This training course will equip participants with the necessary skills and knowledge on how to report, analyze, and disseminate data for all health programs.
| Course Title | Mastering Fusion 360 for Product Design and Engineering Training Course |
| Organization | Tech For Development (T4D) |
| Venue | Tech For Development (T4D) Training Center along Tala Road, Runda, Nairobi |
| Target Industries |
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| Target Job Roles |
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| Course Fees (Face-to-Face) | USD 2,200/KES 150,000 (Exclusive of VAT) |
| Course Fees (Virtual) | TBA |
| Training Modes | Virtual and face-to-face training |
| Payment | Payment should be made to the Tech For Development (T4D) bank account on or before the start of the course |
| Accreditation | Tech For Development Certificate of Course Completion |
This comprehensive, hands-on training course is designed to equip engineers, designers, and makers with end-to-end proficiency in Autodesk Fusion 360, one of the most powerful cloud-based 3D CAD, CAM, and CAE tools available today.
With the increasing demand for rapid prototyping, design for manufacturability, and digital product development, Fusion 360 bridges the gap between design and engineering. The course addresses current industry needs by covering the entire product development lifecycle: concept design, parametric modeling, simulation, collaboration, manufacturing, and documentation.
Learners will gain real-world skills through a blend of software instruction and project-based learning using case studies that simulate real engineering and design challenges. Whether you're designing a consumer product, mechanical part, or assembly ready for 3D printing or CNC machining, this course will help you turn concepts into fully functional, manufacturable designs.
10 Days
Mechanical and Product Design Engineers
Industrial Designers
Engineering Students and Educators
Makers and Inventors
3D Printing and CNC Machining Professionals
Gain industry-relevant CAD/CAM/CAE skills
Learn the entire product development workflow in one tool
Improve your portfolio with real-world product design projects
Increase employability in design, prototyping, and manufacturing roles
Reduce design-to-production cycle time
Improve collaboration between engineering and manufacturing teams
Enhance product innovation and prototyping capability
Lower design errors and material waste through simulation and precision modeling
By the end of this course, participants will be able to:
Use Fusion 360 to design, analyze, and simulate 3D models
Create assemblies, animations, and technical documentation
Perform basic simulations and stress tests
Generate toolpaths for CNC and prepare designs for 3D printing
Collaborate and manage projects in the cloud
Overview of the Fusion 360 interface and workspace
Cloud-based project setup and data management
Overview of the product development process
Navigation, sketching, and basic tools
Case Study: Design a phone holder stand from sketch to model
Creating 2D sketches with constraints and dimensions
Design intent and parametric control
Construction geometry and sketch management
Best practices in 2D sketching
Case Study: Sketch and model a parametric desk lamp bracket
Extrude, revolve, loft, and sweep features
Fillets, chamfers, shells, and drafts
Design history and timeline editing
Working with multiple bodies
Case Study: Model a reusable water bottle with threaded cap
Top-down vs. bottom-up design
Assembling components using joints and constraints
Creating motion links and contact sets
Exploded views and motion studies
Case Study: Assemble a robotic gripper mechanism
Introduction to the sculpt (T-spline) environment
Creating organic shapes and ergonomic designs
Edit forms, symmetry, and control point manipulation
Converting surfaces to solids
Case Study: Design an ergonomic wireless mouse shell
Applying appearances and materials
Setting up environments and lighting
Creating realistic renderings for presentations
Exploded views and animation creation
Case Study: Create a product showcase render of a kitchen appliance
Static stress and safety factor analysis
Setting up constraints, loads, and materials
Meshing and interpreting results
Basic thermal and modal simulations overview
Case Study: Analyze structural stress on a bike crank arm
Design rules for 3D printing (FDM, SLA)
Checking and fixing geometry (manifold, watertight)
Generating STL and slicing basics
Integrating Fusion 360 with slicers
Case Study: Design and export a custom phone case for FDM printing
Introduction to the Manufacture workspace
Tool library, stock setup, and operation types (2D, 3D milling)
Generating and simulating toolpaths
Post-processing and exporting G-code
Case Study: Generate CAM paths for a wooden phone amplifier block
Capstone Project: Design, simulate, and prepare a product for manufacturing
Peer reviews and team presentations
Portfolio preparation tips
Final Q&A, wrap-up, and certification
Capstone Case Study: Complete design and manufacturing plan for a portable Bluetooth speaker housing
This instructor-led training course is delivered using a blended learning approach comprising presentations, guided practical sessions, web-based tutorials, and group work.
Participants will receive a Tech For Development Certificate of Course Completion.
Held at the Tech For Development Training Centre.
Arranged upon request.
Email: letstalk@techfordevelopment.com
Phone: (+254) 790 824 179
Customised training available.
Send proof of payment to letstalk@techfordevelopment.com.