Hacker Teams

MDU

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MDU

We are a Team from Sweden that like to have fun while we work. We are from the Robotics program, Intelligent Embedded Systems, Energy Systems, and a Ph.D. student specializing in multi-agent robot systems. We like challenges and sticking out with our orange shirts. Vision and solution are only part of the way, diversity is key with this team.

From Sweden but not Swedes.

Team Members

Florian Sprang

Mäladarlens Universtiy (MDU)

Hanna Brouillette

Malardalen University

Ingrid Heien Bjonge

MDU

Lukas Dust

Mälardalens University

Sofia Blaad

Mälardalen University

Victor Aziz

Mälardalen University

Team idea

Localizing air leakage in an industrial environment

Geeko Squad

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Telecom Beyond Borders

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Garage Club

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Garage Club

Team of Metropolia University of Applied Sciences from Finland. Team is formed from three engineering students and two newly graduates. Backgrounds: Lauri: Bachelor of Mechanical Engineering Patrik: Bachelor of Electronics Manish: Bachelor student of ICT Walter: Bachelor student of Automation Tuomo: Bachelor student of Electronics

Team of dauntless young Engineers with different technical backgrounds

Team Members

Lauri Ristolainen

Metropolia UAS

Manish Subedi

Metropolia University of Applied Sciences

Patrik Asikainen

Metropolia UAS

Tuomo Kupari

Metropolia/IECO

Walter Niinimäki

Metropolia University of Applied Sciences

Team idea

Make the optimization of the AGV’s working environment easier by visualizing when and where AGV's protective fields have been activated and caused robot to stop.

OTOCON

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Inveniam viam

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Copenhagen Collective

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42 Pythons Swimming in the C

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42 Pythons Swimming in the C

We are a four member team, with people from Germany and Canada, that wants to use algae farming to make our cities greener.

Always carrying a towel.

Team Members

Archishman Kabiraj

McMaster University

Riccardo Starcenko

Albert-Ludwigs-Universität Freiburg

Tim Oswald

Albert-Ludwigs-University Freiburg

Vanessa Stöckl

Albert-Ludwigs-Universität Freiburg

Team idea

We want to realize vertical farms for the micro-algae spirulina. Why spirulina? On the one hand like other algae species spirulina grows in a rapid way and can therefore bind CO2 more efficiently than most plants on land, on the other hand it is a very nutritious protein-rich superfood, that is already used in all sorts of supplements. That means being able to farm spirulina in a large scale can help reduce climate change by binding CO2 as well as provide a sustainable way to produce food in cities, shortening supply chains and decreasing CO2 emissions in the process.

Team Slingshot

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Team Slingshot

Friends who love to make science fiction into science fact

Engineers trying to make engineer's life easy

Team Members

Aravinth Balajee Ravikumar

Saarland University

Premnath Srinivasan

Albert-Ludwigs-Universität Freiburg

Rishabh Verma

Albert-Ludwigs-Universität Freiburg

Siddarth Chockalingam Murugesan

Albert Ludwigs University of Freiburg, Freiburg

Team idea

Pick, plug and work from anywhere - Imagine a situation where you are an embedded engineer in WFH and working on multiple modules requiring constant switching between them, feels familiar right? So, we came up with an IOT-based solution using the robotic arm for picking and plugging different cables into their respective sockets just by your commands from home.

BEEXIE

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Testbed for Industry 4.1 Prague

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Testbed for Industry 4.1 Prague

We are researchers representing Testbed for Industry 4.1 at the Czech Institute of Robotics and Cybernetics. We all come from different backgrounds, but we have one thing in common—a passion for technology and science.

We are team from the Czech republic but no-one from us is Czech

Team Members

D. William Campman

Rochester Institute of Technology

Elizaveta Isianova

Czech Institute of Informatics, Robotics and Cybernetics

Marina Ionova

CIIRC CTU in Prague

Serhii Voronov

Czech Institute of Informatics, Robotics and Cybernetics (CIIRC CTU)

Varun Burde

Czech Technical University in Prague

Team idea

What if we could interact with the robot as we interact with humans? We are presenting to you a proof of concept and use case on how to make using robots easy, move, and visible. Leveraging a blazing-fast 5G network for communication and the Azure cloud for language processing, we are using state-of-the-art computer vision and NLP to make navigational tasks easy for everyone. Heavy hardware and local processing are no longer needed. Robots of the future can be small and affordable, yet smarter than ever.

CUBES

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Space Intentionally Left Blank

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CoLiDAR

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Team 2.0

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Team 2.0

We are two M.Sc. Embedded Systems Engineering students from the University of Freiburg.

Indoor Fire Localization

Team Members

Mouliha Sree Subbian Veluswaami

University of Freiburg

SABARI KANNAN MUTHALAGU

University of Freiburg

Team idea

Our idea is to detect and locate fire in an industry and put it out with the help of Automated Guided Vehicles (AGV). SICK camera is triggered to capture the indoor image whenever the smoke is detected, Microsoft Azure custom vision verifies the presence of fire in it. Then the location is send back to some AGVs in the industry. In case of fire, the AGVs with fire extinguishing balls come to the exact location to put-off the fire.

Geononymous

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AMISTER

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HPA

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Women in AI & Robotics

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ROBOPILINGUIS

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ROBOPILINGUIS

NURSE BOT

A group of highly motivated individuals looking to learn and develop something meaningful for the society.

Team Members

Daneep Lahl

Humber College

Esther Angeles

Seattle University

Mannat Kaur

Humber

Simon Vinkel

SDU Odense

Thomas Therkelsen

University of Southern Denmark

Team idea

We're creating a Nurse Robot as we wish to not only introduce automation in healthcare to provide quality treatment to the patients but also cut the costs related to health treatments in the longer run. COVID crisis created a large shortages of nurses creating so much burden on doctors to ensure each patient gets a quality treatment. Introducing automation to do basic stuff like medication delivery and data acquisition and monitoring will give nurses time to develop a better relationship with their patients. We also want to help environment by making the process paperless using databases to store and retrieve information.

Team Pending

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Sicc

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SegFault

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ViSolution

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