Human augmentation technologies are transforming healthcare,rehabilitation, industrial ergonomics, assistive living, sports, and personal mobility by improving human capabilities and enhancing quality of life.
“Teams need to design a complete human augmentation assembly (like an exoskeleton or prosthetic) using Autodesk Fusion, and then create an industrial digital manufacturing workflow for one crucial machinable part. For the idea round, you submit 6-8 slides showing your CAD models, Renders, and a complete CNC toolpath strategy using 3-Axis milling or 2-Axis turning.”
Deconstructed Problem Blueprint
WHAT TO BUILD?
A comprehensive digital CAD assembly of a human augmentation device coupled with a production-ready CAM manufacturing workflow for a critical machinable mechanical component created entirely in Autodesk Fusion.
WHO IS IT FOR?
Biomedical engineers, industrial workers, rehabilitation clinics, athletes, persons with disabilities, and Autodesk Education Experience evaluators.
WHY DOES IT EXIST?
Human augmentation systems require extreme precision, structural integrity, and ergonomic adaptation, yet bridging the gap between digital generative design and real-world CNC manufacturability remains a major bottleneck for student engineers.
INPUT → PROCESS → OUTPUT ARCHITECTURE PIPELINE
User ergonomic requirements, bio-mechanical constraints, safety factors, material properties (e.g., Al 6061, Titanium, Engineering Polymers), and dimensional criteria.
Concept sketching, parametric CAD modeling in Autodesk Fusion, assembly constraint mapping, component stress/load identification, CAM setup, tool selection, 3-Axis/2-Axis toolpath generation, simulation, and G-code optimization.
6-8 slide PowerPoint submission, full assembly CAD files, exploded and assembled product renders, manufacturing setup sheets, and a fully verified digital CNC machining simulation file.
CONSTRAINTS
- Must be built strictly using Autodesk Fusion (no third-party CAD software models).
- No AI-generated content or plagiarized models.
- The selected critical component must be strictly manufacturable via Subtractive 3-Axis CNC Milling or Subtractive 2-Axis CNC Turning.
- Must include a detailed justification for the selected manufacturing process.
JURY METRICS
- Originality and ergonomic effectiveness of the human augmentation device.
- Precision and cleanliness of the Autodesk Fusion CAD assembly and parametric modeling.
- Accuracy and efficiency of the digital CAM workflow (optimal tool selection, feeds & speeds, collision-free toolpaths).
- Quality of product renders (assembled and exploded views) and clarity of the 6-8 slide presentation.
CORE BOTTLENECK
Selecting a genuinely critical mechanical component that demonstrates advanced CAM capabilities (e.g., pocket clearing, contouring, multi-setup strategy) while strictly staying within the boundaries of 3-Axis milling or 2-Axis turning.
Why You Should Choose This PS (Pros)
- Sponsored directly by Autodesk, giving direct visibility to industry mentors and judges.
- Clear, structured guidelines with precise deliverables (6-8 slides, CAD, CAM simulation).
- High social impact domain (MedTech, HealthTech, Assistive Living).
Challenges & Risks to Watch (Cons)
- Strict restriction to Autodesk Fusion means teams unfamiliar with Fusion's CAM workspace will face a steep learning curve.
- Requires high precision in mechanical design and manufacturing logic; poor toolpath strategy will be instantly flagged by experts.
Recommended Tech Stack & Grand Finale Features
Killer Features to Impress the SIH Jury
View Official SIH 2026 Portal Raw Text▼
The presentation should include:
NOTE: Physical machining or prototype fabrication is not required during the Idea Submission stage. Teams will be evaluated based on the proposed design,CAD model of the identified critical mechanical component, component selection, and digital manufacturing workflow demonstrated in Autodesk Fusion.
For Grand Finale*: Students must use Autodesk Fusion to design and manufacture specific components to machine size within the given time period and present the following to the jury members: