2027 Summer Internship - Renewables Engineering - Generation

Arizona Public Service generates reliable, affordable and clean energy for 2.7 million Arizonans. Our service territory stretches across the state, from the border town of Douglas to the vistas of the Grand Canyon, from the solar fields of Gila Bend to the ponderosa pines of Payson. As the state’s largest and longest-serving energy provider, our more than 6,000 dedicated employees power our vision of creating a sustainable energy future for Arizona.

Since our founding in 1886, APS has demonstrated a strong commitment to our customers in one of the country’s fastest growing states, earning a reputation for customer satisfaction, shareholder value, operational excellence and business integrity.

Our present and future success depends on the creative and dedicated people of our company who demonstrate the principles outlined in the APS Promise: Design for Tomorrow, Empower Each Other and Succeed Together. Summary As a Renewables Engineering Intern, you’ll work alongside experienced engineers to support projects that help improve the performance, reliability, and sustainability of renewable energy generation facilities. This role provides meaningful, hands-on experience in the power generation industry while contributing to APS’s commitment to delivering reliable energy and supporting the communities it serves through clean energy solutions.

Potential Projects and Experiences

Analyze engineering data and help identify opportunities to improve equipment performance and operational outcomes. Contribute to engineering projects focused on improving renewable generation systems and operational performance. Participate in site visits to gain firsthand exposure to renewable energy operations. Engage with cross-functional teams to support initiatives.

Who We’re Looking For

Currently enrolled in an accredited undergraduate or graduate degree program in engineering. Demonstrated achievement and ongoing success in academic studies or training. Ability to collaborate eff