Plastic Technology Engineering Course

Our industry-focused courses are designed to equip students with hands-on skills and job-ready expertise in key areas. Developed with leading global knowledge partners, AMTEC’s programs bridge the gap between classroom learning and industrial application—preparing learners to thrive in a fast-evolving global economy.

At AMTEC Finishing School, we’re committed to providing industry-specific training that makes students ready to meet the challenges of the modern Plastic Production industry. Our courses are designed to bridge the skill gaps, enabling our aspirants to thrive in today’s global market.

NX CAD – Tool, Mould & Product Design

Duration: 75 Hours
Key Objective: Gain expertise in NX CAD software for designing tools, moulds, and products. Learn advanced design techniques used in the plastics and manufacturing industries.
Key Learnings:

2D sketching, extruding, and revolving
Assembly and drafting techniques
Core-cavity extraction and mould design
Surface modeling and sheet metal design

Learn more

AutoCAD

Duration: 80 Hours
Key Objective: Learn technical design and drafting skills using AutoCAD for industrial applications in plastics, engineering, and manufacturing.
Key Learnings:

2D drafting and drawing fundamentals
Orthographic projections and isometric views
Sections and technical detailing

Learn more

Fusion 360

Duration: 120 Hours
Key Objective: Master Fusion 360 for 3D modeling, drafting, and design, essential for engineering and manufacturing applications.
Key Learnings:

Solid modeling
Assembly and drafting
Advanced surfacing and sheet metal design

Learn more

3D Printing – Basic

Duration: 20 Hours
Key Objective: Learn the fundamentals of 3D printing, different technologies, materials, and their industrial applications.
Key Learnings:

Introduction to 3D printing technologies
Software training and workflow
Hands-on experience with FDM printers

Learn more

3D Printing – Advanced

Duration: 70 Hours
Key Objective: Gain in-depth expertise in 3D printing technologies, processes, and post-processing techniques.
Key Learnings:

Learn about Advanced 3D printing technologies (DLP, SLA, SLS etc.)
Design for 3D printing and material properties
Maintenance and troubleshooting

Learn more

Reverse Engineering (3D Scanning)

Duration: 45 Hours
Key Objective: Learn 3D scanning and reverse engineering to create CAD models for manufacturing, legacy parts, and prototyping.
Key Learnings:

Introduction to metrology and scanning
3D CAD model generation
Quality inspection and tolerance measurement

Learn more

Computer-Aided Manufacturing (CAM)

Duration: 75 Hours
Key Objective: Learn CAM programming to enhance manufacturing efficiency and precision.
Key Learnings:

CNC programming fundamentals
Practical Machine operations and surface finishing
Quality control and advanced toolpaths

Learn more

Waste Management, Sorting Automation & Recycling

Duration: 77 Hours
Key Objective: A combination of theoretical learning, case studies, practical exercises, and industry exposure to understand waste management, recycling technologies, and sustainability practices in the plastics industry.
Key Learnings: