At Tether, we understand the vital role that energy plays in driving progress and enabling individuals to thrive. We are dedicated to harnessing the power of renewable energy sources to support the mining of Bitcoin, the world's most robust and secure monetary network.

By combining the power of Bitcoin with renewable energy prowess, Tether is at the forefront of a new era in sustainable and responsible Bitcoin mining. Our commitment to harnessing renewable energy sources ensures that every Bitcoin we mine leaves a minimal ecological footprint while upholding the security and integrity of the Bitcoin network.

At Tether, we are proud to be part of a movement that merges cutting-edge technology, sustainable practices, and financial innovation. Join us on this exciting journey as we empower Bitcoin mining in many countries, creating a greener, more secure, and prosperous future for all.

Senior Electrical Engineer with 5+ years of experience in designing electrical systems ranging from low voltage to very high voltage. The person will be responsible for designing and executing data centers and the integration of renewable energy sources (PV and Wind) with a local behind-the-meter low voltage demand as well as very high voltage electric lines (up to 500kV). Resourcefulness and ingenuity are required to come up with cutting edge solutions in a new fast-growing industry.

Candidates must be willing to travel and speak fluent English.

Responsibilities:

• Design electrical aspects of state-of-the-art data centers
• Design integration of RE production with behind-the-meter demand
• Design integration of RE production with electric grid
• Interact with R&D partners on research projects and integrate findings in designs
• Interact independently with suppliers and contractors to build data centers, RE plants, substations
• Interact with local suppliers and contractors to ensure local norms and regulations are respected
• Work closely with other team members in the construction and delivery of the projects
• Travel to sites to ensure correct execution of works

• MSc (or above) university degree in Electrical Engineering
• >5 years in designing electrical systems
• Solid knowledge of electrical systems ranging from low voltage DC to very high voltage AC