At a Glance
- Tasks: Design and optimise power systems using advanced modelling tools and AI solutions.
- Company: Join a leading tech firm committed to diversity and innovation.
- Benefits: Flexible work options, tailored benefits, and continuous learning opportunities.
- Other info: Be part of a diverse team that values equity and inclusion.
- Why this job: Make a real impact in the energy sector while advancing your career.
- Qualifications: Masters or PhD in Power Systems Engineering with relevant industry experience.
The predicted salary is between 70000 - 90000 £ per year.
What you'll be doing:
- Network modelling and design on DigSILENT PowerFactory, IPSA, DINIS, PSS-SINCAL and other network modelling applications
- Load Flow Analysis
- Thermal, Voltage and Fault Level analysis
- Preparation of G99 compliant offer letters on behalf of power DNOs and TSO for EHV and HV level major connections
- Approval of G99 schemes on behalf of DNO clients
- Design and configuration of Active Network Management schemes on platforms such as SGS and ZIV
- Curtailment analysis for ANM schemes
- Design AI and ML oriented software solutions to automate power systems analysis processes
- Design and optimise technical and financial modelling solutions for our power generation clients for revenue maximisation through technical power input and output optimisation
- Design Load and Generation forecasting methodologies and solutions for DNOs, TSOs, BESS operators and other power generators
- Design whole system Flexibility management solutions for our power distribution clients
- Engage with key client-side departments related to network planning, modelling, design, flexibility systems and capital projects as a trusted advisor
- Performing Protection design and substation design at 132KV level
What experience you'll bring:
- The role ideally requires a Masters degree and preferably a PhD in Power Systems engineering. A relevant bachelor's degree supported by over 10 years of industry experience will be considered equivalent.
- Able to perform activities such as Load Flow Analysis, Thermal and Voltage constraint analysis, Fault level analysis in the context of DNOs, TSOs, Large-scale Generation projects (Wind, Solar, Battery) and large power infrastructure projects.
- Have specialised experience working with Power distribution networks or Power Transmission networks in the UK, Ireland or pertinent major overseas distribution or transmission network working at the 132KV and above.
- This can include your Ph.D duration. Due consideration will be given to senior roles in a DNO or TSO environment.
- Experience in major power systems modelling tools such as DigSilent PowerFactory, PSS-E, PSS-SINCAL and IPSA.
- You will have relevant experience in Protection Design toolsets.
- Have a working understanding of creation of automation and AI solutions on power network systems using toolsets such as Python or DigSilent Programming Language.
- Experience working on actual client projects in Grid Supply point level (132KV and above) Substation design or Protection design.
What we'll offer you:
- We offer a range of tailored benefits that support your physical, emotional, and financial wellbeing.
- Our Learning and Development team ensure that there are continuous growth and development opportunities for our people.
- We also offer the opportunity to have flexible work options.
Principal Power Systems Engineer employer: NTT America, Inc.
NTT America, Inc. is an exceptional employer that fosters a dynamic and inclusive work culture in Greater London, where innovation and collaboration thrive. With a strong emphasis on employee growth, the company offers robust training programs and opportunities for advancement, ensuring that sales professionals can excel in their careers while achieving meaningful results. The hybrid working model further enhances work-life balance, making NTT America a rewarding place to build a career in software sales.
We think you need these skills to ace Principal Power Systems Engineer
Network Modelling
DigSILENT PowerFactory
IPSA
PSS-SINCAL
Load Flow Analysis
Thermal Analysis
Voltage Analysis
