Process Engineer

Key Responsibilities

1. Programming & Software Development

• Design, develop, and modify PLC programs using Ladder Logic (LD), Functional Block Diagram (FBD), and CFC across major hardware platforms (Siemens, Schneider, Delta, GE Fanuc, Inovance, etc.).

• Develop and configure SCADA and HMI systems (WinCC, Aveva Plant SCADA, Delta DOPSoft, PCVue, Phoenix) for real-time monitoring and control.

• Perform communication configuration (Profibus, GET/PUT, Modbus) for seamless system integration.

2. Testing, Commissioning & Site Operations

• Execute Factory Acceptance Testing (FAT) and internal testing on electrical panels including MCC, PCC, VCB, ACB, Drive panels, and PLC/RIO/DCU panels.

• Perform I/O testing, device testing (field transmitters, automation devices), and electrical wiring coordination with OEM teams.

• Manage site installation, troubleshooting, and commissioning of automation and remote control (ARC) systems, RTU panels in grid substations, and pump automation systems.

3. Project Management & Client Handling

• Coordinate with cross-functional and client teams to manage project timelines, resource allocation, and timely delivery.

• Prepare detailed customer service reports and address on-site technical bottlenecks.

• Ensure all systems comply with strict operational integrity and quality standards before client handover.

Required Qualifications & Technical Stack

Education

• Bachelor of Technology (B.Tech) in Electrical & Electronics Engineering.

• Diploma in Electrical Engineering.

Technical Skill Set

• PLCs: Siemens (S7-200, S7-1200, S7-300, S7-400 Hot/Cold Standby, TIA Portal, Step 7, MicroWin Smart), Schneider (M580, Control Expert), Delta, Inovance, GE Fanuc.

• SCADA / HMI: WinCC (v7.4, v7.5, v8.0), Aveva Plant SCADA, PCVue, Phoenix SCADA, Delta DOPSoft.

• Protocols & Tools: Profibus, Modbus, GET/PUT, Modscan, Flexi Soft, Auto Shop, InoPro Shop.

• Domain Knowledge: Water Distribution (24x7 systems), Ash Handling Systems, Geho Pump Upgradation, Smart Grid Automation (RTU/DCU in 132 KV Substations), and Steel Plant Automation (Stove, Furnace, SGP, Reclaimer, Combi Mill).