Advanced CAD/CAM Training for Mechanical Engineers

Professional Certification Program by Pertecnica Engineering

Course Overview

Modern industries demand engineers who can design high-precision components and convert them into manufacturable products. CAD/CAM technology plays a critical role in product modeling, simulation, manufacturing planning, CNC machining, toolpath optimization, and digital manufacturing.

Pertecnica Engineering offers an industry-oriented Advanced CAD/CAM Training Program designed to build strong engineering and manufacturing competencies through hands-on design practice, machining simulations, and real-time industrial case studies.

This certification trains engineers to design complex parts, plan CNC operations, and optimize manufacturing processes, preparing them for roles across automotive, aerospace, defense, machining centers, energy sector, consumer products, and heavy industries.

Who Can Join?

• Mechanical Engineers & CAD/CAM Engineers

• CNC Programmers & Tooling Engineers

• Manufacturing & Production Engineers

• Product Design & R&D Engineers

• Engineering Students who aim to work in design and manufacturing

Key Features

• Industry-Specific Curriculum covering design and manufacturing workflows

• Hands-On CAD/CAM Practice: 3D modeling, toolpath generation & machining simulation

• Skill Assessment: Evaluation of current CAD/CAM knowledge & practical ability

• Skill Gap Training: Customized training to improve modeling, drafting, machining & toolpath optimization

• Professional Certification recognized across manufacturing industries

• Real-World Case Studies: Automotive dies, aerospace components, precision tooling, turbine parts, mold design

Training Modules

Module 1: Advanced 3D CAD Design

• Feature-based modeling & advanced surface design

• Assembly design, interference checks & manufacturing considerations

• GD&T application, tolerance stack-up & design for manufacturability (DFM)

Module 2: CAM for CNC Machining

• CNC fundamentals, G-codes, M-codes

• Tool selection & parameter optimization (feed, speed, depth of cut)

• 2-axis, 3-axis & multi-axis machining strategies

Module 3: Toolpath Planning & Optimization

• Roughing, semi-finishing & finishing toolpaths

• Adaptive machining & high-speed toolpath strategies

• Optimization for productivity, quality & tool life

Module 4: Simulation & Validation

• Machining simulation to avoid collision & tool damage

• Verification of toolpaths, stock removal analysis & cycle time reduction

• Fixture design considerations for machining accuracy

Module 5: CAD/CAM Integration with Manufacturing

• Part setup, fixturing & machining sequencing

• Digital manufacturing workflows & CNC shop-floor handover

• File formats, post-processing & data management

Module 6: Industrial Case Studies & Practical Projects

• Mold/die components, aerospace blades, precision parts & tooling

• CAM project with validation report & productivity improvement

• Skill assessment followed by feedback-based skill gap training

Tools Demonstrated (Conceptual + Simulation Exposure)

🛠SolidWorks, CATIA, NX, Creo, Fusion 360, Mastercam, HyperMill

Exposure level depends on batch & domain focus.

Why Pertecnica Engineering?

• Skill Assessment to measure current CAD/CAM capability

• Skill Gap Training to strengthen design, drafting & manufacturing weaknesses

• Hands-On Learning with real component modeling & machining simulation

• Professional Certification in CAD/CAM competencies

• Industrial Focus for job-oriented expertise

• Expert Trainers with industry experience in tooling, automotive, aerospace & precision manufacturing

Career Benefits

This training prepares engineers to work in:

• Product Design (CAD)

• CNC Programming (CAM)

• Mold/Die Design & Aerospace Tooling

• Component Manufacturing & Machining Optimization

• Digital Manufacturing & Industrial Automation Support

Potential job roles include:

• CAD/CAM Engineer

• CNC Programmer

• Manufacturing/Tooling Engineer

• Product Design Engineer

• Digital Manufacturing Engineer