Job Title: Automation Engineer — Pilot-Scale Water Treatment SystemLocation
NONA Technologies develops next-generation water purification systems using MIT-invented Ion Concentration Polarization (ICP). Our technology delivers up to 25–60% lower energy consumption for brackish and industrial wastewater treatment and enables fully automated pilot and commercial water-reuse systems worldwide.
The Automation Engineer will design, integrate, and commission the control and automation architecture for NONA’s pilot-scale ICP systems. This role requires hands-on expertise with three-phase centrifugal pumps, industrial instrumentation, DC rectifiers, valve controls, and 208 VAC 3-phase electrical systems. Travel for pilot deployment and testing (5–10%) is expected.
- Design and implement automation logic for pilot-scale water treatment systems.
- Program PLCs, HMIs, and control panels for multi-stage systems.
- Integrate and control 208 VAC 3-phase centrifugal pumps, including VFDs and interlocks.
- Develop automated sequences for flushing, startup, shutdown, polarity reversal, and cleaning.
- Integrate and calibrate conductivity sensors, flow transmitters, and level sensors.
- Integrate high-voltage DC rectifiers for ICP stack operation.
- Design schematics for 208 VAC 3-phase distribution and motor control.
- Select breakers, contactors, VFDs, relays, and 24 VDC components.
- Support fabrication and wiring of control panels.
- Create and update P&IDs and electrical diagrams.
- Generate wiring diagrams, loop sheets, and I/O lists.
- Ensure compliance with UL, NFPA 70/79, and IEC standards.
- Install, debug, and validate automation systems at pilot sites.
- Troubleshoot pumps, sensors, actuators, and communication systems.
- B.S. or M.S. in Electrical Engineering, Automation, Mechanical Engineering, Controls Engineering, or related field.
- 3+ years of hands-on automation or controls engineering experience.
- Experience with three-phase centrifugal pumps (208 VAC).
- Proficiency with conductivity sensors, flow transmitters, level sensors, and pressure sensors.
- Experience with DC rectifiers and valve automation.
- Ability to read and create P&IDs and electrical schematics.
- Experience with industrial signal standards (4–20 mA, 0–10 V, Modbus).
- Experience with water treatment systems (RO, ED, EDI, ICP).
- Knowledge of EMI/EMC practices for high-current DC systems.
- Flexible schedule
- Health insurance
- Paid time off