About the job
About the Company
At Swift Solar, we are dedicated to unlocking the vast potential of solar energy. Our belief is that solar energy can power our lives, energize economies, and fortify supply chains while safeguarding our planet amidst global climate challenges. While today’s solar technologies are functional, we are committed to improving them.
Swift Solar is advancing solar technology with our innovative tandem systems that utilize perovskite materials. This enables us to create solar solutions that are more efficient and versatile, suitable for various applications from space solar to utility-scale power generation.
As a mission-driven startup, we are backed by the U. S. government and esteemed investors. Our journey to introduce groundbreaking clean energy technology to the market is long-term, and we invite you to join our exceptional team in revolutionizing the global solar landscape.
A Night in the Life
In your role as the night shift's controls technical authority, your primary objective will be to ensure the reliability of all deposition equipment, control systems, and facility infrastructure during the night. You will diagnose and resolve electrical and PLC-related issues safely, while effectively communicating with the day shift team when required.
Your night typically begins at 10 PM, starting with a review of handoff notes from the day team. You may troubleshoot a Beckhoff PLC-based control system that has raised an alarm during the evening run. Your tasks will involve analyzing I/O states and control logic, diagnosing electrical faults using schematics, and collaborating with the equipment engineer to replace components such as sensors, valves, MFCs, RF components, or pumps as necessary. If equipment malfunctions, you will work alongside the equipment engineer to restore functionality, supporting mechanical repairs while leading electrical and controls recovery efforts. You will also assist with facility issues that may arise overnight, from cooling water interruptions to gas supply concerns.
When operations are stable, you will shift focus to proactive initiatives. You will design and enhance HMI systems for deposition tools, develop automation routines, and construct documented troubleshooting guides to expedite the resolution of common failures. Implementing predictive maintenance checks during off-peak hours, improving PLC alarm clarity and diagnostics, and ensuring spare parts readiness will be part of your responsibilities. Over your first 12–18 months, your goal will be to independently resolve 90% or more of tool-down incidents during your shift, significantly reduce repair times, and consistently leave equipment in optimal condition.

