Project Engineer - DMS / EMS

We are supporting a leading organization in the power and utilities sector delivering mission-critical grid and energy management solutions. This role focuses on the implementation, configuration, and support of Energy Management System (EMS) and Distribution Management System (DMS) platforms used by utilities and system operators in real-time control center environments.

You will play a key role in deploying and maintaining complex grid applications that support generation, transmission, and distribution operations.

Key Responsibilities

• Implement, install, configure, customize, and upgrade DMS / EMS systems for utilities and system operators

• Support control center environments, ensuring system reliability, redundancy, and availability

• Configure and maintain databases and system integrations supporting EMS/DMS platforms

• Work closely with engineering, operations, and project teams throughout system delivery and upgrades

• Support system automation, configuration, and troubleshooting across enterprise environments

• 5+ years of experience implementing and supporting DMS / EMS systems for utilities or system operators

• Hands-on experience with one or more of the following platforms:

  • GE PowerOn Reliance (XA21)

  • GE eTerra

  • Siemens Spectrum Power

  • OSI Monarch

  • or similar energy management products

• Strong programming experience with C/C++ and Java

• Experience working with Oracle and/or SQL Server databases

• Experience with basic scripting for configuration or automation

• Solid understanding of power system fundamentals, including:

  • Generation

  • Transmission

  • Distribution

• Experience with network applications such as:

  • Power Flow

  • Contingency Analysis

  • State Estimation

  • Load Forecasting

• Hands-on experience with utility communication protocols, including:

  • IEC 101 / 104

  • DNP3

  • Modbus

  • ICCP

• Experience working across Linux and Windows environments

• Knowledge of network security, redundancy, and failover mechanisms in control center systems