Your tasks
Analyze customer requirements, functional needs, and asset criticality to define monitoring strategies for rotating equipment (e.g., turbines, generators, pumps).
Design condition monitoring solutions, including sensor concepts, system architectures, and data acquisition strategies.
Select and specify appropriate sensor technologies (e.g., vibration, temperature, speed, proximity, acoustic, pressure) based on application requirements.
Define sensor placement, mounting, and installation concepts to ensure accurate and reliable measurements.
Integrate monitoring systems into automation environments, including PLC, SCADA, and digital platforms (e.g., edge devices, cloud systems).
Configure data acquisition systems and ensure reliable signal processing, data quality, and system interoperability.
Analyze sensor data to assess machine condition, detect anomalies, and identify failure modes using advanced signal processing methods (e.g., vibration and frequency analysis).
Develop and refine monitoring approaches, including algorithms, dashboards,



and KPIs for predictive maintenance.
Validate monitoring systems through testing and commissioning activities, ensuring sensor performance and data reliability under operational conditions.
Support in office installation, calibration, and commissioning of monitoring systems, including troubleshooting and optimization.
Prepare technical documentation, monitoring concepts, and condition assessment reports, providing actionable insights to stakeholders.
Contribute to standardization, continuous improvement, and the development of advanced diagnostic and digital solutions.

Your profile
Degree in Electrical Engineering, Automation Engineering, Mechanical Engineering, or a comparable field.
Robust experience in condition monitoring of rotating machinery.
In-depth knowledge of sensor technologies, measurement principles, and industrial monitoring systems.
Proven expertise in vibration analysis an

📌 Automation Engineer Gurugram
🏢 Bizmate HR Solutions
📍 Gurugram