Instrumentation Engineer

Core Responsibilities

• Instrumentation Design & Integration

• Design and implement control systems for textile machinery (e.g., looms, dyeing machines, spinning units).
• Select and calibrate sensors for parameters like tension, temperature, humidity, and speed.

• Process Monitoring & Automation

• Develop systems to monitor real-time production metrics.
• Automate processes to reduce manual intervention and improve consistency.

• Maintenance & Troubleshooting

• Perform preventive and corrective maintenance on instrumentation systems.
• Diagnose faults in PLCs, SCADA systems, and field instruments.

• Quality Control Support

• Ensure instruments provide accurate data for quality assurance.
• Collaborate with quality teams to maintain product standards.

• Data Acquisition & Analysis

• Implement data logging systems to track production trends.
• Analyze data to identify inefficiencies or deviations.

Technical Skills Required

• Knowledge of PLCs, SCA

• DA, and DCS systems

• Familiarity with textile-specific machinery and processes

• Understanding of industrial communication protocols (e.g., Modbus, Profibus)

• Proficiency in calibration and validation of sensors and transducers

Cross-Functional Collaboration

• Work with

  mechanical and electrical engineers

  to integrate systems.
• Coordinate with

  production managers

  to align instrumentation with operational goals.
• Support

  R&D teams

  in testing new textile technologies.

Strategic Contributions

• Drive

  energy efficiency

  by optimizing control systems.
• Contribute to

  Industry 4.0

  initiatives through smart factory solutions.
• Ensure

  compliance with safety and environmental regulations

  .