Summary:
Spark your passion for innovation with the SCOE Intern program at Mitsubishi Electric Power Products Inc. (MEPPI)! This hands-on internship offers a unique opportunity to gain valuable experience in the world of power electronics. You’ll work alongside industry professionals, contributing to MEPPI’s Smart Connected Objects of the Ecosystem (SCOE) initiatives. Develop your skills while helping to shape the future of intelligent power solutions.
Qualifications:
- Currently enrolled in a bachelor’s degree program in computer science, electrical engineering, or a related field (preferred).
- Strong analytical and problem-solving skills with a passion for technology.
- Proficiency in programming languages like Python or C++ (a plus).
- Excellent communication, interpersonal, and teamwork skills.
- A desire to learn about power electronics and smart grid technologies.
Responsibilities:
- Assist with the development and testing of software applications related to SCOE initiatives.
- Participate in research projects to explore new technologies and applications for intelligent power grids.
- Support with data analysis and visualization to identify trends and opportunities within the SCOE ecosystem.
- Contribute to creating technical documentation to ensure clear communication and knowledge sharing.
- May assist with testing and troubleshooting of hardware components within SCOE systems (as assigned).
Benefits:
- Gain valuable real-world experience in the exciting field of smart grid technologies and power electronics.
- Develop essential skills in software development, data analysis, and technical documentation.
- Learn from experienced professionals and gain insights into MEPPI’s cutting-edge SCOE initiatives.
- Contribute to meaningful projects that shape the future of intelligent power solutions.
- Potential for future employment with Mitsubishi Electric Power Products Inc. (based on performance).
Benefits:
- Competitive hourly wage
- Opportunity to work in a dynamic and innovative environment at the forefront of power technology.
- Gain exposure to advanced software tools and methodologies used in smart grid development.
- Flexible work schedule to accommodate student needs.
Location:
Warrendale, Pennsylvania