We empower patients with neurological challenges through technology

With pioneering ultra long-term EEG technologies we simplify long term brain sensing for the benefit of patients and health care professionals.

Brain Sensing Innovation Hub

T&W Engineering is a health tech company focused on helping and empowering patients with neurological challenges, as well as giving health care professionals better insight into patient’s conditions.

Our innovation hub is pioneering long-term EEG technologies - simplifying long term brain sensing for everyday use.

Our three primary focus areas: Data-Science, ASIC-Development, and Ear-EEG Technology are key to making brain sensing available for everyday use.

We strive to enable device and data augmented applications across the health continuum, from healthy living and prevention, to diagnosis, treatment and home care; partnering with top applications specialists and researchers across the world.

Brain Sensing made Easy
in three ways

Data Science

ASIC-Development

Ear-EEG Technology

DATA SCIENCE

We develop the future

Our data science department develops the future intelligent solutions for the benefit of patients with neurological diseases.

ASIC-DEVELOPMENT

State of the art EEG data

Our in-house ASIC group develops innovative EEG data acquisition circuits ensuring state of the art EEG data quality.

EAR-EEG TECHNOLOGY

Easy, discreet brain sensing

Ear-EEG is a novel way to measure brainactivity without the traditional cumbersome EEG setups.

15+

Years EEG experience

27

Patents

25

Employees

23

Publications

We are a company of 25 smart minds, and value an open culture, humor, and people with initiative!

Together, we combine a range of deep specialties where everyone makes a difference: advanced machine learning, clinical research, custom ASIC development, ear-worn mechatronics, and medical engineering.

T&W Engineering was formed in 2015 as a spin-out from Widex, thus leveraging 65 years of experience in medical ear-worn technologies, and pioneering the use of ultra long-term EEG, deep clinical insights, and advanced machine learning to deliver on the promise of ubiquitous brain sensing.