© 2024 - 2026

amatstudio

amatstudio

Designing physical products from concept to build-ready design, supported by high-end visualization and engineering thinking.

© 2024 - 2026

amatstudio

Designing physical products from concept to build-ready design, supported by high-end visualization and engineering thinking.

About my experience

I’m an industrial designer with an engineering background, focused on developing physical products from early concept to build-ready design. My work combines sketching, CAD, technical reasoning and high-end visualization to help teams make confident decisions before manufacturing and production.

5

+

Years of Experience

5

+

Years of Experience

5

+

Years of Experience

10

+

Products & systems designed

10

+

Products & systems designed

10

+

Products & systems designed

5

+

Countries worked with

5

+

Countries worked with

5

+

Countries worked with

100

%

Client satisfaction rate

100

%

Client satisfaction rate

100

%

Client satisfaction rate

Clear Concepts

Clear Concepts

Build-Ready Design

Build-Ready Design

Engineering Thinking

Engineering Thinking

High-End Visualization

High-End Visualization

Sketch to Product

Sketch to Product

Services

How I can help.

End-to-end industrial design for real, buildable products.

1.

Product Design

2.

CAD & Engineering Support

3.

Product Visualization

I help define and shape physical products from early-stage ideas to clear, coherent concepts. This phase focuses on form, usability and design intent, always considering feasibility and real-world constraints.

Timeline

Project-based timeline

I translate concepts into precise, structured CAD models that support technical validation and prototyping. This includes surface refinement, basic mechanisms and engineering-driven decision-making.

Timeline

Project-based timeline

I create high-end product visuals that clearly communicate design intent and functionality. These visuals help teams, clients and investors understand, evaluate and align before manufacturing.

Timeline

Project-based timeline

1.

Product Design

2.

CAD & Engineering Support

3.

Product Visualization

I help define and shape physical products from early-stage ideas to clear, coherent concepts. This phase focuses on form, usability and design intent, always considering feasibility and real-world constraints.

Timeline

Project-based timeline

1.

Product Design

2.

CAD & Engineering Support

3.

Product Visualization

I help define and shape physical products from early-stage ideas to clear, coherent concepts. This phase focuses on form, usability and design intent, always considering feasibility and real-world constraints.

Timeline

Project-based timeline

My process

I follow a clear, step-by-step process that reduces uncertainty and manufacturing-ready desicions.

I follow a clear, step-by-step process that reduces uncertainty and manufacturing-ready desicions.

01.

Discovery & Product Definition

We align on the product vision, requirements and constraints. This includes understanding use cases, technical limits and project goals before design begins.

01.

Discovery & Product Definition

We align on the product vision, requirements and constraints. This includes understanding use cases, technical limits and project goals before design begins.

02.

Concept & Design

Early concepts are explored through sketching and form development. The focus is on defining a clear design direction that balances usability, aesthetics and feasibility.

02.

Concept & Design

Early concepts are explored through sketching and form development. The focus is on defining a clear design direction that balances usability, aesthetics and feasibility.

03.

CAD & Technical Development

Selected concepts are translated into structured CAD models using an engineering-driven approach. Design for manufacturing principles are applied to deliver manufacturing-ready CAD packages, suitable for prototyping and direct handoff to manufacturing teams.

03.

CAD & Technical Development

Selected concepts are translated into structured CAD models using an engineering-driven approach. Design for manufacturing principles are applied to deliver manufacturing-ready CAD packages, suitable for prototyping and direct handoff to manufacturing teams.

04.

Visualization & Communication

High-end renders and visuals are used to clearly communicate design intent, functionality and assembly logic. This helps teams, stakeholders and investors align before moving into production.

04.

Visualization & Communication

High-end renders and visuals are used to clearly communicate design intent, functionality and assembly logic. This helps teams, stakeholders and investors align before moving into production.

Benefits

Why work together?

A pragmatic, engineering-aware approach to product design, focused on clarity, feasibility and manufacturing handoff.

Manufacturing-Aware Design

Manufacturing-Aware Design

Manufacturing-Aware Design

Engineering-Driven Design

Design decisions are made with technical constraints and manufacturing realities in mind from the start.

Structured & Predictable Timelines

Clear Communication

Complex design and technical decisions are translated into clear visuals and documentation teams can align around.

Engineering-Driven Design

Design decisions are made with technical constraints and manufacturing realities in mind from the start.

Structured & Predictable Timelines

Clear Communication

Complex design and technical decisions are translated into clear visuals and documentation teams can align around.

Manufacturing-Ready

Deliverables are structured to support prototyping and direct handoff to manufacturing teams.

Single Point of Responsibility

You work directly with the designer responsible for the project. No handoffs, no intermediaries.

Manufacturing-Ready

Deliverables are structured to support prototyping and direct handoff to manufacturing teams.

Single Point of Responsibility

You work directly with the designer responsible for the project. No handoffs, no intermediaries.

10+

Satisfied Clients

10+

Satisfied Clients

Testimonials

Trusted by clients

Feedback from founders, teams and companies I’ve worked with.

FAQs

Frequently Asked Questions.

We know every project is unique, and you might have some questions before getting started.

What types of projects do you work on?
icon

I work on physical product design projects, from early-stage concepts to manufacturing-ready CAD. This includes consumer products, hardware, technical systems and products intended for real-world production.

Who do you typically work with?
icon

I collaborate with founders, startups, internal product teams and companies developing physical products. I can work independently or integrate with existing engineering and manufacturing teams.

How long does a typical project take?
icon

Timelines depend on scope and project stage. Most projects are structured in clear phases, with defined milestones to support decision-making and manufacturing handoff.

What do you need to get started?
icon

A clear description of the product idea, current stage and goals. From there, I help define scope, deliverables and next steps before starting.

How many revisions do you offer?
icon

Revisions are handled as part of a structured process, focused on reaching the right solution rather than unlimited iterations. The number of revisions is defined per phase and project scope.

Can you deliver designs ready for manufacturing?
icon

Yes. Design for manufacturing principles are applied throughout the process, and deliverables are prepared to support prototyping and direct handoff to manufacturing teams.

What types of projects do you work on?
icon

I work on physical product design projects, from early-stage concepts to manufacturing-ready CAD. This includes consumer products, hardware, technical systems and products intended for real-world production.

Who do you typically work with?
icon

I collaborate with founders, startups, internal product teams and companies developing physical products. I can work independently or integrate with existing engineering and manufacturing teams.

How long does a typical project take?
icon

Timelines depend on scope and project stage. Most projects are structured in clear phases, with defined milestones to support decision-making and manufacturing handoff.

What do you need to get started?
icon

A clear description of the product idea, current stage and goals. From there, I help define scope, deliverables and next steps before starting.

How many revisions do you offer?
icon

Revisions are handled as part of a structured process, focused on reaching the right solution rather than unlimited iterations. The number of revisions is defined per phase and project scope.

Can you deliver designs ready for manufacturing?
icon

Yes. Design for manufacturing principles are applied throughout the process, and deliverables are prepared to support prototyping and direct handoff to manufacturing teams.

What types of projects do you work on?
icon

I work on physical product design projects, from early-stage concepts to manufacturing-ready CAD. This includes consumer products, hardware, technical systems and products intended for real-world production.

Who do you typically work with?
icon

I collaborate with founders, startups, internal product teams and companies developing physical products. I can work independently or integrate with existing engineering and manufacturing teams.

How long does a typical project take?
icon

Timelines depend on scope and project stage. Most projects are structured in clear phases, with defined milestones to support decision-making and manufacturing handoff.

What do you need to get started?
icon

A clear description of the product idea, current stage and goals. From there, I help define scope, deliverables and next steps before starting.

How many revisions do you offer?
icon

Revisions are handled as part of a structured process, focused on reaching the right solution rather than unlimited iterations. The number of revisions is defined per phase and project scope.

Can you deliver designs ready for manufacturing?
icon

Yes. Design for manufacturing principles are applied throughout the process, and deliverables are prepared to support prototyping and direct handoff to manufacturing teams.