Petr Dobias (Petr Dobiáš) — Industrial Designer · Portfolio

I'm a multidisciplinary Industrial Designer interested in mechatronics, electronic product design, and automotive design.
I bridge the gap between aesthetic form, user experience, and mechanical function, utilizing CAD and prototyping skills to create products that are both visually pleasing and manufacturable.
Currently seeking a design/engineering internship at a company in the Eindhoven region where I can learn & meaningfully contribute to building smart, connected products.
Take a look at some of my work


repair whenever.
interior.
· Removeable cushions
Glimpse of the process
A bunch of students who never built a car before came together.
...and among them - us designers.
I was responsible for leading the design process.
First we had to define the concept of ARIA.
What problem do we address?
How could the automotive industry do better?
How do we want the car to look like?
What silhouette should it have?
Full-scale blackboard sketch helped us define proportions.
Our sketches turned into a surface 3D model.
First in Blender, then Alias, then a solid one — which I had to split into body panels.
Meanwhile, our engineering team collaborated with us to design a steel chassis based on the exterior design
We sent our surface 3D models to a mould-making company.
Stack of MDF plates CNC-milled into shape
We took turns drilling vacuum suction holes.
Then we sanded the surfaces
...and applied non-stick polyurethane coating.
Another company took the moulds and vacuum-formed our panels.
Each panel had to be precisely cut and trimmed by hand.
Not much room for error
A little test run
Demonstrated the importance of traction control.
Aligning and adjusting the panels was perhaps the most challenging part of the process
And demanded multiple long days (and nights) of work
Company Van Wees worked closely with us to manufacture our interior out of their cross-ply panels
Composite blend of shredded Carbon Fiber and polypropylene
My colleague Andrés designed these beautiful 3D printed seat frames
And stitched the upholstery himself.
Picking the right wrap and visitng the wrapping company
We felt blue was the most representative.
I had the pleasure of presenting ARIA at Evoluon (Eindhoven)
...and narrate the unveiling itself.
A great conclusion to more than a year long project.
15 months to make one ARIA.
Glimpse of the process
- AUG '24CONCEPTCHAPTER 01Concept definition
A bunch of students who never built a car before came together.
- SEP '24
...and among them - us designers.
I was responsible for leading the design process.
- OCT '24
First we had to define the concept of ARIA.
What problem do we address?
How could the automotive industry do better?
- NOV '24DESIGNCHAPTER 02Design & sketching
How do we want the car to look like?
- DEC '24
What silhouette should it have?
Full-scale blackboard sketch helped us define proportions.
- MAR '25CADCHAPTER 033D modeling
Our sketches turned into a surface 3D model.
First in Blender, then Alias, then a solid one — which I had to split into body panels.
- APR '25MANUFACTURECHAPTER 04Component manufacturing
Meanwhile, our engineering team collaborated with us to design a steel chassis based on the exterior design
- JUN '25
We sent our surface 3D models to a mould-making company.
Stack of MDF plates CNC-milled into shape
- JUN '25
We took turns drilling vacuum suction holes.
- JUN '25
Then we sanded the surfaces
- JUN '25
...and applied non-stick polyurethane coating.
- JUL '25
Another company took the moulds and vacuum-formed our panels.
- JUL '25
- JUL '25
Each panel had to be precisely cut and trimmed by hand.
Not much room for error
- SEP '25ASSEMBLYCHAPTER 05Assembly
- SEP '25
A little test run
Demonstrated the importance of traction control.
- SEP '25
Aligning and adjusting the panels was perhaps the most challenging part of the process
And demanded multiple long days (and nights) of work
- OCT '25
Company Van Wees worked closely with us to manufacture our interior out of their cross-ply panels
Composite blend of shredded Carbon Fiber and polypropylene
- OCT '25
- OCT '25
- OCT '25
My colleague Andrés designed these beautiful 3D printed seat frames
And stitched the upholstery himself.
- OCT '25
- OCT '25
Picking the right wrap and visitng the wrapping company
We felt blue was the most representative.
- OCT '25
- NOV '25REVEALCHAPTER 06Reveal @ Evoluon
I had the pleasure of presenting ARIA at Evoluon (Eindhoven)
- NOV '25
...and narrate the unveiling itself.
- NOV '25
- NOV '25
- NOV '25
A great conclusion to more than a year long project.
15 months to make one ARIA.












ARIA — Driveable concept car designed & built from ground up to be repairable by its owner.
AUTOMOTIVE DESIGN / DFM / STAKEHOLDER COLLABORATION / INTERDISCIPLINARY TEAMWORK
Designed from scratch by me and my student team (tuecomotive.nl), the total budget of this project exceeded €250.000 to realize our vision of repairable and sustainable mobility.
ARIA — Driveable concept car designed & built from ground up to be repairable by its owner.
AUTOMOTIVE DESIGN / DFM / STAKEHOLDER COLLABORATION / INTERDISCIPLINARY TEAMWORK
Designed from scratch by me and my student team (tuecomotive.nl), the total budget of this project exceeded €250.000 to realize our vision of repairable and sustainable mobility.











OCTOPING — Pair of connected octopus companions designed to help long-distance couples emotionally express themselves.
CONNECTED DEVICES / SOFT ROBOTICS / IOT / AESTHETICS OF INTERACTION / MECHATRONICS / PSYCHOLOGY / USER TESTING
Octoping is a pair of connected octopus companions that share a telepathic-like bond — when one is manipulated, its counterpart awakens and mirrors the gesture through string-actuated soft-robotic tentacles. Developed as my Final Bachelor Project at TU/e under Dr.ir. Joep Frens. Featured at 4TU Dutch Design Week 2025.
OCTOPING — Pair of connected octopus companions designed to help long-distance couples emotionally express themselves.
CONNECTED DEVICES / SOFT ROBOTICS / IOT / AESTHETICS OF INTERACTION / MECHATRONICS / PSYCHOLOGY / USER TESTING
Octoping is a pair of connected octopus companions that share a telepathic-like bond — when one is manipulated, its counterpart awakens and mirrors the gesture through string-actuated soft-robotic tentacles. Developed as my Final Bachelor Project at TU/e under Dr.ir. Joep Frens. Featured at 4TU Dutch Design Week 2025.







BEOSOUND FOCUS — Speculative Bang & Olufsen desktop speaker, designed through the lens of the brand's visual identity.
CMF DESIGN / SURFACE MODELLING / DESIGN LANGUAGE ANALYSIS / KEYSHOT
The form is sculpted around its acoustic intent: a continuous housing wraps a forward-facing driver, with materials and detailing chosen to read as B&O from across a room. Designed in five weeks for CMU’s Product Design 3 Studio. (Speculative project — not affiliated with Bang & Olufsen.)
BEOSOUND FOCUS — Speculative Bang & Olufsen desktop speaker, designed through the lens of the brand's visual identity.
CMF DESIGN / SURFACE MODELLING / DESIGN LANGUAGE ANALYSIS / KEYSHOT
The form is sculpted around its acoustic intent: a continuous housing wraps a forward-facing driver, with materials and detailing chosen to read as B&O from across a room. Designed in five weeks for CMU’s Product Design 3 Studio. (Speculative project — not affiliated with Bang & Olufsen.)


- 01
OCT 2023MealBOX
CMU · 51-343 Product Design 3 Studio - 02
JAN 2023Tempestio
TU/e · Project 2 · New Futures - 03
NOV 2022InfraHeat
TU/e · 4WBB0 Engineering Design - 04
APR 2022Arcee
TU/e · DBB200 Creative Electronics - 05
JAN 2022Steel Ball Machine
TU/e · DBB111 Creative Mechanical Design - 06
MAR 2021FTC Robotics 2020/2021
FTC Team · Powered by Redstone - 07
APR 2020FTC Robotics 2019/2020
FTC Team · Powered by Redstone - 08
JUN 2022SPOTTED
TU/e · Project 1 · Smart Cities - 09
NOV 2021Miniature Artillery
TU/e · DBB100 Creative Programming - 10
MAR 2019Modular Dinner Plate Holder
Home Improvement - 11
MAR 2021Desk Organiser
Home Improvement
A mealbox designed to improve the on-the-go meal experience, mindful of ease of use and cleaning.
↗01 · 2023MealBOX
CMU · 51-343 Product Design 3 StudioA mealbox designed to improve the on-the-go meal experience, mindful of ease of use and cleaning.
↗02 · 2023Tempestio
TU/e · Project 2 · New FuturesA smart chandelier that brings the experience of upcoming weather into the home — and serves as an alarm.
↗03 · 2022InfraHeat
TU/e · 4WBB0 Engineering DesignAn infrared heater that uses object recognition to keep a home inhabitant warm at low cost.
↗04 · 2022Arcee
TU/e · DBB200 Creative ElectronicsA robotic vehicle whose only purpose is to drive around and avoid obstacles.
↗05 · 2022Steel Ball Machine
TU/e · DBB111 Creative Mechanical DesignInterconnected mechanisms forming a machine that moves 20mm steel balls in a continuous loop.
↗06 · 2021FTC Robotics 2020/2021
FTC Team · Powered by RedstoneAn FTC season that challenged us to build a robot capable of picking up and shooting rubber rings.
↗07 · 2020FTC Robotics 2019/2020
FTC Team · Powered by RedstoneAn FTC season that challenged us to build a robot capable of stacking plastic bricks vertically.
↗08 · 2022SPOTTED
TU/e · Project 1 · Smart CitiesAn intelligent parking garage system designed to improve the experience of parking in busy areas.
↗09 · 2021Miniature Artillery
TU/e · DBB100 Creative ProgrammingA software simulation of an artillery gun paired with a 3D-printed miniature that fires steel balls accordingly.
↗10 · 2019Modular Dinner Plate Holder
Home ImprovementA modular plate holder that lets different amounts of plates be stored vertically and conveniently.
↗11 · 2021Desk Organiser
Home ImprovementA simple desk organiser that holds various pieces of office equipment.
So let's begin.