Industrial Design Showcase

Johannes Rieder

Nokia Beacon 2

Wifi 6 Mesh Router

2020
Status: Produced
Role: Industrial Design Lead
Design Direction: Anton Fahlgren, Axel Meyer

Process

Designed from the inside out,

a direct expression of its technical constraints.

Antenna spacing requirements established the

minimum volumetric envelope, while passive

convection cooling favored a vertical orientation.

The result is a form shaped by necessity.
Every element resolves a specific constraint,

translating technical requirements into a refined
object that balances performance with visual calm.

Nokia TWS

The Nokia TWS headphones were developed to
nearly production ready during a time where Nokia
was licensing its brand to external partners.

Unfortunately the licensing contract came to an end
and was not extended under new leadership
before the headphones could go into production.

See Project

2021
Status: Concept
Role: Industrial Design Lead
Design Direction: Anton Fahlgren, Axel Meyer

Nokia 5G16-A

High Gain 5G Receiver

2022 Status: Produced
Role: Industrial Design Lead
Design Direction: Anton Fahlgren, Axel Meyer

Process

Designing for Safety and Purpose
in a unobtrusive form.

Beyond the ever-present goal to minimize the

footprint and visual presence, the IP66 requirement

shaped the enclosure architecture.


Designed for both professional and self-install

scenarios, the installation flow was carefully

prototyped and refined. The introduction of a two-part

sheet metal bracket allowing the device to be hooked

before fastening, reduced unsupported handling

significantly making the process safer.

Self initiated concept project

Personal Skincare

What if skincare were guided by an evidence-based system that

continuously learns from user progress, dynamically adjusts

treatment phases, and adapts to evolving needs and conditions?

We have witnessed — or experienced ourself — the moment in our mid-thirties when the first

wrinkle appears on the forehead. A small line that brings to light an uncomfortable realization:

aging is no longer something that happens only to our parents. From this reflective moment in

front of the mirror often follows a predictable response. We decide we should do “something”
and soon find ourselves standing in front of the anti-aging shelf at the local pharmacy,

confronted with an avalanche of options and extravagant promises wrapped in the glossiest

packaging imaginable. This is the moment the industry anticipates — a customer driven by

urgency rather than understanding. We purchase products that claim to address

our concerns and more. Yet the result, in many cases, is precisely nothing. Our skin is remarkably

effective at keeping things out. Most “miracle” ingredients never penetrate beyond the surface,

they sit on top, only to be washed away later that same day.

Status: Ongoing
Currently researching and testing early ideas

Pan and zoom through the current project status bellow

35%

Array ECG

ECG monitoring is one of the basic vital sign measurements

that is carried out in hospital intensive care units. 

The sensor setup has to stay on the patient’s body often for
weeks, gets unplugged, cleaned and is part of many daily
routines of the healthcare professionals.


The goal in this project was to dive deep into this specific
context to come up with a conceptual solution that improves
ECG monitoring for patients and medical experts.

Got to Project

2021
Status: Concept
University Group Project
Team: Tim Schwarz, Marius Kindler, Jacob Jensen, Johannes Rieder

© 2026 Johannes Rieder

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