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Autodesk Fusion Training Malaysia | HRDF Claimable | 3DTECH

Autodesk Fusion Training Malaysia | CAD, CAM, CAE & PCB | HRDF Claimable

Autodesk Fusion 360 Training Malaysia

Master CAD, CAM, CAE, Manufacturing and PCB Design in One Integrated Platform

Develop practical product design, engineering, simulation and manufacturing skills with 3DTECH Autodesk Fusion Training in Malaysia.

Autodesk Fusion, widely searched as Fusion 360, brings product development into one connected environment by integrating:

CAD → CAM → CAE → PCB → Manufacturing

Instead of transferring engineering data between multiple disconnected applications, Fusion allows designers, mechanical engineers, manufacturing engineers, CNC programmers and product development teams to work with connected product data throughout the development process.

3DTECH provides Autodesk Fusion training through an Autodesk Authorised Training Centre (ATC) environment with structured learning pathways for individuals and corporate engineering teams.

Why Train with 3DTECH?

Autodesk Authorised Training Centre
Autodesk Certification preparation pathway
Practical hands-on Fusion training
HRD Corp / HRDF Claimable training
SBL Khas training support
3DTECH Academy Micro-Credential pathway
CAD, CAM and CAE learning options
Industry-oriented engineering exercises
Corporate and customised training programmes
Training for designers, engineers, machinists and manufacturers

From concept to CNC machining, learn how Autodesk Fusion connects design, engineering validation and manufacturing.

Why Autodesk Fusion?

Modern product development requires more than 3D CAD.

Engineering teams need to design products, validate their performance, prepare manufacturing processes, program CNC equipment and collaborate efficiently without repeatedly translating files between different systems.

Autodesk Fusion addresses this challenge through an integrated product development environment.

One Platform. Four Major Engineering Disciplines.

CAD – Design It

Create accurate mechanical and product designs using parametric, direct, surface and freeform modelling.

CAM – Manufacture It

Convert your design into CNC manufacturing strategies and generate machining toolpaths directly from the same model.

CAE – Validate It

Evaluate product behaviour using engineering simulation before committing to physical manufacturing.

PCB – Electrify It

Bring mechanical and electronic product development together using integrated schematic and PCB design workflows.

This makes Fusion especially suitable for companies developing:

Mechanical products
Machinery
Automation equipment
Jigs and fixtures
Industrial components
CNC-machined parts
Consumer products
Sheet-metal products
Electronic enclosures
Mechatronic products
Prototypes
Research and development products

1. Autodesk Fusion CAD & 3D Modelling Training

Build Intelligent 3D Product Models

CAD forms the foundation of the Autodesk Fusion workflow.

Participants learn how to transform engineering concepts and sketches into accurate digital product models while maintaining design intent.

Training can cover:

Parametric Modelling

Create dimension-driven 3D models where features and dimensions remain associated with the design.

Participants learn how to use parameters, constraints and feature history to make engineering modifications efficiently.

Direct Modelling

Edit existing geometry quickly without relying entirely on feature history.

Direct modelling is useful when modifying imported CAD geometry or making rapid engineering changes.

Surface Modelling

Develop complex product surfaces and control geometry required for industrial and product design applications.

Freeform and T-Spline Modelling

Create smooth, organic and ergonomic product forms using Fusion's sculpting and T-Spline workflows.

Multi-Body Design

Develop complex parts using multiple bodies before converting them into components or manufacturing geometry.

Assembly Design

Build product assemblies and define relationships between mechanical components.

Engineering Drawings

Generate production drawings, dimensions, annotations, exploded views, parts lists and other manufacturing documentation directly from the 3D model.

Autodesk Fusion 360 Essential Training

3DTECH's Autodesk Fusion 360 Essential Training provides the foundation required before progressing into specialised CAM, simulation and advanced design workflows.

The current programme is structured as a 2-day hands-on course.

Key Learning Areas

Participants learn:

Autodesk Fusion interface and navigation
Design units and origin
2D sketch creation
Dimensions and constraints
Extrude and revolve
Fillets and chamfers
Hole features
Construction planes, axes and points
Equations and parameters
Draft, shell and rib
Split face
Threads
Press/Pull
Direct modelling
Sweeps
Lofts
Mirroring
Feature patterns
Assembly design
Joint origins and joints
Rigid groups
Interference detection
Multi-body design
T-Spline and sculpted geometry
Drawing creation
Exploded views
Dimensions and annotations
Parts lists and balloons
Drawing output

Upon completing the course, participants build a solid foundation for progressing into more specialised Fusion CAD, CAM, CAE and manufacturing workflows.

2. Autodesk Fusion CAM & Manufacturing Training

Move Directly from CAD to CNC Manufacturing

One of the strongest Autodesk Fusion selling points is its integrated CAD and CAM workflow.

The manufacturing model remains connected to the original CAD design. When engineering changes are made, manufacturing operations can be updated without rebuilding the entire process from scratch.

This creates a more efficient workflow:

3D Design → Manufacturing Setup → Toolpath → Simulation → NC Code → CNC Machine

Fusion CAM training can be structured for CNC programmers, machinists, manufacturing engineers and CAD/CAM professionals.

CAM Learning Areas

Training may include:

Manufacturing workspace
Machine and manufacturing setup
Work coordinate systems
Tool libraries
Stock definition
2D CNC machining
2.5D machining
3D machining
Drilling
Pocket machining
Contouring
Adaptive clearing
Toolpath simulation
Collision checking
Setup sheets
NC program generation
Post processing
CNC machining workflow

Advanced programmes can progress towards multi-axis machining and manufacturing automation.

Fusion Manufacturing Extension Training

Take CNC Programming Beyond Standard CAM

For manufacturers with more demanding machining requirements, the Autodesk Fusion Manufacturing Extension expands Fusion with advanced manufacturing capabilities.

Training pathways can be developed around:

Advanced 3-Axis Machining

Apply sophisticated machining strategies for complex components and surface geometry.

3+2 Machining

Control tool orientation and machining setups for components requiring multiple machining directions.

Full 5-Axis CNC Machining

Develop simultaneous multi-axis machining strategies for highly complex parts.

Manufacturing Automation

Reduce repetitive CAM programming work and improve consistency between jobs.

Probing and Inspection

Integrate measurement and inspection workflows into CNC manufacturing processes.

Nesting & Fabrication

Optimise sheet-based components for material utilisation and downstream production.

Additive Manufacturing

Extend product manufacturing workflows into supported additive processes.

The Manufacturing Extension is particularly relevant to:

CNC machine shops
Precision engineering companies
Mould and die manufacturers
Aerospace suppliers
Automotive suppliers
Tooling companies
Machinery manufacturers
Contract manufacturers

3. Autodesk Fusion CAE & Simulation Training

Test Before You Manufacture

Engineering design should not stop when the 3D model is completed.

CAE allows engineers to evaluate how a product may respond to real-world operating conditions before manufacturing physical prototypes.

Autodesk Fusion brings engineering simulation directly into the product development environment.

Fusion Simulation Training

Depending on the selected programme and software entitlement, participants can develop skills in areas such as:

Model preparation for analysis
Engineering material assignment
Loads and constraints
Contacts
Mesh generation
Static stress analysis
Displacement analysis
Factor of safety interpretation
Thermal analysis
Thermal stress
Modal behaviour
Structural performance
Design comparison
Result interpretation

This is particularly valuable for:

Mechanical engineers
Product development engineers
Design engineers
R&D teams
Engineering consultants
Machinery designers

Fusion Simulation Extension Training

Advanced CAE for Product Performance and Design Validation

The Autodesk Fusion Simulation Extension extends the engineering analysis capabilities available within Fusion.

Advanced learning pathways may include:

Nonlinear Static Stress

Analyse designs where deformation, contact, load behaviour or material response becomes nonlinear.

Structural Buckling

Evaluate the tendency of structures or components to lose stability under compressive loading.

Modal Frequencies

Study the natural vibration characteristics of components and assemblies.

Thermal Analysis

Understand temperature distribution and heat transfer within a product.

Thermal Stress

Evaluate stresses caused by temperature changes and thermal expansion.

Event Simulation

Investigate how time-dependent forces affect product performance.

Injection Moulding Simulation

Evaluate manufacturability and potential quality issues for injection-moulded plastic components.

Electronics Cooling

Analyse thermal risks associated with electronics and PCB assemblies.

Generative Design

Explore multiple design outcomes based on engineering objectives and manufacturing constraints.

The objective is simple:

Design → Simulate → Optimise → Manufacture

This allows engineering teams to identify potential problems earlier and reduce dependence on repeated physical prototypes.

4. Autodesk Fusion PCB & Electronics Design Training

Connect Mechanical and Electronic Product Development

Modern products increasingly combine mechanical components with electronics.

Autodesk Fusion provides integrated electronics capabilities that bring ECAD and MCAD workflows closer together.

Fusion PCB training can cover:

Schematic capture
Electronic component libraries
PCB layout
Component placement
Routing
Multi-layer PCB development
Design rules
Mechanical enclosure integration
ECAD and MCAD collaboration
PCB manufacturing preparation
Gerber and manufacturing output

This workflow is valuable for companies developing:

IoT products
Electronic devices
Industrial controllers
Smart products
Embedded electronics
Robotics
Automation products
Consumer electronics
Mechatronic equipment

Instead of treating mechanical and electronic design as isolated disciplines, Fusion can provide a more connected product-development environment.

Fusion Design Extension Training

Advanced Product Design and Manufacturing-Aware Modelling

The Autodesk Fusion Design Extension expands Fusion with advanced 3D product-design and modelling capabilities.

Training can focus on:

Manufacturing-Aware Design

Create product geometry while considering how the component will ultimately be manufactured.

Feature-Based Automation

Accelerate repetitive product-design operations using specialised automated functionality.

Geometric Patterning

Create complex and highly configurable design patterns.

Volumetric Lattices

Develop advanced lattice-based geometry for lightweight, performance-driven and visually complex designs.

Plastic Product Design

Develop features commonly required for engineered plastic products.

Design for Manufacturing

Identify potential manufacturing considerations earlier during product development.

Product Configuration

Develop configurable product variants while controlling valid combinations and design intent.

This learning pathway is particularly suitable for:

Product designers
Mechanical engineers
Industrial designers
Consumer-product companies
Plastic-product designers
R&D departments
Product-development teams

Autodesk Fusion Extensions Training

Expand Fusion as Your Engineering Requirements Grow

Companies do not necessarily need to introduce separate software platforms whenever their requirements become more advanced.

Autodesk Fusion Extensions provide additional specialised capabilities within the Fusion environment.

3DTECH training can be structured around three major engineering extension areas:

Fusion Design Extension

Focus: Advanced CAD and product development

Ideal for:

Complex product design
Advanced modelling
Manufacturing-aware design
Product automation
Plastic component development

Fusion Simulation Extension

Focus: CAE, FEA and engineering validation

Ideal for:

Mechanical simulation
Structural analysis
Thermal analysis
Product optimisation
Injection moulding studies
Generative design

Fusion Manufacturing Extension

Focus: Advanced CAM and production

Ideal for:

Advanced CNC programming
3-axis machining
3+2 machining
Full 5-axis machining
Machining automation
Inspection
Nesting and fabrication
Advanced manufacturing

Together, these technologies provide a scalable pathway from:

CAD → CAE → CAM → Production

3DTECH Academy Micro-Credential Pathway

Build Skills Step by Step

3DTECH Academy can structure Autodesk Fusion learning into focused, skills-based Micro-Credential pathways.

Instead of attempting to learn every Fusion capability in one programme, engineers can progressively develop competence based on their job function.

Micro-Credential Pathway 1

Autodesk Fusion CAD & 3D Modelling

Focus areas:

Parametric modelling
Direct modelling
Surface modelling
T-Spline/freeform modelling
Assembly design
Engineering drawings

Suitable for designers and mechanical engineers.

Micro-Credential Pathway 2

Autodesk Fusion Advanced Product Design

Focus areas:

Advanced modelling
Design automation
Product configuration
Manufacturing-aware design
Fusion Design Extension

Suitable for product-development and R&D teams.

Micro-Credential Pathway 3

Autodesk Fusion CAM & CNC Manufacturing

Focus areas:

Manufacturing setup
2D machining
3D machining
Toolpath optimisation
CNC simulation
Post processing

Suitable for CNC programmers, machinists and manufacturing engineers.

Micro-Credential Pathway 4

Autodesk Fusion Advanced Manufacturing

Focus areas:

Advanced CAM
3+2 machining
Full 5-axis machining
Probing
Inspection
Manufacturing automation
Fusion Manufacturing Extension

Suitable for advanced manufacturing and precision-engineering teams.

Micro-Credential Pathway 5

Autodesk Fusion CAE & Simulation

Focus areas:

Static stress
Structural performance
Thermal analysis
Engineering validation
Simulation Extension
Generative design

Suitable for mechanical, simulation and product-development engineers.

Micro-Credential Pathway 6

Autodesk Fusion Electronics & PCB

Focus areas:

Schematic capture
PCB layout
Routing
Electronics design
ECAD/MCAD integration
Manufacturing outputs

Suitable for electronics, electrical, product-development and mechatronics teams.

Stackable Autodesk Fusion Skills Development

The 3DTECH Academy Micro-Credential approach enables organisations to build a structured employee-development roadmap.

For example:

Level 1 – Fusion Essential
↓
Level 2 – Advanced CAD & Product Design
↓
Level 3 – CAM / CAE / PCB Specialisation
↓
Level 4 – Fusion Extensions
↓
Level 5 – Autodesk Certification Preparation

This modular approach allows participants to focus on competencies relevant to their current role while progressively developing broader digital product-development expertise.

HRD Corp / HRDF Claimable Autodesk Fusion Training

Upskill Your Engineering Team Through HRD Corp Claimable Training

Companies looking for HRDF Claimable Fusion 360 Training Malaysia can discuss eligible Autodesk Fusion programmes with 3DTECH.

Applicable programmes may be registered under HRD Corp Claimable Courses, commonly searched by employers as:

HRDF Claimable Training
HRD Corp Claimable Training
SBL Khas Training
SBL Khas Autodesk Training

This makes Autodesk Fusion training particularly attractive to Malaysian employers seeking to develop engineering and manufacturing competencies using available training levy arrangements.

3DTECH can support corporate training enquiries with appropriate training documentation such as:

Course outline
Training quotation
Training schedule
Trainer profile
Learning objectives
Participant requirements

HRD Corp eligibility, claimable amounts and final approval remain subject to current HRD Corp requirements, course registration and the employer's grant approval.

Autodesk Authorised Training Centre

Learn Autodesk Fusion Through an Autodesk ATC

Choosing an Autodesk Authorised Training Centre in Malaysia provides organisations and professionals with a structured learning environment focused on Autodesk technologies.

3DTECH Fusion training combines:

Instructor-led learning
Practical exercises
Industry-oriented projects
Structured course objectives
Professional software workflows
Skills-development pathways
Autodesk certification preparation

The goal is not simply to teach software commands.

The objective is to help participants understand how Fusion can improve the complete engineering workflow:

Concept → Design → Validate → Manufacture

Autodesk Fusion Certification Pathway

Training and professional certification should be treated as complementary but separate achievements.

3DTECH's Autodesk Fusion learning pathway can help participants develop the skills required before progressing toward applicable Autodesk certification.

Depending on experience and career objectives, certification pathways may include Autodesk credentials related to:

Fusion Certified User
CAD for Mechanical Design
Design for Manufacturing
Simulation
Advanced engineering competencies

Certification examination availability, prerequisites and fees should be confirmed before registration.

Completion of a training programme does not automatically constitute Autodesk professional certification unless the participant separately completes and passes the applicable certification examination.

Who Should Attend Autodesk Fusion Training?

Autodesk Fusion training is suitable for:

Mechanical Engineers
Product Development Engineers
Design Engineers
Manufacturing Engineers
CAD Designers
CAM Programmers
CNC Programmers
CNC Machinists
Tooling Engineers
Jig & Fixture Designers
R&D Engineers
Industrial Designers
Product Designers
Simulation Engineers
Electronics Designers
PCB Designers
Mechatronics Engineers
Automation Engineers
Engineering Managers
Technical Educators
TVET Trainers
Engineering Students

Autodesk Fusion Training for Malaysian Manufacturers

Fusion is particularly relevant to Malaysian manufacturers looking to connect design and manufacturing.

A traditional workflow may involve:

CAD Software → Export File → CAM Software → CNC Programming → Engineering Change → Repeat Export

A connected Fusion workflow can instead support:

CAD Design → CAM Programming → Design Change → Associative Update → Manufacturing

Adding simulation creates an even more powerful workflow:

Design → Simulate → Optimise → CAM → CNC Manufacturing

For product companies with electronics:

Mechanical CAD + PCB → Product Integration → Validation → Manufacturing

This is the core business value of Autodesk Fusion.

Why Choose 3DTECH for Fusion Training?

Autodesk Authorised Training Centre

Learn Autodesk Fusion through a structured Autodesk training environment.

Certification Pathway

Develop practical knowledge before progressing toward applicable Autodesk certification examinations.

HRD Corp / HRDF Claimable

Applicable programmes can support Malaysian companies seeking HRD Corp Claimable training, subject to prevailing requirements and approval.

SBL Khas Training

3DTECH can assist companies seeking training under the commonly searched SBL Khas / HRD Corp Claimable Course framework.

Micro-Credential Academy

Build skills progressively through focused CAD, CAM, CAE, PCB and advanced Fusion learning pathways.

CAD + CAM + CAE Expertise

Go beyond software basics and understand how design, engineering validation and manufacturing connect.

Practical Engineering Training

Training focuses on workflows relevant to real mechanical engineering, manufacturing and product-development applications.

Corporate Training

Programmes can be customised according to participants' roles, existing knowledge and company engineering workflows.

Transform Product Development with Autodesk Fusion

Autodesk Fusion is more than a 3D CAD application.

It connects:

CAD – Design
CAM – Manufacture
CAE – Validate
PCB – Electrify
Cloud Data – Collaborate

For companies looking to modernise engineering and manufacturing workflows, Autodesk Fusion provides a connected path from initial concept to manufactured product.

Start with Autodesk Fusion Essential Training, then progress into advanced CAD, CAM, CAE, PCB and Fusion Extension technologies through the 3DTECH Academy Micro-Credential learning pathway.

Contact 3DTECH today to request the Autodesk Fusion training course outline, HRD Corp / HRDF Claimable training quotation, SBL Khas documentation and corporate training schedule.

Frequently Asked Questions – Autodesk Fusion Training Malaysia

What is Autodesk Fusion?

Autodesk Fusion is a cloud-connected product-development platform integrating CAD, CAM, CAE, PCB, data-management and collaboration capabilities within one environment.

Is Fusion 360 the same as Autodesk Fusion?

Autodesk currently markets the product as Autodesk Fusion. However, many users and organisations still search for and refer to the software as Fusion 360, so 3DTECH uses both terms where appropriate to help customers identify the relevant training.

Is Autodesk Fusion training HRDF Claimable?

Applicable 3DTECH Fusion training programmes may be available as HRD Corp / HRDF Claimable courses, subject to current course registration, employer eligibility and HRD Corp approval.

Is Fusion training available under SBL Khas?

HRD Corp Claimable Courses are commonly associated with the former SBL Khas terminology. Companies searching for SBL Khas Fusion 360 Training should contact 3DTECH to confirm the applicable programme and current HRD Corp requirements.

Does 3DTECH provide Autodesk Fusion CAD training?

Yes. The Fusion Essential programme provides a foundation covering sketching, parametric modelling, direct modelling, assemblies, T-Spline sculpting and engineering drawings.

Does 3DTECH provide Fusion CAM training?

Specialised training pathways can focus on CAD-to-CAM manufacturing workflows, CNC programming, machining strategies, toolpaths, simulation and post processing.

Can Autodesk Fusion support 5-axis CNC machining?

Advanced Fusion manufacturing capabilities can support multi-axis CNC workflows, including full 5-axis machining through appropriate Autodesk Fusion manufacturing capabilities and licensing.

What is the Fusion Manufacturing Extension?

The Fusion Manufacturing Extension provides advanced manufacturing technologies for organisations requiring more sophisticated CNC machining, manufacturing automation, inspection, fabrication and related production workflows.

What is the Fusion Simulation Extension?

The Fusion Simulation Extension provides advanced engineering-analysis technologies including structural, thermal and additional product-performance studies, together with generative-design capabilities.

What is the Fusion Design Extension?

The Fusion Design Extension adds advanced 3D modelling and product-development functionality, including manufacturing-aware design, automation, geometric patterning and advanced product-design workflows.

Does Autodesk Fusion support PCB design?

Yes. Fusion includes integrated electronics capabilities for schematic capture, PCB layout and mechanical-electronics integration, making it useful for mechatronic and smart-product development.

Who should attend Autodesk Fusion training?

The course is suitable for mechanical engineers, designers, manufacturing engineers, CNC programmers, machinists, product-development teams, R&D engineers, electronics designers and organisations implementing integrated digital-manufacturing workflows.

Does Fusion training include Autodesk certification?

Training and Autodesk certification are separate. 3DTECH can provide a training and certification-preparation pathway, while candidates must pass the applicable Autodesk certification examination to earn the relevant professional credential.

What is the 3DTECH Academy Micro-Credential pathway?

The Micro-Credential pathway breaks Autodesk Fusion learning into focused skill areas such as CAD, advanced product design, CAM, CNC manufacturing, CAE simulation and PCB. This enables learners to progressively build specialised engineering competencies.

Can 3DTECH provide corporate Fusion training?

Yes. Corporate programmes can be structured around the company's engineering workflow, employee skill level, manufacturing requirements and required Fusion capabilities.