forming, welding, and powder metallurgy. Examines how processing parameters affect microstructure and final properties.

Extended Research Project

60 Credits

An individual research project in a selected area of metallurgy conducted principally during the summer period. Students work closely with academic staff on a current and topical research problem, developing advanced analytical, reporting, and presentation skills.

Elective Modules and Specialisation Options

Modelling and Simulation in Metallurgy Corrosion and Protection of Metals Advanced Characterisation Techniques Additive Manufacturing and Powder Metallurgy

Admission Requirements

The Advanced Metallurgy MMet program welcomes applicants with a strong academic background in materials, metallurgy, physical sciences, or related engineering disciplines. Each application is assessed on the basis of the applicant's overall preparation and achievement. To begin your application, contact Uni4Edu for personalised guidance and support.

Academic Requirements

  • Degree ClassificationMinimum 2:1 (Upper Second Class) undergraduate honours degree or international equivalent
  • Relevant SubjectsMaterials, Metallurgy, Physics, Chemistry, or a related engineering subject
  • Module RequirementsRelevant modules in physical sciences or engineering within your undergraduate degree
  • Professional ExperienceApplicants with relevant professional experience may be considered even if formal qualifications differ from standard entry criteria
  • International QualificationsInternational equivalents of UK 2:1 are accepted; contact Uni4Edu for country-specific guidance

English Language Requirements

  • IELTSOverall 6.5 with a minimum of 6.0 in each component
  • TOEFL iBTOverall 88 with minimum scores in each section (contact Uni4Edu for details)
  • PTE AcademicOverall 61 with minimum 56 in each communicative skill

Required Documents

Completed application form via Uni4Edu Official academic transcripts and degree certificates Proof of English language proficiency Copy of valid passport (international applicants) Curriculum vitae or resume

Application Deadlines

Main Application Deadline
International Applicants
September each year Program Start

For personalized admission guidance, document verification, and application support, please contact Uni4Edu

Scholarships and Funding

The University of Sheffield offers a range of scholarships and funding opportunities for postgraduate students, including dedicated support for international students joining taught masters programs. Contact Uni4Edu for personalised scholarship matching and application assistance.

International Postgraduate Taught Scholarship

Up to GBP 3,000 tuition fee discount

Automatically awarded to eligible overseas fee-paying students joining a taught masters program in September. No separate application form is required for this scholarship.

Faculty of Engineering Scholarship

Merit-based funding available to outstanding applicants within the Faculty of Engineering. Awards are competitive and based on academic achievement and potential.

Country-Specific Scholarships

The University of Sheffield offers dedicated scholarships for students from specific countries and regions. Contact Uni4Edu to check eligibility based on your nationality.

For detailed tuition fee information, please contact Uni4Edu — we will guide you through the costs and available funding options for this program.

Career Prospects

Graduates of the Advanced Metallurgy MMet program go on to roles in high-impact sectors including energy, aerospace, automotive (including motorsport racing), nuclear, and manufacturing. The program's IoM3 accreditation and pathway to Chartered Engineer status give graduates a significant competitive advantage in the job market.

1,000+ Graduates Since 1950s
91%+ University Employment Rate
135+ Years of Research Heritage

Typical Graduate Roles

Materials Engineer Research Scientist Metallurgical Consultant Quality Assurance Engineer Process Development Engineer Failure Analysis Specialist

Top Employers of Graduates

Rolls-Royce Boeing Siemens Tata Steel Sheffield Forgemasters Nuclear Decommissioning Authority

Rankings and Recognition

The University of Sheffield is a Russell Group institution with a strong global reputation for research and teaching excellence. It is consistently ranked among the top 100 universities worldwide and is particularly renowned for its engineering and materials science research, with 92 per cent of its Faculty of Engineering research recognised as world-leading or internationally excellent in REF 2021.

QS World
#92
2026
THE World
#108
2026
US News Global
#166
2025
Complete University Guide (UK)
#18
2025
SubjectRanking BodyRank
Engineering and TechnologyQS World#104
Engineering (UK)EduRank#8
Materials ScienceEduRankTop 100 globally
Metallurgy ResearchREF 202192% world-leading or internationally excellent

How to Apply

Applying for this program is easy with Uni4Edu. Our team will guide you through every step of the process — from document preparation to final enrolment.

1

Contact Uni4Edu

Reach out to our team via email or phone. We will assess your profile and confirm your eligibility for this program.

2

Prepare Your Documents

Our advisors will provide you with a personalised checklist of required documents and help you prepare your application package.

3

Submit Your Application

Uni4Edu will submit your application on your behalf and keep you updated on its progress throughout the review period.

4

Receive Your Offer

Once accepted, we will help you understand your offer, arrange visa support if needed, and guide you through the enrolment process.

Contact Uni4Edu

corporate@uni4edu.com
+90 5435286292
+44 7868736984
Apply Now

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