Shizuoka Tech Planter 2025

• organizing

  

Regional Development Partners

Grand Prix Name

8th Shizuoka Tech Plan Grand Prix

Location

Co-startup Space & Community "FUSE (B1F, Zaza City Hamamatsu Central Building, 100-1 Kajicho, Naka-ku, Hamamatsu City)

Date & Time

Saturday, July 5, 2025, 13:00-19:00

Application period

Monday, February 10, 2025 - Friday, May 23, 2025

Participation Target

Finalists, partners, researchers in academia, undergraduate and graduate students, middle and high school students, etc.
*Semi-closed (held with pre-registration)
*Finalists: 9 teams (selected from entries)

organizing

Leave a Nest Co., Ltd.

timeline

13:00-13:30

Greetings from the Organizer / Explanation of Purpose / Introduction of Screening Committee Members

13:30-13:45

keynote speech

13:45～14:30

Finalist Presentations (Presenter①-③)

14:30～14:40

break

14:40-15:25

Finalist Presentations (Presenter④-6)

15:25-15:35

break

15:35-16:20

Finalist Presentations (Presenter ⑦ - ⑨)

16:20-17:20

Lightning Talks and Poster Sessions

17:20-18:20

Announcement of Judging Results and Award Ceremony

18:30-19:00

information exchange meeting

• 

  IZANA Corporation

  Presenter] Yuna Omae

  

  Development of undersea sensing technology using ultra-sensitive magnetic sensors

  Through our past efforts, we have developed a new magnetic sensor technology that achieves the "low power consumption and small size" required to mount an ultra-sensitive magnetic sensor on an underwater drone. In this proposal, we will mount this technology on an underwater drone and conduct a demonstration experiment.
• 

  Drive by Bio-signal

  Presenter] Daigo Uchino

  

  Driver driving improvement devices independent of the vehicle

  Although systems to alert drivers are essential to reduce accidents, many vehicles are not equipped with such systems. To address this issue, we have developed a compact monitoring device that does not depend on the vehicle and is easy to install. The device evaluates the driver's burden and fatigue based on biometric information and provides advice and warnings to encourage improved driving.
• 

  CarbonLooping

  Presenter] Nagatoshi Fukuhara

  

  Innovative technology for highly efficient conversion of industrial CO2 emissions into valuable resources

  It is a technology that converts about 60% of CO2 emissions into valuable carbon resources and useful chemical species by treating CO2 emissions with a consolidated structure catalyst system (excellent thermal and material controllability) of methane conversion, dry reforming, and solid C. This technology contributes to the COP conference "Reduction 461 TP3T by 2030.
• 

  Neo Care

  Presenter] Shuhei So

  

  Development of a respiratory monitoring system for newborns

  Develop a next-generation respiratory evaluation system that "detects respiratory abnormalities" based on the rhythm of a newborn's breathing to reform neonatal medical care.
• 

  Martoro Corporation

  Tomohiko Terasawa

  

  Commercialization of multi-trophic stage cultivation of clams using former eel farm ponds

  Clam stocks are declining in Lake Hamana, affecting the local economy. We plan to collaborate with Taiwanese aquaculturists to introduce the Multi-Stage Trophic Aquaculture (IMTA) technology. We will start demonstration experiments this year to prove the business feasibility and sustainability of the multi-trophic stage aquaculture technology.
• 

  Magnetic Nanoanalytics

  Presenter] Tetsushi Ohta

  

  Minimally invasive and rapid cancer diagnostic treatment using magnetic nanoparticles

  Magnetic nanoparticles are nanoparticles whose dynamics can be controlled in a non-contact manner by an external magnetic field. By accumulating magnetic nanoparticles in cancer tissues in the body, we aim to realize minimally invasive early diagnosis and treatment of cancer, which simultaneously realizes detection of cancer location, analysis of pathological information, and treatment.
• 

  F Vital Co.

  Presenter] Takuya Yoshida

  

  Building an infrastructure to support childcare and development through AI image analysis

  Visualize children's developmental status using AI image analysis and vital data to provide personalized and optimal support. By linking medical care, welfare, and education with data, we will create a society where all children can aim for growth and self-fulfillment through community-wide efforts.
• 

  VegOral. lab

  Presenter] Hirotaka Naito

  

  Exploration of ingredients for oral care and their application to functional foods

  We have screened samples of vegetable, fruit, or waste wood juices and components for antibacterial activity using Escherichia coli and Staphylococcus aureus. We have been working to verify the efficacy against periodontal disease bacteria, focusing on the samples that have shown efficacy. We plan to proceed to the development of food products such as beverages.
• 

  SISTEX

  Presenter] Takashi Kurose

  

  Business of low-cost lightweight structural materials inspired by shell nacreous layer

  The applicant has successfully demonstrated proof of concept of an innovative, low-cost, lightweight composite material derived from the wisdom of nature, the shell pearl structure. By combining the applicant's knowledge of automotive material design and construction methods, as well as cost consciousness, the project aims to create a new business that transcends fiber-reinforced materials.