Engineering is filled with boundless possibilities whether you want to enter the technical world or a technological world. It is not just limited to the popular career streams of Software Engineering, Civil Engineering, Electronic Engineering etc. but you can also discover Robotic Engineering, Mechanical Engineering, and Geotech Engineering, among others. One such lesser-known field is Metallurgical Engineering. Referred to as the study of metals and mining, Metallurgical Engineering is slowly advancing into a full-fledged career. Here, we are bringing you all the details about the field of Metallurgical Engineering, the best courses to pursue and the career scope it entails.
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Metallurgical Engineering is a sub-field of Engineering that studies the various properties and processes related to metal and metal extraction. This field also applies the fundamentals of engineering to the processing, designing and extraction of metals along with analyzing the major processes of the metal industry. If you are interested in assessing the various practical as well as theoretical aspects that revolve around metals and ores, then this is an ideal field to explore. Metallurgical engineering is also associated with diverse fields like mining, the composition of alloys, separating minerals etc.
Key Elements of Metallurgical Engineering
In order to explore this field, you need to look at the fundamental courses and subfields that constitute metallurgical engineering. Here are a few key elements of this field that are taught in detail while pursuing a program in Metallurgical Engineering:
- Engineering Mechanics
Also known as Applied Mechanics, this field looks at the practical application of the theory of mechanics. This field acts as a bridge between the theories of Physical Sciences and its technological applications. Engineering Mechanics are a critical part of any program in Metallurgical Engineering because it serves as building the foundation of the study of metals.
- Physical Metallurgy
This sub-field of Metallurgy Engineering is concerned with the physical properties and structures of metals and alloys. Physical Metallurgy ensures that the properties of an alloy or a metal are extracted as per the standards. It also involves large scale metal extraction and composition of alloys.
- Chemical Metallurgy
Chemical Metallurgy is a sub-field of Metallurgy Engineering that essentially consists of chemical processes behind extractions of metals from its ores. This field like physical metallurgy plays a crucial role in the basic processes involved in the field of Metallurgy.
- Machine Elements and Machining
This field looks at the theoretical and practical study of various machinery involved in the extraction, remodelling, shaping and manufacturing of metals. If you have an interest in learning how various machines help in the processes related to metallurgy, then studying Machine Elements and Machining will provided you with an overview of those machines and their related processes.
Course Fees of Metallurgical Engineering
|Minimum Fees||Maximum Fees|
|UG||1.50 Lakhs||28.73 K||4.37 Lakhs||12.21 Lakhs|
|PG||1.08 Lakhs||2.00 K||2.52 Lakhs||2.19 Lakhs|
|DOCTORAL||—||4.86 Lakhs||—||4.86 Lakhs|
|DIPLOMA||32.25 K||2.67 K||1.53 Lakhs||1.74 Lakhs|
B.Tech in Metallurgical Engineering
Candidates interested in metals can pursue a B.Tech in metallurgical engineering after passing their class 12th or equivalent examination in the science stream. A bachelor’s degree in metallurgical engineering takes four years to complete. It is divided into eight semesters and is assessed semester by semester. Candidates will learn the fundamentals of metals while earning an undergraduate degree in metallurgy. In their undergraduate degree, students are taught about 6 to 10 core disciplines relating to metallurgy, with the remaining subjects linked to mechanical engineering. Candidates might choose to work or enhance their education by pursuing an M.Tech in metallurgical engineering.
M.Tech in Metallurgical Engineering
Candidates who have completed their undergraduate degree can pursue an M.Tech in metallurgical engineering. M.Tech in metallurgy is a two-year postgraduate engineering programme. It is divided into four semesters over the course of two years. Candidates will study metallics processing, extraction, and application in everyday life in depth. GATE is the most popular exam for admission to the metallurgy course in M.Tech.
- Physics – I: Classical, Quantum & Relativistic Mechanics
- Chemistry – I
- Engineering Mathematics – I
- Engineering Thermodynamics
- Manufacturing Practices– I
- Engineering Drawing
- Universal Human Values – I: Self and Family
- Engineering Mathematics – II
- Computer Programming
- Introduction to Metallurgy and Materials Engineering
- Metallurgical Thermodynamics and Kinetics
- Manufacturing Practices – II
- Metallurgical Practices – I
- Development of Societies
- History and Civilization
- Education and Self
- Numerical Techniques
- Fundamentals of Electronics and Instrumentation Engineering
- Structure of Materials
- Principles of Extractive Metallurgy
- Extractive Metallurgy Practical
- Development of Societies
- History and Civilization – II
- Mathematical Methods
- Transport Phenomena
- Phase Diagrams
- Transport Phenomena Practical
- Iron Making Technologies
- Metallography Techniques
- Metallography Techniques Practical
- Modelling and Simulation in Metallurgy
- Deformation and Testing of Materials
- Phase Transformations
- Material Processing Technologies
- Metallurgical Practices II: Materials Processing
- Heat Treatment
- Steel Making Technologies
- Mechanical Behaviour of Materials
- Non-Ferrous Extractive Metallurgy
- Corrosion and Prevention
Career in Metallurgy
The field of Metallurgical Engineering has ample career opportunities for those who are passionate enough to discover the world of metals. A metallurgical engineer has diverse prospects to explore in several metal industries and can play a crucial role in ensuring the smooth functioning of various industrial processes in different capacities. Here are a few job prospects that you can discover after pursuing a course in Metallurgical Engineering:
- Application Engineer
Application engineers are experts in the field of Metallurgy and are hired by corporate firms in order to get expert advice on various industrial processes managed by the firm. An application engineers helps the sales department by providing their expertise on certain commercial aspects of Metallurgy.
- Process Design Engineer
A process design engineer looks at various processes involved in designing a project and supervising it. These projects may include various metallurgical processes from mining to designing of alloys. Process design engineers also interact with the various sales sections of a firm to meet the demands of the market and the firm.
- Maintenance Engineer
A maintenance engineer supervises a range of different industrial processes and is responsible for regular inspection of machinery as well as an efficient flow of work in the industry.
- Civil services
- Process Engineering / Corrosion Engineering
- Indian railway
- Non Destructive Testing Specialist
- Steel industry
- Heat Treatment Specialist
- Mineral Process Engineering / Ceramic Engineering
- Manufacturing industries of metals
- Polymer Engineering / Welding Engineering
- Composites Engineering
- Semiconductor Processing Engineering
- Quality Planning Engineering
- Ballistics Engineering
- Metallurgical, Materials Research and Development Laboratories
- Biomedical engineering
- Nuclear energy field
- Space research/Aeronautic
- Larson’s Group
- The Metal Powder Company Ltd
- Hindustan Aeronautics Ltd
- Cable Corporation of India Ltd.
- Utkal Mineral
- Hindustan Copper Limited
- Tata Steel
- Jindal Steel
- Steel Authority of India (SAIL)
Thus, if you are curious enough to explore the world of metals, Metallurgical Engineering is the ideal career path for you. Let Leverage Edu mentors assist you in choosing an ideal course in this field of Engineering to craft a striking career path in the clinking realm of metals.