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7 Metallurgy Doctoral Degree Programs
University of Johannesburg
PhD in Metallurgical Engineering
- Johannesburg, South Africa
PhD
Full time, Part time
2 years
On-Campus
English
The purpose of the Ph.D. in Metallurgical Engineering is to develop an engineer with advanced abilities in applying fundamental engineering sciences and/design and synthesis, and related principles independently to specific problems of society at large.
VSB - Technical University of Ostrava
PhD in Metallurgical Technology
- Ostrava, Czech Republic
PhD
Full time, Part time
4 years
On-Campus
English
PhD in Metallurgical Technology The doctoral study branch of Metallurgical Technology covers the entire issue of production and processing of liquid and solid materials based on iron and non-ferrous metals, thereby holding a unique position in the structure of disciplines of Czech universities. Workplaces of specialized departments are equipped with modern experimental, instrumental, and analytical equipment with which it is possible to solve the challenging tasks of scientific research projects in the field of basic and also of applied research.
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Missouri University of Science and Technology
PhD in Metallurgical Engineering
- Rolla, USA
PhD
Full time
On-Campus
English
The PhD program in Metallurgical Engineering offers advanced research opportunities for students interested in exploring materials science, process engineering, and metallurgical processes. Students a...
University of Utah
Metallurgical Engineering PhD
- Salt Lake City, USA
PhD
Full time
On-Campus
English
The PhD program in Metallurgical Engineering is designed to prepare students for careers that focus on advanced research and development in materials and metals. Students typically engage in coursewor...
Botswana International University Of Science And Technology
PhD Materials & Metallurgical Engineering
- Palapye, Botswana
PhD
On-Campus
English
The program allows graduates, through research, to specialize in the areas of analysis and design in specialized aspects of Materials and Metallurgical Engineering.
Ontario Tech University
PhD in Materials Science
- Oshawa, Canada
PhD
Blended
English
The PhD in Materials Science program is jointly offered between Ontario Tech University and Trent University. Courses are taught by faculty from both institutions via traditional face-to-face instruction augmented by the collaborative implementation of lectures and research meetings at a distance. This will be accomplished using advanced videoconferencing technology (AccessGrid) made possible by the membership of both institutions in the Shared Hierarchical Academic Research Computer Network (SHARCNET) high-performance computing consortium.
Montana Tech
Ph.D. Program in Materials Science
- Butte, USA
PhD
Full time
On-Campus
English
Montana Tech has joined with the University of Montana and Montana State University to offer the Montana Ph.D. program in Materials Science. This multi-campus program involves faculty, students, and resources on all three campuses.
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Learn more about Metallurgy Doctoral degree programs
Studying metallurgy at the doctoral level allows you to delve deeply into the science and engineering of metals, examining their properties, behaviors, and applications. This rigorous exploration pushes the boundaries of traditional metallurgy, enabling innovative advancements in various industries.
Through your doctoral program, you'll engage in advanced research, focusing on topics such as alloy design, materials characterization, and failure analysis. The environment encourages critical thinking as students enhance their understanding of metal fatigue and corrosion mechanisms while working with sophisticated modeling and analysis tools. You’ll also engage in multidisciplinary projects, promoting collaboration with fields like mechanical engineering and nanotechnology.
Students strengthen their research capabilities, preparing for careers in academia or industry. Graduates may lead initiatives in materials development for aerospace, automotive, or energy sectors. Your expertise in metallurgy empowers you to influence emerging technologies, contributing meaningfully to advancements in materials science and engineering.