Research Domain
The Industrial Design focus area combines design research, digital engineering, simulation, and prototyping to accelerate product development across mobility, robotics, and autonomous systems using the 3DEXPERIENCE platform.
No phase advancement without clearing each GATE checkpoint — quality is enforced by process, not just grading.
Every project starts by defining its Product, Process, and Resources — before any CATIA sketch is drawn.
Validate fully in SIMULIA — structural, aerodynamic, thermal — before any physical prototype is commissioned.
Every lab begins with a live instructor walkthrough on the DS platform. Students replicate before they create.
Every milestone specifies a minimum deliverable and a stretch target — no one stalls, no one is left unchallenged.
2–4 person teams throughout. Shared accountability, defined roles, and real collaboration — not solo assignments.
Every project is scoped to identify patentable innovations. Prior art search and patent claim drafting are built into CUGM2143.
EVs, agri-drones, and solar-integrated products are prioritised. Sustainability is a design constraint, not a bonus.
No toy projects. Every capstone is a real-world product brief — designed, simulated, and digitally launched for market.
Teams of 2–4 take a product from brief to digital launch in 25 days of intensive project work. Plan, design, simulate, validate, and present a working digital product to a faculty panel and Dassault Systèmes industry reviewers. All tracks require a complete 3DX model, SIMULIA validation report, BOM, and a live product pitch.
E-bike or e-scooter: powertrain in DYMOLA, full body in CATIA, validated in SIMULIA
800kg 4+1 passenger carrier: chassis, suspension, brakes, CATIA assembly + FEA
Quadrotor for pesticide spraying or surveillance: CFD aerodynamics + structural load analysis
Robotic arm or torso: kinematics, actuation, motion simulation in CATIA Kinematics
Ground-based autonomous agricultural robot: locomotion design, CAD assembly, BOM
3D printer, pick-and-place robot cell, or CNC redesign: full mechanical + controls spec
Novel micro-mobility concept: ideation through GATE 0–3, full digital prototype and pitch
Electric vehicles, drones, robotic systems, and autonomous machines built by IFN Industrial Design students. Portfolio being assembled.
GATE reviews, product critiques, Dassault Systèmes workshops, and Industry 5.0 design sprints hosted at IFN. Calendar loading soon.
Dassault Systèmes engineers, product designers, and manufacturing experts who've visited IFN GTM Lab. Profiles being added.
Collaborate on product research, digital engineering, prototyping, or workforce capability development.