Service Engineer - Power System Application

Mployee.me; Dadri; On-site; INR 1,200,000 - 1,500,000; Full time

Job summary

Mployee.me in India seeks an experienced Power Systems Software Engineer to deliver enterprise level EMS/DMS software for electricity markets worldwide. You will design and implement real-time components, model power system phenomena, and collaborate with a dispersed team to meet high engineering standards.

The role requires a Master’s degree in Power Systems, strong C/C++ skills, and willingness to travel.

Qualifications

• Master's degree in Power Systems.
• Knowledge of power systems phenomena and related mathematical models (power flow, state estimator, contingency analysis, voltage control, load-frequency control).
• Experience in real-time software development and testing.
• Proficiency in C/C++ programming and familiarity with SCADA or Power System Analyst applications.
• Willingness to travel and operate in Windows/UNIX environments.

Responsibilities

• Define technical specifications for EMS, DMS systems per customer requirements.
• Develop and analyze mathematical models for operation, control and automation of power systems.
• Engineer and code EMS, DMS components to meet high engineering standards.
• Parameterize, optimize and test EMS, DMS systems.
• Manage databases and support system commissioning.

Skills

C/C++ programming

Real-time systems

Power systems knowledge

Education

Master's degree in Power Systems

Tools

Windows OS

UNIX OS

Job description

Job Summary

You will provide enterprise level software development to our customers in electricity markets around the world. If you enjoy technical challenges, delivering thoughtful solutions, and learning every single day, you may be a good candidate to join our team. We are seeking an enquiring mind, who has the desire to learn new skills. You will have strong technical skills with a broad understanding of engineering fundamentals. You will have strong interpersonal communication skills and be able to work effectively within a geographically disperse team.

Field of activity:

• Energy Management Systems (EMS)
• Distribution Management Systems (DMS)

Different specialized teams for distinct technical fields contribute to the realization of these systems. (hardware, communications, databases, HMI, applications).

One of the activities, carried out in the mentioned context, is engineering for specific monitoring and control of power systems applications (power flow, short-circuit calculation state estimator, contingency analysis, optimization in power systems, voltage control, load frequency control, power reserve management, load forecast, stability analysis, transient regimes, modeling of the equipment, of the automation and protection systems in power plants and of the power grids, energy market models).

PSA team's purpose:

• Development of the mathematical models of the physical phenomena in the power systems;
• Software development for real-time applications (code, testing);
• Carrying out the analysis to define the specifications for the real time monitoring and control systems;
• Commissioning of the EMS, DMS systems.

Responsibilities

• Definition of the technical specifications, for the EMS, DMS systems according to customer requirements.
• Analytics / development of mathematical models for the operation, control and automation of power systems.
• Engineering and code development for the EMS, DMS systems that meets the high standards.
• Parameterization, optimization, testing of EMS, DMS systems.
• Databases management.
• Develop and provide trainings for specific computer systems.
• Performs commissioning activities.

Specific requirements

• Good technical background is required. The development of professional skills is achieved, in time, by involvement in the team activities and by trainings.
• Knowledge of the power systems phenomena and processes and related mathematical models (power flow, state estimator, short-circuit analysis, contingency analyst, voltage control, load-frequency control, power systems optimal regimes, load forecast, stability analysis, transient analysis, modeling of equipment and of automation and protection systems in power plants and power grids, DTS, models for the energy market);
• Real-time systems;
• C / C ++ programmer skills or similar;
• Exposure in Modelling of SCADA and Power System Analyst Applications
• Familiarity or development experience on Windows OS or UNIX OS;
• Basic Knowledge in software testing;
• English (written and spoken) - advanced level;
• Ability and willingness to travel.

Studies / Specialty

• Master's degree in Power Systems.