Product Designer

givaaerotech; Delhi; Hybrid; INR 800,000 - 1,400,000; Full time

Job summary

givaaerotech is developing GiVa™ HI Smart Glasses, an assistive wearable that provides real-time speech-to-text support for hearing-impaired users. We are seeking a multidisciplinary designer to drive from early form exploration to prototype-ready CAD.

The role focuses on ergonomics, heavy CAD work, and close collaboration with embedded hardware and manufacturing teams. Experience with 3D printing, tolerance design, and a strong portfolio are essential.

Qualifications

• 5–6 years in industrial design and mechanical CAD for wearables or related devices.
• Strong understanding of ergonomics, anthropometry and wearable comfort.
• Proficient CAD skills for enclosures and lightweight structures.
• Experience with 3D printing, tolerances and rapid prototyping.
• Ability to integrate electronics within compact mechanical forms.
• Knowledge of plastics, finishes and proto manufacturing processes.
• Ability to move quickly from sketches to prototype-ready CAD.
• A portfolio showing product-design thinking and mechanical execution.

Responsibilities

• Develop ergonomic smart-glasses concepts for long-duration wear.
• Create sketches, form explorations and mock-ups.
• Build detailed 3D CAD models for frame, temples, enclosures.
• Design mounts for PCB, battery, display, sensors, connectors.
• Convert concepts into manufacturable mechanical designs.
• Produce STEP, STL and fabrication files for prototypes.
• Define tolerances, assembly methods and clearances.
• Support 3D printing and prototype assembly.
• Coordinate with embedded hardware, electronics, testing and manufacturing teams.
• Establish visual and functional design language of the product.

Skills

Industrial design

Ergonomics

Human factors

Wearable comfort

Mechanical CAD

Tools

SolidWorks

Fusion 360

Creo

Rhino

Blender

KeyShot

Adobe Illustrator

Figma

Job description

Wearable design, ergonomics and mechanical CAD

We are building GiVa™ HI Smart Glasses, an assistive wearable for real-time speech-to-text support for hearing-impaired users. We need a multidisciplinary designer who can take the product from early form exploration through to prototype-ready CAD.

Team Hardware

Experience 5-6 years

Engagement Freelance, contract or full-time

Location Delhi / NCR preferred; hybrid or remote for the right candidate

Stage Early product design, ergonomics and wearable prototype engineering

What you will work on

• Develop ergonomic smart-glasses concepts suitable for long-duration wear.
• Study weight distribution across the nose bridge, temples and ears.
• Create sketches, form explorations, mock-ups and wearable design concepts.
• Build detailed 3D CAD models for the frame, temples, enclosures and internal mechanical structure.
• Design mounts and integration features for PCB and electronics, battery, display module, microphones, buttons, connectors and wiring.
• Convert industrial-design concepts and electronics layouts into manufacturable mechanical designs.
• Prepare prototype-ready STEP, STL and fabrication files.
• Define tolerances, assembly methods, fasteners, snap-fits and component clearances.
• Support 3D printing, prototype assembly and fitment validation.
• Conduct comfort, usability and wearable-fit testing.
• Iterate the product based on user feedback, hardware constraints and prototype findings.
• Balance aesthetics, comfort, durability, manufacturability, thermal considerations and internal space constraints.
• Coordinate closely with embedded hardware, electronics, testing and manufacturing teams.
• Help establish the product's overall visual and functional design language.

Ideal profile

• 5-6 years in industrial design and mechanical CAD for wearables, eyewear, AR/VR, medical devices, consumer electronics or IoT products.
• Strong understanding of ergonomics, anthropometry, human factors and wearable comfort.
• Strong CAD skills for product enclosures, small assemblies and lightweight structures.
• Experience with 3D printing, tolerance design, rapid prototyping and assembly validation.
• Ability to integrate electronics within compact mechanical form factors.
• Understanding of plastics, lightweight materials, surface finishes and prototype manufacturing processes.
• Ability to move rapidly from sketches and concepts to prototype-ready CAD.
• A portfolio that shows both product-design thinking and mechanical execution.

Preferred tools

SolidWorks, Fusion 360, Creo, Rhino, Blender, KeyShot, Adobe Illustrator, Figma or similar tools.