Metallurgical

M. Tech in Metallurgical Engineering

LABORATORY

Metallurgical

M.Tech Industrial Metallurgy Course Details

The aim of the Master of Technology (M.Tech) in Industrial Metallurgy is to improve students' comprehension of the discipline's fundamental concepts. The curriculum was created with the needs of the Indian R&D institutions and industry in mind. It usually takes four semesters. Over the course of the degree, students take 11 courses, with a one-year project as the capstone. Students pursuing an M.Tech in Industrial Metallurgy learn about metallurgical procedures and metal design. Students that focus on this field are qualified to work for Minaral Processing Industries, Manufacturing Inductries and Research Institutes. They can pursue a Ph.D programme once the programme is over. They may also pursue more education in their area of expertise and work as professors in colleges or universities.

FRC Approval : Fees Rs. 110,000/- Yearly  

Admission Process
The Objective of the Course
Course Outcomes at Indus University
Laboratories for Practical
Opportunities in Future
Placement Cell at Indus

Admission Process

The Admission Committee for Professional Courses (ACPC) will admit students based on merit on 50% of the sanctioned strength for each course. The student needs to register himself with ACPC after the result.

50% of seats of the sanctioned strength of each course are Management Quota, admission of which is handled by the institute as per guidelines of ACPC.

Eligibility Criteria

The B.Tech degree in any engineering discipline from a recognized institution, with a minimum of 50% marks or an equivalent CGPA, is the minimum eligibility requirement needed to follow the course. GATE scores are used to determine admission to the best engineering school in this area.

The Objective of the Course

  • To learn about the theories, methods, uses, benefits, and drawbacks of the numerous furnaces used in foundry shops.
  • To gain knowledge of the many casting processes used in the production of metals, such as centrifugal casting and die casting.
  • To comprehend metal casting solidification concepts. Types, pattern designs, allowances for choosing materials, and pattern production.
  • To decide to pursue jobs as working metalworkers in the manufacturing and service sectors.
  • To continue your metallurgical engineering research.
  • To learn how to be an entrepreneur and to work and play in diverse situations.
  • To better understand and instill Industrial Metallurgy-related concerns, one must be able to show some level of proficiency in the metallurgical and material engineering domains.

Course Outcomes at Indus University

  • By using technical knowledge and management techniques, the students will be able to comprehend, model, and solve problems linked to industrial metallurgy and provide technologically viable, financially viable, and socially acceptable solutions.
  • The students will be proficient communicators, eager to learn, and capable of handling challenges with professionalism in order to pursue research in the broad field of industrial metallurgy both individually and collaboratively and to lead successful careers in industries or entrepreneurial endeavors.
  • Ability to uphold professional ethics, exhibit self-management and teamwork skills, and acknowledge the importance of lifelong learning for one's own personal growth.
  • Ability to design, conduct, evaluate, and interpret experimental data for pertinent engineering practices using methodologies, skills, and current engineering technologies.

Laboratories for Practical

  • Advanced Foundry Laboratory
  • Corrosion Testing Laboratory
  • Powder Metallurgy Laboratory
  • Heat Treatment Laboratory
  • Advanced Materials Processing Laboratory
    • 3D printing
    • Equal Channel Angular Extrusion
    • Nanomaterial synthesis

Workshops, Skill development programmes

  • Foundry Practices
  • CALPHAD
  • Advanced Microscopy and XRD

Opportunities in Future

Metallurgist: Metallurgists use metals and alloys to create everything from massive engineering components to teeny, precisely produced components for use in metal objects and structures.

Welding engineer: They use knowledge of production requirements, the qualities and features of metals and metal alloys, and engineering principles to create welding techniques, procedures, and applications of welding equipment for challenges affecting the fabrication of metals.

Metallurgical Laboratory Technician: In daily lab activities involving metallic components, metallurgical laboratory technicians support metallurgy engineers and materials scientists.

Quality Assurance Manager: Managers of quality assurance collaborate with other employees to develop policies and criteria for quality. Depending on the industry, a quality assurance manager's specific responsibilities can change.

A corporate sales manager: They are in charge of increasing sales for the business. Corporate sales managers are in charge of overseeing the activities of a company's sales force, developing and implementing annual sales plans, and tracking team performance and sales targets.

Placement Cell at Indus

Indus University has an autonomous vertical - Training & Placement Department (T & P Dept.) - that connects two vital ends: education and the industry. It exemplifies a link between schools and university constituent associations (entry-level input) and the sector (output-end at the finishing level).


The Admission Committee for Professional Courses (ACPC) will admit students based on merit on 50% of the sanctioned strength for each course. The student needs to register himself with ACPC after the result.

50% of seats of the sanctioned strength of each course are Management Quota, admission of which is handled by the institute as per guidelines of ACPC.

Eligibility Criteria

The B.Tech degree in any engineering discipline from a recognized institution, with a minimum of 50% marks or an equivalent CGPA, is the minimum eligibility requirement needed to follow the course. GATE scores are used to determine admission to the best engineering school in this area.

  • To learn about the theories, methods, uses, benefits, and drawbacks of the numerous furnaces used in foundry shops.
  • To gain knowledge of the many casting processes used in the production of metals, such as centrifugal casting and die casting.
  • To comprehend metal casting solidification concepts. Types, pattern designs, allowances for choosing materials, and pattern production.
  • To decide to pursue jobs as working metalworkers in the manufacturing and service sectors.
  • To continue your metallurgical engineering research.
  • To learn how to be an entrepreneur and to work and play in diverse situations.
  • To better understand and instill Industrial Metallurgy-related concerns, one must be able to show some level of proficiency in the metallurgical and material engineering domains.
  • By using technical knowledge and management techniques, the students will be able to comprehend, model, and solve problems linked to industrial metallurgy and provide technologically viable, financially viable, and socially acceptable solutions.
  • The students will be proficient communicators, eager to learn, and capable of handling challenges with professionalism in order to pursue research in the broad field of industrial metallurgy both individually and collaboratively and to lead successful careers in industries or entrepreneurial endeavors.
  • Ability to uphold professional ethics, exhibit self-management and teamwork skills, and acknowledge the importance of lifelong learning for one's own personal growth.
  • Ability to design, conduct, evaluate, and interpret experimental data for pertinent engineering practices using methodologies, skills, and current engineering technologies.
  • Advanced Foundry Laboratory
  • Corrosion Testing Laboratory
  • Powder Metallurgy Laboratory
  • Heat Treatment Laboratory
  • Advanced Materials Processing Laboratory
    • 3D printing
    • Equal Channel Angular Extrusion
    • Nanomaterial synthesis

Workshops, Skill development programmes

  • Foundry Practices
  • CALPHAD
  • Advanced Microscopy and XRD

Metallurgist: Metallurgists use metals and alloys to create everything from massive engineering components to teeny, precisely produced components for use in metal objects and structures.

Welding engineer: They use knowledge of production requirements, the qualities and features of metals and metal alloys, and engineering principles to create welding techniques, procedures, and applications of welding equipment for challenges affecting the fabrication of metals.

Metallurgical Laboratory Technician: In daily lab activities involving metallic components, metallurgical laboratory technicians support metallurgy engineers and materials scientists.

Quality Assurance Manager: Managers of quality assurance collaborate with other employees to develop policies and criteria for quality. Depending on the industry, a quality assurance manager's specific responsibilities can change.

A corporate sales manager: They are in charge of increasing sales for the business. Corporate sales managers are in charge of overseeing the activities of a company's sales force, developing and implementing annual sales plans, and tracking team performance and sales targets.

Indus University has an autonomous vertical - Training & Placement Department (T & P Dept.) - that connects two vital ends: education and the industry. It exemplifies a link between schools and university constituent associations (entry-level input) and the sector (output-end at the finishing level).

FAQs

What academic opportunities are there for people who complete an M.Tech in industrial metallurgy?

Students with an M.Tech in Industrial Metallurgy can enroll in doctoral programmes (M.Phil or Ph.D) because it is a research-focused field, which is provided by many prestigious universities.

What professions are available to M.Tech Industrial Metallurgy graduates?

-Units that extract and process metals

-Construction businesses

-Heat treatment facilities

-The electrical industry

What is the duration of the M.Tec.h in Industrial Metallurgy programme?

The M.Tech in Industrial Metallurgy programme is a two-year postgraduate engineering programme that focuses on the development, manufacture, and usage of metallic materials as well as the process of extracting metals from their ores.

How much do graduates of M.Tech in Industrial Metallurgy earn?

The average yearly income for a metallurgical engineer in India is 8.5 Lakhs, with salaries ranging from 8.0 Lakhs to 8.6 Lakhs.

Department Activities

Faculty Achievement

The paper titled "Experimental study on effect of temperature and equivalence ratio on biomass syngas generation for fluidized bed gasifier techniques" was published by Dr. Umang Patdiwala and Prof. Dharmendra Sapariya in the journal Energy Sources, Part A: Recovery, Utilization, and Environmental Effects, volume 45, issue 2. The journal is available on Taylor & Francis Online and is indexed in SCI (Science Citation Index).

Alumni Students Achievement

Rajveersinh Rathod, a civil engineering graduate and alumni of Indus University (Class of 2022), has been selected as an officer in the Indian Army at the Services Selection Board in Jalandhar, Punjab. His achievement highlights his leadership skills and dedication as an NCC student.

Alumni Students Achievement

Mr. Akash Gajjar, an automobile engineer and alumni of Indus University created a fully automatic machine that makes hygienic pani puris. It can produce 40,000 puris in 1 hour. The machine uses innovative techniques with four belts to mix dough, shape puris, and prepare them for frying. The final product is crispy and ready to eat.