8 Sections
39 Lessons
10 Weeks
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Discover the Career (Introduction)
5
1.1
EA12C10L1 What does a Metallurgical Engineer do & why it matters today
1.2
EA12C10L2 Evolution of Metallurgy — from Bronze Age to Nanotechnology
1.3
EA12C10L3 Industry Overview — Steel, Aerospace, Automotive, Energy & Research
1.4
EA12C10L4 Myths vs. Realities — Is metallurgy only about metals?
1.5
EA12C10L5 Future Relevance — Circular economy & green metallurgy
Is This Career Right for You?
4
2.1
EA12C10L6 Personality Fit — Analytical, detail-oriented, problem-solver
2.2
EA12C10L7 Aptitudes & Interests — Chemistry, physics, material behavior
2.3
EA12C10L8 Creative vs Analytical Balance — Innovation in alloy design
2.4
EA12C10L9 Workplace Environment — Labs, plants, and research setups
Your School & Subject Choices
4
3.1
EA12C10L10 What to Choose After 10th — Science stream & foundations in PCM
3.2
EA12C10L11 What to Choose After 12th — Stream focus & entrance orientation
3.3
EA12C10L12 Recommended Projects, Science Fairs & Olympiads
3.4
EA12C10L13 Coding & Data Skills that Support Material Research
Entrance Exams & Admissions
4
4.1
EA12C10L14 Entrance Exam Overview — JEE Main/Advanced, State CETs, BITSAT, etc.
4.2
EA12C10L15 Top Colleges & Universities — India (IITs, NITs, BHU, etc.)
4.3
EA12C10L16 Top Global Institutions — MIT, Stanford, TU Delft, etc.
4.4
EA12C10L17 Scholarships, Fellowships & Alternate Routes (Polytechnic, lateral entry)
Academic Journey & College Life
5
5.1
EA12C10L18 Course Duration & Pathways — BTech, MTech, PhD
5.2
EA12C10L19 Year-by-Year Subject Overview — Thermodynamics, Extraction, and Alloy Design
5.3
EA12C10L20 Labs & Practicals — Smelting, casting, and testing procedures
5.4
EA12C10L21 Research Projects & Capstones — Material failure, fatigue, corrosion
5.5
EA12C10L22 Assessment Methods & Industry Collaboration Projects
Real-World Experience & Skill Development
5
6.1
EA12C10L23 Internships & Industrial Training — Where and when to apply
6.2
EA12C10L24 Core Tools & Software — MATLAB, ANSYS, COMSOL, Thermo-Calc
6.3
EA12C10L25 Metallographic Analysis & Non-Destructive Testing Techniques
6.4
EA12C10L26 Communication, Reporting, and Safety Protocols
6.5
EA12C10L27 Certifications — NDT Level II, AWS Welding Inspector, etc.
Career Growth, Roles & Income
6
7.1
EA12C10L28 Entry-Level Roles — Process Engineer, Quality Analyst, Lab Technician
7.2
EA12C10L29 Mid-Level Roles — R&D Engineer, Metallurgist, Product Engineer
7.3
EA12C10L30 Senior-Level & Leadership — Plant Head, Consultant, CTO
7.3
EA12C10L31 Entrepreneurship — Metallurgical Consultancy or Material Start-ups
7.4
EA12C10L32 Salary Insights — India vs. Global Averages (Steel, Automotive, Space)
7.5
EA12C10L33 5-, 10-, 20-Year Career Growth Maps
Future Trends & Your Personal Roadmap
6
8.1
EA12C10L34 Emerging Fields — Nanomaterials, Biomaterials, Smart Alloys
8.2
EA12C10L35 AI, Machine Learning & Digital Twins in Metallurgy
8.3
EA12C10L36 Sustainable & Green Metallurgy — Recycling, Carbon Capture
8.4
EA12C10L37 Space & Defense Metallurgy — High-temperature materials
8.5
EA12C10L38 Your 5-Year Action Plan — Courses, Skills, and Internships
8.6
EA12C10L39 Related Careers — Materials Engineer, Welding Engineer, NDT Specialist, Failure Analyst
Metallurgical Engineer
Curriculum
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