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BTech in Metallurgical Engineering from BTU Course Overview
BTech in Metallurgical Engineering at Bir Tikendrajit University encompasses key areas such as metal extraction, material science, and alloy development processes. Students gain in-depth knowledge about essential topics like heat treatment, corrosion control, and various material testing techniques that are crucial for evaluating material properties. Practical labs are integral to the program, enabling learners to understand and observe metal behavior under diverse conditions. The curriculum places a strong emphasis on the industrial applications of both ferrous and non-ferrous metals, giving students insight into real-world scenarios. This structured program effectively bridges the gap between theoretical concepts and the practical metallurgical processes utilized in various industries, ultimately building expertise in material performance and processing techniques essential for a successful career in the field.
Eligibility
10+2 pass with PCM from a recognized board.
Bir Tikendrajit University Advantages
- UGC Recognized State Private University
Established under Manipur State Act and recognized by UGC for valid degree programs. - Diverse Professional Programs
Offers career-oriented courses across management, IT, education, and humanities. - Student-Centric Learning Approach
Focus on accessible education with flexible learning support for students.
BTech in Metallurgical Engineering from BTU Course Syllabus
1st Semester
- Matrices and Calculus
- Applied Physics
- C Programming and Data Structures
- Engineering Workshop
- English for Skill Enhancement
- Elements of Metallurgical Engineering
- Applied Physics Lab
- English Language and Communication Skills Lab
- C Programming and Data Structures Lab
- Environmental Science
2nd Semester
- Ordinary Differential Equations and Vector Calculus
- Engineering Chemistry
- Computer Aided Engineering Graphics
- Engineering Mechanics
- Introduction to Engineering Materials
- Python Programming Lab
- Engineering Chemistry Lab
- Engineering Materials Lab
- Engineering Graphics and Computer Aided Design
- Sustainable Engineering Systems
- Introduction to Digital Systems
- Engineering Mechanics
- Principles of Flight
- Aero Modelling Lab
- Engineering Immersion Lab
- Materials Chemistry Lab
3rd Semester
- Probability, Statistics & Complex Variables
- Mineral Processing
- Metallurgical Analysis
- Metallurgical Thermodynamics – I
- Physical Metallurgy
- Physical Metallurgy Lab
- Mineral Processing Lab
- Metallurgical Analysis Lab
- Constitution of India
4th Semester
- Basic Electrical and Electronics Engineering
- Metallurgical Thermodynamics – II
- Principles of Extractive Metallurgy
- Fuels, Furnaces and Refractories
- Iron Making
- Basic Electrical and Electronics Engineering Lab
- Principles of Extractive Metallurgy Lab
- Fuels, Furnaces and Refractories Lab
- Gender Sensitization Lab
5th Semester
- Business Economics & Financial Analysis
- Mechanical Metallurgy
- Heat Treatment and Phase Transformations
- Metal Casting
- Steel Making
- Metal Casting Lab
- Heat Treatment and Phase Transformations Lab
- Mechanical Metallurgy Lab
- Intellectual Property Rights
6th Semester
- Non-Ferrous Extractive Metallurgy
- Metal Forming
- Metal Joining
- Elective-I (Ceramics and Composite Materials / Computational Materials Engineering)
- Metallurgy for Non Metallurgists
- Metal Forming Lab
- Metal Joining Lab
- Advanced English Communication Skills Lab
- Industry Oriented Mini Project
- Environmental Science
7th Semester
- Introduction to Instrumentation
- Environmental Degradation of Materials
- Elective-II (Materials Characterization Techniques / Nuclear Metallurgy)
- Elective-III (Light Metals & Alloys / Failure Analysis)
- Elective-IV (Surface Engineering / Energy Materials)
- Testing of Materials
- Environmental Degradation of Materials Lab
8th Semester
- Professional Elective-V (Solidification Processing / Functional Materials)
- Professional Elective-VI (Powder Metallurgy / Bio Materials)
- Alloy Steels
- Project
BTech in Metallurgical Engineering from BTU Course Fee Structure
We offer flexible payment options that let students pay the program fee in convenient installments.
Indian Nationals
Installment Plan
INR 80,000 X 4
Full Course Fee
INR 3,20,000
International Students
Installment Plan
INR 1,60,000 X 4
Full Course Fee
INR 6,40,000
Important Note:
The above fee structure is applicable for the current academic session. Fees once paid are non-refundable as per university guidelines. Students are advised to confirm the latest fee details with the admission counsellor before enrollment.
Admission Process
Complete your admission by following the simple steps below.
Application
Submit the enquiry form. Our admission counsellor will contact you for further guidance.
Document Submission
Share the required academic documents, ID proof, latest photograph and signature.
Fee Payment
Pay the applicable fee for the first year or full course as guided by the counsellor.
Admission Confirmation
The university will evaluate your documents to confirm your admission.
Get a Recognized Degree
Globally Accepted
Graduate with UGC-entitled and internationally accepted online degrees.
Equivalent to a Regular Program
Enjoy the same academic standards, credibility, and recognition as a traditional classroom degree.
Awarded by the University
Receive your final degree certificate directly from the university upon successful completion of the program.
BTech in Metallurgical Engineering from BTU Career Prospects
Graduates can work in steel plants, metal industries, and material testing laboratories.
Program Outcomes
Students understand material properties, extraction techniques, and quality testing methods. They learn to improve metal performance for industrial use. The program develops analytical and laboratory skills for metallurgical applications.
Career Pathways
- Metallurgical Engineer
- Quality Testing Engineer
- Material Engineer
- Process Engineer
- Heat Treatment Specialist
- Plant Engineer
Industries
- Steel Plants
- Metal Processing Units
- Foundries
- Mining Sector
- Material Testing Labs
- Manufacturing Units
Frequently Asked Questions (FAQs)
Students who have completed 10+2 with Physics, Chemistry, and Mathematics are eligible for admission.
The program follows semester mode and is completed over 48 months.
Graduates can work in steel plants, metal industries, mining sectors, manufacturing units, and material testing laboratories.
Yes, metallurgical engineers are required in metal production, industrial manufacturing, and mining sectors.
Bir Tikendrajit University offers technical learning focused on metallurgy, material science, and industrial metal processing.
Yes, graduates can work in steel plants, alloy industries, and industrial production sectors.
