EMS Engineer

Job Overview:

We are looking for a qualified and driven EMS (Energy Management System) Engineer with around 2 years of hands-on experience in implementing and supporting energy monitoring and optimization systems in industrial environments. The ideal candidate will have exposure to energy instrumentation, data acquisition, and EMS software platforms, and should be capable of independently managing field deployments and data analysis tasks.

As an EMS Engineer, you will work on real-time energy and utility data collection, troubleshooting of field hardware, configuring dashboards, and supporting clients in making data-driven decisions to improve energy efficiency and reduce operational costs.

Key Responsibilities:

• Installation, Configuration, and Commissioning

  of Energy Management Systems (EMS) across industrial client sites.
• Integrate and map energy meters, sensors, PLCs, and other I/O devices through protocols like

  Modbus RTU/TCP, OPC UA, BACnet

  , etc.
• Set up and manage

  communication networks

  , including

  Ethernet, Fiber Optic (FO), RS-485/RS-232 serial connections

  , routers, switches, and gateways.
• Develop and maintain customized

  dashboards and reports

  using tools such as

  Power BI

  ,

  Tableau

  , or OEM-provided EMS platforms (like Schneider PME, Siemens Desigo, Honeywell EBI, etc.).

• Analyze real-time and historical energy data

  , identify trends, anomalies, and suggest energy optimization opportunities.
• Conduct

  energy audits

  , load studies, and consumption mapping for electrical and thermal utilities.
• Work closely with plant engineers and OEMs to ensure data accuracy, system uptime, and KPI compliance.
• Provide

  technical support and training

  to client teams for EMS usage, reporting, and operational insights.
• Perform

  preventive and breakdown maintenance

  of EMS hardware components such as meters, gateways, data loggers, and local servers.
• Create and maintain project documentation including

  SOPs, network architecture diagrams, equipment lists, IP plans

  , and system manuals.

Required Skills & Experience:

• 2 years of experience in

  Energy Management Systems

  ,

  Industrial IoT

  , or

  Instrumentation

  .
• Strong understanding of

  electrical systems

  ,

  power quality parameters

  , and

  industrial utility equipment

  like transformers, compressors, HVAC, chillers, boilers, and VFDs.
• Hands-on experience with energy meters and integration tools like

  Modbus, SNMP, OPC, MQTT

  .
• Basic scripting or formula writing skills (e.g.,

  DAX in Power BI

  , Excel formulas).
• Ability to interpret single-line diagrams (SLDs), control schematics, and network topologies.
• Experience in troubleshooting communication and data acquisition issues at remote and local levels.
• Exposure to

  cloud-based platforms

  ,

  on-premise servers

  , and

  data visualization/reporting tools

  .
• Strong interpersonal and communication skills to coordinate with customers, OEMs, and internal teams.

• Willingness to travel

  extensively for project execution, audits, and commissioning across India.

Good to Have (Optional but Preferred):

• Certification or training in

  SCADA, BMS, EMS platforms

  , or

  Industrial Networking

  .
• Familiarity with

  AVEVA PI System

  ,

  EcoStruxure

  ,

  Siemens Desigo

  , or

  Honeywell EMS tools

  .
• Experience in

  energy benchmarking

  and

  regulatory compliance

  (ISO 50001, PAT Scheme, etc.).
• Basic understanding of

  cybersecurity practices

  in OT/IT convergence.

Why Join Us?

• Work with leading industrial clients on high-impact energy efficiency and digitization projects.
• Be a part of the next-generation digital energy revolution, combining

  IoT, data science

  , and

  sustainable practices

  .
• Access to training, certifications, and opportunities to grow into

  Project Lead

  ,

  Solution Architect

  , or

  Energy Analyst

  roles.

Apply Now : Be part of a mission to drive industrial sustainability and operational excellence through smart energy systems.