Onboarding & Mastercam intro
Workspaces, file management, settings and toolpath preview.
AUTHORISED MASTERCAM TRAINING CENTER
Learn Mastercam, program real CNC machines, and build an employer-ready portfolio.
ENQUIRE ABOUT ADMISSION →NOW ENROLLING
Explore our active training programs managed live by CAM-TECH instructors.
Mastercam Mill-Turn Course focuses on advanced CNC programming for multi-axis machines, combining milling and turning operations in a single setup. Students learn toolpath creation, simulation, and real-world machining techniques for complex parts.
Mastercam Design cource focuses on creating 2D & 3D CAd models for manufacturing. Learn sketching, wireframe, surfaces, And solid modeling to prepare accurate design for CNC machining.
Mastercam Mill 3D is an advanced course focused on 3D CNC programming for complex parts like molds and dies. It covers roughing, finishing, high-speed toolpaths, and simulation. Students learn to create efficient programs and achieve high-quality surface finishes on VMC/HMC machines.
Mastercam Multiaxis is an advanced course focused on 4-axis and 5-axis CNC programming. It covers simultaneous machining, complex toolpaths, tool orientation, and collision avoidance. Students learn to machine intricate parts with high precision and efficiency on multi-axis machines.
Mastercam Lathe is a CNC programming course focused on turning operations for 2-axis machines. It covers facing, turning, grooving, threading, and toolpath generation. Students learn to create efficient programs, select tools, and simulate operations for accurate and safe machining.
COMPLETE COURSE CONTENT
Hands-on Mastercam training for milling, turning and multi-axis machining. Classroom-led lab sessions on licensed Mastercam stations and real CNC machines—ideal for students, operators and aspiring CAM programmers.
WHAT YOU WILL LEARN
Create production-ready CAD models in Mastercam
Generate 2D and 3D milling and turning toolpaths
Program VMC, HMC, lathe and multi-axis operations safely
Produce machine-ready G-code with appropriate post processors
Detect collisions and optimise feeds, speeds and cycle time
Build a portfolio of 3–5 real parts for employers
CURRICULUM
Workspaces, file management, settings and toolpath preview.
Sketching, cleanup, solids and importing STEP/IGES models.
Contour, pocket, drilling, lead-ins, depths and G-code.
Roughing, finishing, rest machining and flow paths.
Facing, turning, grooving, threading and live tooling.
Fixtures, workholding, sequential and multi-op programming.
3+2, simultaneous 5-axis, tool axis control and collision avoidance.
Tool selection, coatings, coolant and MRR optimisation.
Verification, machine-ready NC code and controller preparation.
Full CAD → CAM → simulation → post-process workflow.
EXAMPLE SCHEDULE
Week 1 — Onboarding, CAD fundamentals + 2D labs
Week 2 — Advanced 2D + entry to 3D milling
Week 3 — 3D finishing + toolpath optimisation
Week 4 — Turning, lathe + multi-op setup
Week 5 — Multi-axis & 5-axis deep dive
Week 6 — Post-processing, capstone + assessment
ASSESSMENT
Labs 50% · Capstone 30% · Theory & viva 10% · Attendance & safety 10%
Pass ≥60% · Merit 75–89% · Distinction ≥90%
Every lab includes a drawing, tooling list, setup, simulation, NC code and job report.
CERTIFICATION & CAREERS
CAM-TECH Certificate of Completion covering practical and theory assessment, plus guidance for third-party Mastercam certifications.
CNC/Mastercam Programmer · CAM Process Engineer · Production Technician · Junior Fixture & Tooling Designer