Industrial Design

Develop products that are both functional and visually refined. From concept exploration to material selection and prototyping, every detail is crafted to create impactful, user-focused solutions.

Industrial Design

Develop products that are both functional and visually refined. From concept exploration to material selection and prototyping, every detail is crafted to create impactful, user-focused solutions.

Industrial Design

Develop products that are both functional and visually refined. From concept exploration to material selection and prototyping, every detail is crafted to create impactful, user-focused solutions.

WHAT THE PROCESS
LOOKS LIKE

An overview of the key phases in the industrial design process and what to expect. Whether it's a fully developed product, a refined concept, or select design enhancements, the approach adapts to fit your needs.

01

Research

Understanding user needs, market trends, and technical constraints is the foundation of industrial design. This phase includes competitor analysis, ergonomics research, and defining the product's functional and aesthetic goals.

OUTCOMES

USER & MARKET RESEARCH

COMPETITIVE ANALYSIS

ERGONOMICS STUDY

FEASIBILITY STUDY

02

Discovery

Early ideas take shape through sketches, rough models, and digital explorations. Multiple directions are explored, focusing on usability, form, and manufacturability while aligning with brand and user expectations.

OUTCOMES

IDEATION

3D MODELING

RENDERINGS

ROUGH PROTOTYPING

UX CONSIDERATIONS

03

Refinement

Once a direction is selected, details are refined, including materials, finishes, and mechanical components. Digital prototypes and refined physical models help evaluate performance and ensure feasibility.

OUTCOMES

CAD DEVELOPMENT

MATERIAL SELECTION

HIGH-FIDELITY PROTOTYPING

ENGINEERING COORDINATION

04

Documentation

Finalizing specifications for production by collaborating with engineers and manufacturers. Design intent is documented through detailed 3D CAD files, technical drawings, and manufacturing specifications.

OUTCOMES

TECHNICAL DRAWINGS

TOLERANCE & FIT ANALYSIS

STATIONARY & PROMOTIONAL

PRODUCTION READY CAD

MANUFACTURING COORDINATION

05

Production Support

Supporting the transition from design to production by reviewing prototypes, refining specifications, and ensuring design intent is maintained. Iterations may be required based on tooling constraints, material feedback, or remote user testing.

OUTCOMES

PROTOTYPE EVALUATION

DESIGN ADJUSTMENTS

CROSS TEAM COORDINATION

WHAT THE PROCESS
LOOKS LIKE

An overview of the key phases in the industrial design process and what to expect. Whether it's a fully developed product, a refined concept, or select design enhancements, the approach adapts to fit your needs.

01

Concept

Understanding user needs, market trends, and technical constraints is the foundation of industrial design. This phase includes competitor analysis, ergonomics research, and defining the product's functional and aesthetic goals.

OUTCOMES

USER & MARKET RESEARCH

COMPETITIVE ANALYSIS

ERGONOMICS STUDY

FEASIBILITY STUDY

02

Discovery

Early ideas take shape through sketches, rough models, and digital explorations. Multiple directions are explored, focusing on usability, form, and manufacturability while aligning with brand and user expectations.

OUTCOMES

IDEATION

3D MODELING

RENDERINGS

ROUGH PROTOTYPING

UX CONSIDERATIONS

03

Refinement

Once a direction is selected, details are refined, including materials, finishes, and mechanical components. Digital prototypes and refined physical models help evaluate performance and ensure feasibility.

OUTCOMES

CAD DEVELOPMENT

MATERIAL SELECTION

HIGH-FIDELITY PROTOTYPING

ENGINEERING COORDINATION

04

Documentation

Finalizing specifications for production by collaborating with engineers and manufacturers. Design intent is documented through detailed 3D CAD files, technical drawings, and manufacturing specifications.

OUTCOMES

TECHNICAL DRAWINGS

TOLERANCE & FIT ANALYSIS

STATIONARY & PROMOTIONAL

PRODUCTION READY CAD

05

Production Support

Supporting the transition from design to production by reviewing prototypes, refining specifications, and ensuring design intent is maintained. Iterations may be required based on tooling constraints, material feedback, or remote user testing.

OUTCOMES

PROTOTYPE EVALUATION

DESIGN ADJUSTMENTS

CROSS TEAM COORDINATION

WHAT THE PROCESS
LOOKS LIKE

An overview of the key phases in the industrial design process and what to expect. Whether it's a fully developed product, a refined concept, or select design enhancements, the approach adapts to fit your needs.

01

Research

Understanding user needs, market trends, and technical constraints is the foundation of industrial design. This phase includes competitor analysis, ergonomics research, and defining the product's functional and aesthetic goals.

OUTCOMES

USER & MARKET RESEARCH

COMPETITIVE ANALYSIS

ERGONOMICS STUDY

FEASIBILITY STUDY

02

Discovery

Early ideas take shape through sketches, rough models, and digital explorations. Multiple directions are explored, focusing on usability, form, and manufacturability while aligning with brand and user expectations.

OUTCOMES

IDEATION

3D MODELING

RENDERINGS

ROUGH PROTOTYPING

UX CONSIDERATIONS

03

Refinement

Once a direction is selected, details are refined, including materials, finishes, and mechanical components. Digital prototypes and refined physical models help evaluate performance and ensure feasibility.

OUTCOMES

CAD DEVELOPMENT

MATERIAL SELECTION

HIGH-FIDELITY PROTOTYPING

ENGINEERING COORDINATION

04

Documentation

Finalizing specifications for production by collaborating with engineers and manufacturers. Design intent is documented through detailed 3D CAD files, technical drawings, and manufacturing specifications.

OUTCOMES

TECHNICAL DRAWINGS

TOLERANCE & FIT ANALYSIS

STATIONARY & PROMOTIONAL

PRODUCTION READY CAD

MANUFACTURING COORDINATION

05

Production Support

Supporting the transition from design to production by reviewing prototypes, refining specifications, and ensuring design intent is maintained. Iterations may be required based on tooling constraints, material feedback, or remote user testing.

OUTCOMES

PROTOTYPE EVALUATION

DESIGN ADJUSTMENTS

CROSS TEAM COORDINATION

EAST DIGITAL DESIGN

All work © East Digital Design 2018-25. All rights reserved East Digital Design LLC, Registered in Tennessee, United States

EAST DIGITAL DESIGN

All work © East Digital Design 2018-25. All rights reserved East Digital Design LLC, Registered in Tennessee, United States

All work © East Digital Design 2018-25. All rights reserved East Digital Design LLC, Registered in Tennessee, United States

EAST DIGITAL DESIGN

All work © East Digital Design 2018-25. All rights reserved East Digital Design LLC, Registered in Tennessee, United States

EAST DIGITAL DESIGN

All work © East Digital Design 2018-25. All rights reserved East Digital Design LLC, Registered in Tennessee, United States

EAST DIGITAL DESIGN