Hiroya Taguchi

Developed and implemented the concept of an energy management web application as an initial project for the startup. • Extended a Java framework based on Maven within Eclipse for additional functionalities on Edge devices and the backend. • Enhanced TypeScript and HTML of the Angular-based frontend framework. • Used Docker and Git to facilitate collaborative development within the team.

Developed a medical body posture tracking application. • Created an initial demo using C# and .NET . • Developed a simplified version using Python and OpenCV on a Raspberry Pi.

Development of the software for a car engine ECU (Electronic Control Unit), specifically in charge of power generation control. • Analyze the software requirement documents to integrate them into Bosch system and decide on the software specifications using Rational DOORS. • Design a new software system and collaborate with international teams from Vietnam, India, and Germany to implement it. • Conduct system tests using simulation tools such as LABCAR, CANoe and INCA to assess its functionality.

Responsible for the testing process for the parts known as nozzles in the diesel fuel injection system • Handled the entire process of launching a testing machine from initiation to release, including documentation. • Design components such as the chuck for a robot arm using AutoCAD. • Utilized Q-DAS statistical tools for mass production tests and setting injection capability standards during new product releases.

• Deep learning for image classification using TensorFlow and PyTorch. • Development of a digital library web application using JavaScript for the frontend and Cloud (AWS) for the backend. • Acquired knowledge in software development workflows as part of DevOps, including CI/CD pipelines, Git, and Docker. • Embedded programming using Arduino and C++ . • Highway traffic jam simulator using Unity and C# .

• Acquired basic programming skills in C, C++, Java, Python, JavaScript, PHP, HTML, and CSS. • Developed technical skills in object-oriented programming, full-stack web development, and software algorithm design. • Pursued graduate studies at a Heilbronn university alongside my bachelor’s program to gain more advanced expertise.

• Gained foundational knowledge about energy issues and their solutions. • Researched developing devices using ceramics to generate power from low-energy-density wind and waste heat.

• Acquired foundational knowledge in industrial chemistry, including basic mathematics such as linear algebra and calculus, as well as both theoretical and experimental aspects of chemistry. • Attempted a novel approach in research to develop ceramics with superior dielectric properties.