Completed
Healthcare

IoT in Healthcare

This use case aims to investigate if and how 5G sensors can help improve patients’ recovery.

Partners SURF, Erasmus MC and Medical Delta

Patient’s recovery

Personal and environment sensors can measure heart rate, steps, movement, stress, bood oxygen levels, sleep pattern, ECG, sound pressure, temperature, CO2 levels and much more. By using real-time sensors, personal feedback and data analytics, we can determine if there is a relationship between the length of recovery and his or her environment and behavior at the hospital, nurse home or other facility.

More related projects

Completed
Extended Reality
Horticulture
Robotics

Humanoids picking tomatoes

The Dutch greenhouse horticulture sector is facing a pressing challenge: while the workload continues to increase, skilled labour is increasingly scarce. There is no shortage of tasks, only of hands to do them. How can we ensure that productivity and sustainability remain safeguarded? The Telegreen project may offer an answer: a collaboration between academia and companies developing an innovative humanoid arm that will support employees and secure the future of the sector.

Completed
Drones
Maritime

Mapping offshore network coverage

Reliable coverage is not only important on land, but also at sea. Certain parts of the Dutch coastal waters are not covered. Therefore, startup Drocean aims to create a complete and detailed 5G/4G coverage map of the North Sea to foster within the Dutch maritime sector.

Completed
Healthcare

Better hearing thanks to 5G

How can 5G help hearing-impaired people have a much clearer hearing of speech in a noisy environment? Dutch company Absolute Audio Labs is experimenting with integrating 5G technology into a hearing aid. Their aim is to significantly improve the audibility of a conversation, even when someone is whispering.

Completed
Industry
Robotics

Inspection robots in harsh environments

ExRobotics, the global market leader in autonomous inspection robots within extreme conditions, wants to further develop current robots with 5G technology. In this project, ExRobotics will use Do IoT Fieldlab’s 5G facilities to develop a design and first prototype of a 5G-enabled inspection robot. In addition, the most stringent safety certification is being prepared.

Completed
Horticulture

Listening to plants in the greenhouse

Technological progress in recent years does not yet solve the labour shortage in greenhouse farming. The introduction of 5G is expected to accelerate innovation for sustainable food supply while stimulating more efficient cultivation. For instance, plant health is currently still mainly assessed by the human eye. Delft startup Plense Technologies wants to improve cultivation quality with their ultrasound sensors.

Completed
Horticulture

Insect monitoring in greenhouses

Delft based startup PATS is developing insect monitoring and bio-inspired control systems for greenhouse horticulture. Pest insects in a greenhouse can disturb plant growth or even be a threat to crop yields. Yet, in a healthy ecosystem, some insects can specifically be helpful. Therefore, distinguishing one from the other is preferable, to deploy the appropriate control measure. The aim of this project is to investigate how 5G can contribute to establish fast, reliable connections and improvement in data management.

Completed
Infrastructure

5G innovation on the railway

ProRail, NS and the Ministry of Infrastructure and Water Management want to use the latest communication technology to test and innovate innovations around the railways. To this end, they have established the Rail Fieldlab 5G. Do IoT Fieldlab contributes to this cooperation with expertise and practical experience from our own fieldlab.

Completed
Drones
Healthcare
Robotics

Impeccable coverage for emergency services

Frontier, a Dutch company specialising in connectivity, is investigating the possibilities and benefits of 5G for the Dutch emergency services. Fire brigades, police and ambulances need real-time data to make fast, reliable and accurate decisions in any scenario. This involves the use of increasingly innovative means, such as drones and robots.

Let's innovate together!

Ask your question. You provide the ideas, we provide the connection – both human and wireless.

doiotfieldlab@tudelft.nl

Address

Do IoT Fieldlab
TU Delft
Molengraaffsingel 29, 1st floor
2629 JD Delft

Socials