10 Courses and Certifications

Online Metallurgical Engineering Courses & Certifications

Metallurgical Engineering is a field that marries science and engineering to understand, design, and develop metallic materials for various industries. It plays a pivotal role in sectors like manufacturing, aerospace, automotive, and renewable energy. Metallurgical Engineering courses provide insights into the properties, processing, and applications of metals. In this article, we'll delve into the significance of general and free Metallurgical Engineering courses, their eligibility criteria, essential skills, popular specialisations, and top providers offering online training.

What is Metallurgical Engineering?

Metallurgical Engineering involves studying the physical and chemical behaviour of metallic materials to optimise their properties and performance. This field drives innovations in material design, processing, and applications, contributing to advancements in technology and infrastructure.

Who can Pursue Metallurgical Engineering Courses?

Metallurgical Engineering online courses cater to a wide range of individuals interested in materials science and engineering. If you relate to any of the following, Metallurgical Engineering courses are tailored for you:

  • Aspiring Metallurgical Engineers seeking to understand material properties.
  • Material Scientists aiming to specialise in metallic materials.
  • Engineers interested in metallurgy for various industrial applications.
  • Researchers exploring novel materials for advanced technologies.

Eligibility Criteria (UG & PG) for Metallurgical Engineering Courses:

Eligibility criteria for general or diploma in Metallurgical Engineering courses can vary based on the course level and institution. Generally, a background in engineering, materials science, or related fields is preferred. Some advanced courses might require basic knowledge of materials science and chemistry.

Eligibility Standards for B.Tech in Metallurgical Engineering

To secure admission to the undergraduate (UG) programme of B.Tech in Metallurgical Engineering, prospective students need to meet the subsequent eligibility criteria.

  • Applicants aiming for B.Tech in metallurgical courses must successfully complete their 10+2 education with mandatory science subjects, namely Physics, Chemistry, and Mathematics (PCM).
  • Candidates are obligated to attain a minimum aggregate score of 55% in all the aforementioned compulsory subjects of the qualifying examination.
  • Individuals who possess a diploma degree in metallurgical engineering are also eligible to apply for this course through lateral entry.

Eligibility Requirements for M.Tech in Metallurgical Engineering

For those aspiring to pursue postgraduate in metallurgy engineering courses, certain eligibility prerequisites must be fulfilled.

  • Candidates wishing to gain admission to the M.Tech level of metallurgical engineering should hold a Bachelor's degree in Engineering (BE) or a Bachelor's in Technology (B. Tech).
  • The minimum threshold for a percentage score is 50% in aggregate or its equivalent Cumulative Grade Point Average (CGPA) in the qualifying examination; this standard may vary based on the institution.
  • Additionally, candidates who are in the final semester of their BE programme are also eligible to apply for the M.Tech course in metallurgical engineering.

Skills Required for Metallurgical Engineering Courses:

While specific prerequisites differ, certain skills can enhance your Metallurgical Engineering learning experience:

  • Strong foundation in materials science and engineering principles.
  • Proficiency in analytical techniques for material characterization.
  • Critical thinking and problem-solving abilities.
  • Knowledge of materials processing techniques.
  • Collaboration and communication skills.

What You Will Learn in Metallurgical Engineering Courses:

Embarking on a journey in Metallurgical Engineering opens the doors to a world of knowledge that spans the intricacies of metallic materials and their applications. The curriculum of Metallurgical Engineering courses is tailored to different course levels and specializations, but it consistently delves into fundamental concepts that shape the discipline. Some of the key areas covered in these courses include:

  • Properties and behaviour of metallic materials.
  • Metal forming, casting, and heat treatment techniques.
  • Materials characterization using microscopy and spectroscopy.
  • Alloy design and optimization.
  • Corrosion prevention and control.

Popular Online Engineering Courses and Certifications

Popular Metallurgical Engineering Courses by Top Providers:

With the knowledge and skills acquired through online metallurgy courses in India, individuals can pursue various professional pathways that drive innovation and progress. Renowned online platforms and institutions offer online Metallurgy courses with certificates. Here are some top providers:

Career Opportunities After Metallurgical Engineering Courses:

Metallurgical Engineering opens doors to an array of exciting career opportunities in industries that work with various materials, shaping the technological landscape. Armed with the knowledge and skills gained from Metallurgical Engineering courses, individuals can embark on diverse professional paths that contribute to innovation and advancements. Here are some intriguing roles awaiting those who complete their journey in Metallurgical Engineering:

Salary Trends in Metallurgical Engineering Courses:

Metallurgical Engineering, an essential discipline at the crossroads of science and industry, offers a spectrum of career paths with varying salary potentials. The compensation within this field is influenced by multifaceted dynamics, including professional experience, geographical location, and the sector in which one is employed. Here, we provide an insight into the approximate salary ranges for several pivotal roles in the metallurgical engineering domain:

Job Profile

Average Salary (Approx.)


Rs. 5 - 8 lakhs


Rs. 6 - 9 lakhs

Welding engineer

Rs. 3 - 5 lakhs


Rs. 3.5 - 5 lakhs

Source: Payscale

Scope of Metallurgical Engineering Courses:

In today's rapidly evolving technological landscape, the significance of Metallurgical Engineering cannot be overstated. This field plays a pivotal role in meeting the demand for cutting-edge materials across a multitude of industries. From aerospace advancements to automotive innovations, from the intricacies of manufacturing to the realms of renewable energy, Metallurgical Engineers are the driving force behind the development and application of new materials. With an emphasis on understanding the properties, behaviour, and processing of metals and alloys, these engineers contribute to the enhancement of product performance, sustainability, and efficiency. The scope of Metallurgical Engineering is not confined to a single sector; rather, it permeates diverse industries, making it a compelling choice for those seeking to shape the future of materials and their applications.

Top Recruiters in Metallurgical Engineering:

The expertise of Metallurgical Engineers is highly regarded by numerous organisations spanning a wide spectrum of industries. These professionals are sought after by prestigious companies that recognize the crucial role of metallurgy in product innovation, quality assurance, and process optimization. Some of the top recruiters in the field of Metallurgical Engineering include:

  • Aerospace Companies (e.g., Boeing, Airbus)
  • Automotive Manufacturers
  • Larson's Group
  • ISRO
  • DRDO
  • The Metal Powder Company Ltd
  • Hindustan Aeronautics Ltd
  • Cable Corporation of India Ltd.


Q) Are Metallurgical Engineering courses suitable for engineering graduates?

Ans) Yes, Metallurgical Engineering courses are ideal for engineering graduates interested in materials science and metal behaviour.

Q) Can individuals with a materials science background take Metallurgical Engineering courses?

Ans) Absolutely, individuals with a materials science background can benefit from Metallurgical Engineering courses to specialise in metals and alloys.

Q) What are the career prospects after Metallurgical Engineering courses?

Ans) Graduates can pursue careers as Materials Engineers, Process Engineers, Quality Control Analysts, and more in sectors like aerospace, manufacturing, and research.

Q) Which industries hire Metallurgical Engineers?

Ans) Metallurgical Engineers are sought after in aerospace, automotive, steel, and research industries.

Q) What skills are crucial for success in Metallurgical Engineering?

Ans) Strong foundations in materials science, engineering principles, analytical techniques, and collaboration skills are essential for success in Metallurgical Engineering.

Career Category
Job Role


Thermo-Mechanical and Thermo-Chemical Processes

Offered by


Thermo-Mechanical And Thermo-Chemical Processes

The course on ‘Thermo-Mechanical And Thermo-Chemical Processes’ is a National Program for Technology Enhanced Learning(NPTEL) online course developed and offered by the Indian Institute of Technology Roorkee. This online course on thermo-mechanical and chemical processes is provided on the Swayam online education portal.

The course study of this online training is about microstructural aspects and the processes involved in thermo-mechanical or thermo-chemical treatments for the students and graduates of engineering, specifically in the domain of metallurgy, materials engineering or and the professionals in the aluminum and steel industry. This is an elective course that will be conducted for eight weeks by the course educators, Dr. Vivek Pancholi and Dr. Sai Ramudu, professors from the department of metallurgical and materials engineering at IIT Roorkee. 

The ‘Thermo-Mechanical And Thermo-Chemical Processes’ training program is an undergraduate or postgraduate level course belonging to the Metallurgy and Material science & Mining Engineering division and it provides the students with two credits and a certificate after completion of the course.

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8 Weeks
August 22 - October,14 2021
Skills Covered:
Knowledge of Chemistry Knowledge of engineering Knowledge of Metallurgy

Offered by


Material Science and Engineering

Linguistics refers to the study of language from a scientific perspective. Linguistics is considered a branch of science since it analyses language in an exhaustive, methodical, objective, and precise fashion, focusing on its nature and structure. Linguists are interested in how language functions in the brain as well as how it functions in society. A variety of academic disciplines have attempted to classify it, including the social sciences, natural sciences, cognitive sciences, and the humanities. Linguistics has many theoretical and applied subfields. Applied linguistics uses language research to improve language education and literacy. Human language systems are consistent with findings from classic areas of linguistic research like syntax, morphology, and others. Biolinguistics and psycholinguistics are two examples of specialized areas that branch out from phonology, phonetics, and pragmatics. Introduction to English Linguistics certification is made available by Udemy to candidates who want to explore the different levels of language.

Introduction to English Linguistics online training includes seven downloadable resources,  1.5-hour video, and a digital certificate once the course is finished.

Introduction to English Linguistics online classes consist of IPA transcription, orthography to IPA, from IPA to orthography, natural classes, natural class exercises, features, phonemes & allophones, complementary and contrastive distribution, morphology terms and definitions, subcategorization frame exercise, morphology trees, lexical categories, syntactic trees, ambiguous sentences, complex sentences, transformations, semantics, tautologies, contradictions, and contingencies.

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1.5 Hours

Offered by


Metallurgy and Corrosion Engineering for Aim/Rbi

Metallurgy and Corrosion Engineering for AIM/RBI certification course is designed by Mahendra Kumar Rastogi - Technical Authority in Oil & Gas Industry & Metallurgy Expert and is offered by Udemy and is available on Udemy, which is designed for students who want to improve their understanding of corrosion and metallurgy engineering concepts for risk-based inspection and asset integrity management. Metallurgy and Corrosion Engineering for AIM/RBI online course utilizes an iron-carbon phase diagram and the periodic table to help students comprehend material behaviour, alloy, corrosion, and metallurgical degradation in the oil, gas, and power industries.

Metallurgy and Corrosion Engineering for AIM/RBI online classes cover the fundamentals of risk-based inspection and asset integrity management, as well as the process of fabricating, shaping, and heat-treating metals and alloys. This course also covers the numerous chemical reactions that occur during the various stages of metal heat treatment, as well as how heat treatment affects corrosion resistance and metallurgical properties. This course also includes an overview of the damage mechanisms in the oil and gas sectors.

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Skills Covered:
Knowledge of Metallurgy Integrity

Offered by


Module-2 : Damage Mechanisms

Module-2: Damage Mechanisms certification course id designed by Mahendra Kumar Rastogi - Technical Authority in Oil & Gas Industry and Metallurgy Expert which is delivered by Udemy which is intended for participants who want to learn about corrosion, metallurgy, and mechanical degradation damage mechanisms. Module 2: Damage Mechanisms online course by Udemy explains corrosion and metallurgical degradation damage mechanisms, as well as their identification, diagnosis, and supervising, as well as regulation and prevention in refineries, petrochemical plants, and oil and gas facilities.

Module-2: Damage Mechanisms online classes feature 41 hours of detailed video-based lectures which teach how damage mechanisms expertise is required for RBI in all processes, including what to analyze, were to analyze, how to analyze, and how to regulate and minimize corrosion. To provide a piece of practical knowledge, this course also covers case studies on root cause analysis (RCA) and hydrogen embrittlement.

...Read More
Skills Covered:
Knowledge of Metallurgy

Offered by


Materials Science and material processing, part 1

The study of materials, or "materials science," encompasses a wide range of academic disciplines. Materials engineering is the branch of engineering concerned with the creation and improvement of materials and the discovery of their applications in other areas of study and industry. The term "materials paradigm" refers to the body of knowledge that describes the connections between processing and structure and properties. This framework is used to further our knowledge in many fields of study, such as nanotechnology, biomaterials, and metalworking. Forensic science and failure analysis, which looks into the causes of accidents and injuries, rely heavily on materials scientists. Materials Science and material processing, part 1 certification is made available by Udemy to candidates who aspire to learn to understand the evolution of material science.

Materials Science and material processing, part 1 online training includes 3.5 hours of video, 34 downloadable resources, and a digital certificate upon course completion.

Materials Science and material processing, part 1 online classes consisting of history of materials and their structure, deformation, and fracture of materials, fundamentals of theory, technology, and nanomaterials.

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Skills Covered:
Technology skills

Offered by


Phases & Heat Treatment of Steel

Heat treating, also known simply as heat treatment, refers to a variety of thermal and metallurgical procedures used in industry to modify the physical and, in some cases, chemical qualities of a material. The metalworking industry is by far the most common use. Many other materials, including glass, are produced via heat treatments. To harden or soften a substance, for example, heat treatment includes subjecting it to intense heat or cold for a period of time. Annealing, case hardening, precipitation strengthening, tempering, carburizing, normalizing, and quenching are all examples of heat treatment processes. Phases & Heat Treatment of Steel certification is made available by Udemy to candidates who aspire to learn the phase system: diverse facts, including rules and numerical problems.

Phases & Heat Treatment of Steel online training includes 1.5 hours of video, one practice test, and a digital certificate upon course completion.

Phases & Heat Treatment of Steel online classes consisting of the introduction of materials, phase & component systems, softening processes, and hardening & tempering phase diagrams & their applications.

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Material Science: Physical Metallurgy I

Physical metallurgy is one of the two principal divisions of the scientific approach to metallurgy, which examines the physical properties of metals and alloys in a methodical manner. As the title of a classic, challenging treatise on the subject, it focuses on the principles and applications of the theory of phase changes in metals and alloys. Whereas chemical metallurgy is concerned with the reduction and oxidation of metals, physical metallurgy focuses on the mechanical, magnetic, electrical, and thermal properties of metals, which are covered by solid-state physics. The calphad approach, capable of generating Phase diagrams, which serve as the basis for analyzing or approximating the physical properties of metals, is described. Material Science: Physical Metallurgy I certification is made available by Udemy to students who are curious about engineering metallurgy.

Material Science: Physical Metallurgy I online training includes one hour of video and ten downloadable resources which includes a digital certificate upon course completion.

Material Science: Physical Metallurgy I online classes consisting of material structure, properties, Structure of the atom, periodic table elements, states of matter, crystal lattice, and phase transformation.

...Read More
Skills Covered:
Knowledge of Chemistry

Offered by


Steel Re-Rolling Mill: Basic TMT Rebar Production Course

Metal is plastically deformed during the rolling and re-rolling process by being fed between a pair of rolls rotating in the opposite direction. In order to form semifinished or finished shapes from raw or salvaged steel, and scrap products, this process is performed in a re-rolling mill, a partially automated rolling mill, or a manual rolling mill. In the metalworking industry, rolling is the gold standard. Blooms, billets, sheets, plates, strips, etc. are all manufactured by this process from metal ingots. The primary goal of rolling is to reduce the thickness of the metal and shape it into a specific profile. Several engineering, building, and fabricating tasks call for the utilization of rolled products. Steel Re-Rolling Mill: Basic TMT Rebar Production Course certification is made available by Udemy to candidates who are interested in learning the processes involved in making rebar from steel.

Steel Re-Rolling Mill: Basic TMT Rebar Production Course online training includes two hours of video and 102 downloaded materials that come with a digital certificate once the course is finished.

Steel Re-Rolling Mill: Basic TMT Rebar Production Course online classes consisting of states of matter, crystal lattice, phase transition, periodic table elements, atomic structure, and material structure.

...Read More

Offered by


Materials Science and Engineering : Crystallography

Crystallography is the experimental study of determining the arrangement of atoms in crystalline substances. Crystallography is an indispensable part of materials science and solid-state physics. The term "crystallography" comes from the Greek terms (krystallos) meaning "clear ice" and v (graphein) meaning "to write." Its scope encompasses all solids with varying degrees of transparency. Prior to the invention of X-ray diffraction crystallography, the study of crystals relied on goniometer measurements of their geometry. Nowadays, crystallographic techniques rely on the examination of the diffraction patterns of a material targeted by a beam of some kind. Materials Science and Engineering : Crystallography certification is made available by Udemy to students who are interested in learning the basics of crystallography for chemistry and engineering.

Materials Science and Engineering : Crystallography online training includes five hours of video and one downloadable resource which includes a digital certificate upon course completion.

Materials Science and Engineering : Crystallography online classes consisting of crystal and lattices, crystallography, unit cell, lattices classification, symmetry, reflection, rotation, cubic-lattice-symmetries, and lattice-defining-symmetry.

...Read More
Skills Covered:
Knowledge of engineering


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