SAMASY

About SAMASY

SAMASY provides a user-friendly platform for thermal management in electronic circuit design, enabling engineers to upload data and input parameters to receive optimized thermal solutions. The startup addresses the shortage of skilled thermal design professionals by simplifying the design and verification process, enhancing efficiency in managing heat generated by increasingly powerful electronic components.

```xml <problem> The increasing power consumption and miniaturization of electronic components have made thermal management more critical in electronic circuit design. However, there is a shortage of engineers with sufficient expertise in thermal design, creating a bottleneck in the development process. </problem> <solution> SAMASY offers a user-friendly platform that simplifies thermal management for electronic circuit design. The platform allows engineers to upload data and input parameters to receive optimized thermal solutions. By streamlining the design and verification process, SAMASY addresses the shortage of skilled thermal design professionals and enhances efficiency in managing heat generated by increasingly powerful electronic components. The platform's intuitive interface enables users to explore, iterate, and implement thermal solutions with ease. </solution> <features> - Data upload functionality for electronic circuit designs - Parameter input interface for specifying thermal requirements - Automated generation of optimized thermal solutions - Streamlined workflow for exploring and implementing thermal designs - Beginner-friendly interface for ease of use </features> <target_audience> The primary users are electrical and mechanical engineers, as well as product managers involved in the development of electronic equipment. </target_audience> ```

What does SAMASY do?

SAMASY provides a user-friendly platform for thermal management in electronic circuit design, enabling engineers to upload data and input parameters to receive optimized thermal solutions. The startup addresses the shortage of skilled thermal design professionals by simplifying the design and verification process, enhancing efficiency in managing heat generated by increasingly powerful electronic components.

Where is SAMASY located?

SAMASY is based in Tokyo, Japan.

When was SAMASY founded?

SAMASY was founded in 2023.

Who founded SAMASY?

SAMASY was founded by Kohei Nakanishi.

  • Kohei Nakanishi - Co-Founder/GM
Location
Tokyo, Japan
Founded
2023
Employees
4 employees
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SAMASY

Score: 45/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

SAMASY provides a user-friendly platform for thermal management in electronic circuit design, enabling engineers to upload data and input parameters to receive optimized thermal solutions. The startup addresses the shortage of skilled thermal design professionals by simplifying the design and verification process, enhancing efficiency in managing heat generated by increasingly powerful electronic components.

samasy.ai200+
Founded 2023Tokyo, Japan

Funding

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Team (<5)

Kohei Nakanishi

Co-Founder/GM

Company Description

Problem

The increasing power consumption and miniaturization of electronic components have made thermal management more critical in electronic circuit design. However, there is a shortage of engineers with sufficient expertise in thermal design, creating a bottleneck in the development process.

Solution

SAMASY offers a user-friendly platform that simplifies thermal management for electronic circuit design. The platform allows engineers to upload data and input parameters to receive optimized thermal solutions. By streamlining the design and verification process, SAMASY addresses the shortage of skilled thermal design professionals and enhances efficiency in managing heat generated by increasingly powerful electronic components. The platform's intuitive interface enables users to explore, iterate, and implement thermal solutions with ease.

Features

Data upload functionality for electronic circuit designs

Parameter input interface for specifying thermal requirements

Automated generation of optimized thermal solutions

Streamlined workflow for exploring and implementing thermal designs

Beginner-friendly interface for ease of use

Target Audience

The primary users are electrical and mechanical engineers, as well as product managers involved in the development of electronic equipment.