TUM IDEAward 2021
Do you have an idea and/or technology with market potential? In addition, you meet social challenges? With your founding idea you want to create added value?
Then apply for the TUM IDEAward 2021!
Take your chance to become one of the finalists, benefit from constructive feedback of the jury and receive an individual pitch training. At the public award ceremony of the IDEAward, you will also have the opportunity to present your innovative idea to a broad audience.
The three winning teams will receive prize money of totaling 37,000 euros (1st place: 15,000 euros, 2nd place: 12,500 euros, 3rd place: 10,000 euros) from the Zeidler Research Foundation, an individual start-up coaching from TUM Gründungsberatung to accompany their idea until market launch and get access to a workshop on the topic of "Sustainable Start-ups".
Scientists, graduates (Bachelor, Master, PhD), employees and alumni of TUM can participate.
The detailed participation criteria can be found here (pdf).
TUM IDEAWARD 2021 - application phase ended
- The participation in the competition can be done as an individual (relation to TUM) or a team.
- A team must consist of 50% TUM scientists and/or graduates. The other 50% can be students or external members.
- Application until 04 July via the online form.
- Excluded are ideas which are already financed by funding programmes such as EXIST or similar.
- Furthermore, ideas that have already been implemented in existing companies or companies where related business activities have already been initiated, are excluded from entry.
- Founding may not take place until the prize is awarded.
After an initial selection, the best ideas and projects will be admitted as finalists to phase II.
Further information regarding the conditions of participation can be found here (pdf).
Teams with the best ideas will be invited, in early august, to submit a detailed description of the project via email to ideaward(at)tum.deby September 30, 2021.
Required documents and dates:
- ten-page detailed idea sketch
- CVs of the team members as an attachment to the idea sketch
- Clarification of the patent situation and requirements via TUM ForTe Patents & Licenses with deadline 22.09.2021
- Presentation to a Jury (KW 45)
- Participation in a one-day pitch training (KW 46)
- Participation on the ceremony award event on November 25.
Further information regarding the conditions of participation can be found here (pdf).
The 10 finalists of the IdeAward 2020 in a short introduction:
Beworm is developing a biotic recycling process to degrade oil-based plastics like polyethylene (PE). PE is the world’s most used plastic material and therefore crucial for the pollution of the environment. For a long time, these materials were considered non-degradable, but in recent years research has documented over 90 different organisms, microorganisms and biomolecules that are able to break down these long-chain polymers.
The team is trying to find the right mix of microorganisms to decompose PE into its building blocks, which can be reprocessed into raw material for new plastics or other petrochemical products. Unlike similar projects, Beworm focuses on the industrial application and implementation of the technology as much as on the scientific basic research. This leads to a faster and more market-oriented development. If the process is successfully optimized, it could be a milestone in the fight against plastic contamination and turn plastic production into a circular process.
Plant oils are the most consumed food, after rice and wheat. Palm oil alone acquires 35% of the food-oil market. Due to increased demand, the large plantation of palm trees has associated with the loss of vast stretches of rainforest, endangering biodiversity, and emitting a massive amount of GHGs. Yeast oil has been posed as an alternative oil source that can replace palm oil as both are identical. We, therefore, offer a unique built-in technology platform for yeast oil production that allows, first-time, industrially scalable with high oil-productivity, and low production cost. Accordingly, any waste stream can be converted, by yeast, to high-value oil without resorting to the distractive monocultures. Unlike other yeast oil providers, no GMO is used, no toxic solvents are needed, and no waste streams are generated. Additionally, produced oil is pure, and has high oxidative stability thus it can be directly used without any refining.
The dream of flying – emission free and realized through an innovative and future ready propulsion system. Nowadays, air taxis are powered by batteries. So, what’s the problem? Heavy batteries drastically reduce the air taxis’ flight range, concepts are complex, and a new infrastructure is needed for recharging. And with batteries being constantly replaced these concepts are not even really sustainable.
At HyLevio we are using an innovative hydrogen propulsion system, which allows us to not only fly more sustainable but also longer and with significantly increased range. Therefore, we create a new kind of air taxi to transport our passengers safely and fast from city to city – not just from the city center to the airport. Using hydrogen, the transport is not only more sustainable but also cheaper. Plus, it is actually safer than batteries.
Our mission: unleash the power of hydrogen to realize the dream of flying – emission free.
How do farmers avoid fertilizer overapplication and protect the environment, when climate change and weather extremes, like droughts, increase and they don`t know how their crops develop? Famers need yield information far before the harvest to make the best management. Kronos develops yield predictions with machine learning and big data clusters. Based on that Kronos provides automated fertilizer recommendations with concrete details about the applications in the season. Kronos manages the fertilizer strategies in an intuitive web application to synchronize the need of nutrients and the yield of every single field. That´s how farmers save money and protect ground water. Competitors use satellite imagery to show biomass differences in the fields, without any explanations or regardless to the complex system of the nature. Kronos works on data-driven knowledge about plant growth. Therefore Kronos connects agricultural Know-how and quantitative datasets for the strength in precise plant growth modeling.
Antibody-based immunotherapies have great potential for the treatment of tumor diseases. However, an over-stimulation of the immune system can lead to side effects that require the therapy to be discontinued. This overstimulation has two causes: First, the target antigens are often present both on the tumor tissue and on the healthy tissue. Secondly, the antibodies are active throughout the body and not only locally on the tumor. In order to solve these problems, the team and its mentor Prof. Dietz have developed an "on/off button" for antibody immunotherapies. This is an ultra-miniaturised nanoswitch made of DNA. The nanoswitch can specifically recognize tumor cells and recruit the body's own immune cells to fight these cells. This enables the immune system to fight tumor cells in a targeted and "on demand" manner and leads to lower activity on healthy tissue and thus to fewer side effects.
Simulations of bone surgeries have long been possible. They make surgery shorter and safer. However, they are rarely used in the clinical routine. The reason for this is the complex preparation. Special knowledge,hardware and software are required. With the new software from Mango Medical, surgeons can prepare bone operations on a standard computer - without a specially trained technician and without expensive hard- and software. Thus, even time-critical trauma operations can be prepared quickly and easily. The use of machine learning enables an intuitive interaction between software and surgeon. Valuable time is saved while surgical safety is increased.
Our strength is the team. We combine expert knowledge in the fields of artificial intelligence and computer-assisted surgery. Furthermore, we are independent. Manufacturers of alternative technolgies force users into a fixed ecosystem. We offer an open platform in which the user can freely decide on the technological implementation.
Urinary tract infections are among the most common hospital-related infections with a share of approx. 25 %. Over 80 % of the urinary tract infections are associated with the use of a catheter. Puray develops a self-sterilizing catheter to prevent CAUTIs (Catheter Associated Urinary Tract Infections). With our device we provide hospitals, especially ICU departments with a not yet existing solution to a severe problem without changing the workflow for the hospital staff. We developed the idea during an on stage observation phase at the hospital with iterative feedback from doctors and Med Tech experts.
Solid-liquid reactions play a key role in all process industries, especially in the pharma and water treatment sector. Thereby, (bio) chemical or physical interactions between a liquid and a particulate solid phase take place by means of material transport. However, established procedures harbor procedural weaknesses limiting the transport rate and thus the techno-economic efficiency: process time, footprint, use of resources and waste generation are currently far too high. This is due to the limited usability of small solid particles, which, however, are desirable due to the higher interaction surfaces. SIDERION solves this problem with a highly efficient rotating bed reactor. The innovative essence is the use of a planetary gear to generate periodic centrifugal forces, which keep the particles in an oscillating motion and prevent clogging of the particle bed while maximizing the transport rate. Therefor the reactor chamber rotates around its own axis while moving on a circular path; like the earth does around the sun.
Surgical navigation systems are for example used during spinal fusion surgeries. Current solutions are costly, large in size and complex to use. That is why we envision a new way of surgical navigation. Our user-friendly, small-size system provides a cost-effective yet precise way of placing so-called pedicle screws into vertebrae.
We use latest computer vision technology and a unique user interface to navigate surgical instruments. By using our system, pedicle screws are placed with enhanced precision. This precision minimizes medical complications for the patient and provides additional assurance for the operating surgeon.
The cultivation of bacteria, yeasts or microalgae on a 100-1000 millilitre laboratory scale is mainly carried out either in simple Erlenmeyer flasks or in more complex bioreactors with extensive peripherals. Woortman manufactures a cultivation system that combines the practical ease of use of a shaking flask culture with the complete process monitoring of bioprocess engineering. The unique unambiguous and self-explanatory combination of a culture vessel and the process control unit saves hands-on time and training effort.
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