Transform raw materials into high-precision aerospace components using advanced tools, processes, and best practices used by top aerospace manufacturers.
Duration: 3 Months
Who Should Join?
Fresh engineering graduates (Mechanical, Aerospace, Production, Mechatronics) and early professionals passionate about hands-on aerospace production.
Course Outcome
By the end of this course, participants will be equipped to work confidently in manufacturing roles, understand complete production flows, and interpret complex drawings, making them job-ready for the aerospace sector.
Potential Job Opportunities
Production Engineer
CNC Programmer / Operator
Manufacturing Engineer
Assembly & Tooling Engineer
CAM Engineer
Shop Floor Supervisor
Process Engineer
Masterclass: Process & Manufacturing Course
1
GD&T and Engineering Drawing
Sub Topics
Learn to read and interpret engineering drawings used in aerospace.
Master Geometric Dimensioning and Tolerancing (GD&T) training for aerospace engineers to ensure fit, form, and function.
Understand symbols, datums, feature control frames, and tolerances.
Apply drawings to real-world part inspections and manufacturing operations.
2
Aerospace Materials & Process Fundamentals
Sub Topics
Introduction to aerospace-grade materials: aluminum, titanium, composites.
Material behavior during machining, heat treatment, and forming.
Guidelines on material selection and aerospace standards (AMS, ASTM).
3
CNC Machining, Fabrication & Assembly
Sub Topics
CNC machining training in aerospace: turning, milling, drilling, and their real-world applications.
Exposure to CAM software training for engineers for programming machining operations.
Assembly techniques: riveting, bolting, torqueing, and sealants.
Best practices in fixture design and operator safety.
4
Lean Manufacturing & Shop Floor Simulation
Sub Topics
Learn lean manufacturing course for aerospace and 5S principles to maintain an efficient and clean workplace.
Apply lean tools to eliminate waste and improve process flow.
Simulate real-time aerospace shop floor scenarios for hands-on learning.
Understand production planning, process control, and job cards.
5
Live Projects & Case Studies
Sub Topics
Design and simulate aerospace brackets, ducts, clamps using reverse engineering training in India methodology.
Use cross-platform workflows with CAD and CAE tools.
Complete team-based capstone projects and industry case analysis to build a strong portfolio.