Degree in Electronics Engineering
Automation, DataRobot, Logistic Regression, Management, Product Development
By connecting to existing robots, it can autonomously judge the situation and perform tasks. It was the world's first commercially available industrial intelligent robot. Currently, it is being introduced by many logistics and manufacturing companies in Japan to solve the social issue of labor shortage.
As a product development engineer , you will be involved in the development of new products for our company's core product, the Mujin controller (industrial PC). In order to sell globally, you will also be responsible for complying with regulations for electronic products in each country in accordance with ISO/IEC.
Job details
Application qualifications/required conditions
Welcome conditions
Work location
3-8-5 Tatsumi, Koto-ku, Tokyo 135-0053
Nearest station: 7 minutes walk from Tatsumi Station on the Tokyo Metro Yurakucho Line, 10 minutes walk from Shinonome Station on the Rinkai Line
Working hours
・Discretionary labor system: Starts at 8:45, ends at 17:45
・Break time: 60 minutes
Holidays/Vacation
・Complete five-day work week
・Annual paid vacation
・New Year holidays
・Congratulatory and condolence leave
・Nursing care leave
・Maternity leave (with track record of taking/returning)
・Childcare leave (with track record of taking/returning)
・Other holidays according to the company calendar
trial period
・6 months (no change in conditions)
salary
・Annual salary system (determined according to experience and ability)
・Salary revision twice a year
Treatment/benefits
・Free clothing
・Commuting allowance payment
・Various insurance (employment, workers' compensation, health, welfare pension)
・Daily free lunch buffet
・Free vending machine installation (drinks and snacks)
・Special high-quality coffee machine
・Office gym for employees only
・Monthly team dinner support
Mujin offers the complete robotic solution. Our core technology is the Mujin Controller, which manages any robotic application by controlling the movement of any robot arm via artificial intelligence and autonomous motion planning. This allows our end users to define the application and choose the best robot arm for the job.