Latest HV Power & Renewables Talent
We would like to share some of the best renewables engineering candidates we’re working with at the moment. Please see some brief overviews below.
Principal/Senior Substation Engineer
Professional Background
This candidate is a highly experienced principal or senior substation engineer with a robust foundation in electrical engineering and a specialization in high-voltage (HV) power distribution systems. With over eight years of progressive experience in engineering, the candidate has developed a strong technical acumen across the design and delivery of major infrastructure projects, predominantly within complex and regulated sectors such as urban transport and utility networks. This individual is recognized for combining technical excellence with effective team leadership and project oversight.
Current Role
In their current position, the candidate leads a multidisciplinary team ranging from junior to senior design engineers, managing both workload distribution and technical assurance across a portfolio of high-value substation design projects. The role encompasses the full lifecycle—from early specification and estimation through design approval and construction support—ensuring projects are delivered to high standards, on time, and within budget. The candidate also undertakes direct involvement in complex protection and control design tasks, balancing technical authority with coaching and mentoring responsibilities for team development.
Technical Skills
- Advanced knowledge in electrical power systems engineering, with a particular focus on HV substations (up to 132kV), protection and control, and smart grid systems
- Proficient in the use of engineering software including DIgSILENT PowerFactory, ETAP, Amtech/Trimble, AutoCAD, DIALux, CDEGS, and MATLAB/SIMULINK
- Skilled in programming and automation, especially using Python for simulation and design automation
- Practical familiarity with IEC 61850 communications, protection relay setting and configuration, and substation earthing techniques
- Strong project management capabilities, including budgeting, scheduling, and working collaboratively across disciplines and with external contractors
Project Highlights
- Led the design and technical delivery of a £40m traction substation upgrade for a major metro line, introducing new 22kV and 11kV plant, and extensive protection and control upgrades implementing digital communications protocols
- Oversaw protection and control design for a significant inner-city HV substation project, involving transformer replacements and the installation of gas-insulated switchgear, while successfully mentoring junior engineers
- Delivered a comprehensive substation upgrade facilitating rapid EV charger deployment and integrating new biomedical facilities, with careful management of project design spend and tight deadlines
- Contributed to the electrification of a major mainline railway, performing system analyses (power flow, short circuit studies, cable routing, protection) and collaborating in multidisciplinary project offices
Achievements
- Successfully managed a portfolio of 20–30 projects during a key regulatory period, delivering all designs on time and within budget
- Advanced through internal leadership programs to broaden management skillsets
- Recognized for technical leadership in protection and control, acting as a knowledge resource and providing design assurance for complex and high-risk systems
- Developed substation earthing simulation software using Python as part of postgraduate research
Education and Training
- Master of Science in Electrical Power Systems Engineering (with Merit), including specialized modules in plant, protection, operation and analysis, and smart grids
- Bachelor of Engineering (First-Class Honours) in Electronic and Electrical Engineering, with a final year project focused on sensor development
- Member of a leading international engineering institution
- Holds competencies for work within regulated sectors (including railways and underground infrastructure)
- Additional training in project management, leadership, and technical mentoring
Location: United Kingdom - British Citizen
Ability to relocate: 3-4 Months
Visa Requirements: Requires AEWV
Reference: ID: 34533848
Principal Electrical Power Systems Engineer
Professional Background
This candidate is a highly experienced principal electrical power systems engineer with over 22 years of expertise spanning team leadership, front-end engineering design (FEED), detailed project execution, and technical supervision. They possess a strong track record in the complete life cycle of electrical power and control projects, from concept to commissioning, particularly in power distribution networks, oil and gas (across both brownfield and greenfield installations) large-scale data centres, and traction propulsion systems. The individual is well-known for adapting seamlessly to new environments and multidisciplinary teams, delivering innovative solutions and leading critical projects in dynamic, regulated sectors.
Current Role
Presently serving as a principal technical leader, this engineer is responsible for performing and overseeing conceptual, FEED, and detailed power system analyses and designs for complex HVAC and HVDC network projects. Key responsibilities include resource planning, technical approval of design documents, ensuring code compliance, and guiding less experienced engineers on standards, procedures, and engineering tools. The candidate also plays a pivotal role in project interface management, negotiating solutions with clients, and maintaining quality standards throughout design and implementation phases.
Technical Skills
- Power systems analysis and studies for offshore and onshore projects using advanced simulation tools (ETAP, DIgSILENT, MATLAB/SIMULINK), including transients, dynamic compensation, and grid stability.
- Design and supervision of electrical distribution systems leveraging CAD platforms (AutoCAD, E-plan-P8 & Pro-Panel), with experience in both MV and LV regimes.
- Strong expertise in electrical equipment testing, protection design, commissioning of switchgear (AC/DC motors, MCCs, PLC control), and relay coordination, including arc flash and harmonic analysis.
- Proficient in developing and reviewing system documentation—cable sizing, single-line diagrams, earthing layouts, technical and vendor submittals.
- In-depth experience with grid code compliance, inverter systems, advanced energy storage, SVCs, and STATCOMs.
- Practical knowledge in project management, technical mentoring, and stakeholder liaison across multidisciplinary project teams.
Project Highlights
- Led FEED and detailed design phases on multi-megawatt (up to 650MW) HV/MV power system projects, introducing advanced dynamic models and grid synchronization solutions for major infrastructural and industrial clients.
- Designed and executed protection and control systems for critical data centre networks, encompassing relay settings, UPS models, transient stability, and full load flow/arc flash studies across distributed and redundant power topologies.
- Delivered electrical system upgrades for petrochemical and mining facilities, from equipment specification and cable calculations to on-site commissioning and documentation control.
- Instrumental in the development of offshore wind farm distribution designs, including panel layouts, schematic drawings, and multi-disciplinary client coordination.
- Supported electrification and propulsion projects within transportation (rail and aerospace), from traction studies to energy motion analyses and root cause investigations.
Achievements
- Successfully managed and technically delivered a wide portfolio of complex HV and MV infrastructure projects on time, driving technical innovation and process improvement.
- Developed advanced methodologies for relay coordination, transient stability, and earthing systems, demonstrating leadership in critical system protection and compliance.
- Recognized for enhancing the design process through effective team mentoring, process standardization, and client-focused engineering solutions.
- Authored technical publications and provided organization-wide expertise for industry best practices and software enhancements.
Education and Training
- Master of Science in Electrical Power Systems Engineering, with advanced coursework in plant operation, protection, and smart grid technologies.
- Bachelor of Science in Electrical Power Systems Engineering, with a senior project focus on system sensors and measurement technologies.
- Ongoing professional development through technical workshops and leadership training, plus active membership in international engineering institutions.
- Comprehensive training in electrical standards (IEC, IEEE), commissioning protocols, and health and safety regulations for industrial, data, and utility power systems.
Location: UAE -European Citizen
Ability to relocate: 3-4 Months
Visa Requirements: Requires AEWV
Reference: ID: 36863662
Technical Operations Leader
Professional Background
This candidate is a seasoned operations and technical leader specializing in the energy sector, particularly in the fields of offshore wind, solar, battery energy storage systems (BESS), transmission, and distribution networks. With over 15 years of experience, they have successfully taken on roles of increasing responsibility, from graduate engineer placements to project leadership and directorial positions. The individual has developed a strong track record in leading multidisciplinary engineering teams, driving large-scale infrastructure projects from conception to completion, and engaging extensively in stakeholder and client management. Their background covers a broad range of regulated and complex power projects, including national infrastructure and renewables integration.
Current Role
The candidate currently leads a diverse portfolio of engineering, procurement, and construction (EPC) projects focused on substations for renewables, BESS, solar, and data centers. They are responsible for overseeing all aspects of project delivery, including safety, finance, and client relations, serving as the single point of contact for both internal teams and strategic clients. The role encompasses profit and loss accountability, resource management, and maintaining open communication across various regions, with a hands-on approach to leadership and technical oversight.
Technical Skills
- Expertise in project management, including risk management, resource planning, contract administration, and project delivery within the energy sector.
- Deep knowledge of substation design (HV and EHV), power transmission, and distribution networks.
- Strong command over safety standards and regulatory procedures, including UK CDM Regulations and technical approval processes.
- Proficiency in stakeholder management, team leadership, change management, and business development.
- Familiarity with industry best practices and client technical standards for safe, constructible, and operable asset lifecycles.
- Practical experience in customer relationship management (CRM), Lean Six Sigma methodologies, and root cause analysis tools.
Project Highlights
- Led the design and on-time/on-budget delivery of major onshore substation projects supporting one of the largest offshore windfarms in Scotland, including comprehensive stakeholder engagement, safety assurance, and technical leadership.
- Directed national grid infrastructure projects awarded under competitive frameworks, overseeing all phases from tender to completion, aligning with recognized best practices in engineering and construction.
- Managed a portfolio of EPC projects for substations serving critical infrastructure in renewables and data centers, ensuring successful execution, commercial performance, and regulatory compliance.
- Delivered turnkey AC substation projects as technical lead, providing design assurance and coordinating cross-disciplinary teams from primary and secondary engineering to civil works and commissioning.
Achievements
- Achieved successful on-time, on-budget delivery across high-value, safety-critical projects in power transmission and distribution sectors.
- Recognized for leadership in complex project environments, often serving as the designated design approval engineer and principal designer representative under regulatory standards.
- Advanced a world-class client service culture by establishing strong professional relationships and proactively supporting talent development within engineering teams.
- Developed commercial and stakeholder management expertise alongside technical powers, acting as primary contact for strategic accounts and driving organizational growth.
- Progressed through robust development programs in management essentials, fire safety awareness, Lean Six Sigma (Yellow Belt), and expert project analysis.
Education and Training
- Master of Science in Energy and Power Electronics from a leading UK university, with focus on advanced power systems and renewable energy integration.
- Bachelor of Engineering (First-Class Honours) in Electrical and Electronic Engineering with research and practical experience in power and sensor development.
- Holds multiple industry-recognized certifications, including Lead Contractor Design Approval Engineer and Lean Six Sigma Yellow Belt.
- Active member of a prominent international engineering institution and engaged in continued professional development, including project management, leadership, safety, and technical mentoring programs.
Location: United Kingdom
Ability to relocate: 3-4 Months
Visa Requirements: Requires AEWV
Reference: ID: 36996287
HV Electrical Engineer
Professional Background
This candidate is an ambitious electrical engineer with several years of professional experience focusing on power systems, grid operations, and the integration of renewable energy sources. They have held roles in grid control centers for distribution system operators, carrying significant responsibilities for the monitoring and integration of wind, photovoltaic, and large-scale battery storage systems. Their background offers a unique blend of practical engineering, systems analysis, and advanced simulation research, enabling strong contributions to forward-looking energy and grid stability projects.
Current Role
Currently seeking new opportunities, this professional recently completed a Master’s program with research at a major European transmission system operator. In their most recent position, they worked in a distribution control center, handling the operations management of medium-voltage networks and the integration of renewables and grid automation. They performed protection engineering, daily operational decision-making, and research management, with hands-on experience in both routine operations and advanced R&D project delivery.
Technical Skills
- Advanced use of power system modeling and simulation software:
- PSCAD for electromagnetic transient (EMT) studies
- DIgSILENT PowerFactory for network analyses (steady-state and dynamic)
- MATLAB, Simulink, and Python for numerical modeling, analysis, and simulation automation
- Strong foundation in grid protection engineering and grid code compliance
- Expertise in HVDC, Flexible AC Transmission Systems (FACTS), STATCOM, and grid-forming inverter technologies
- Experience with monitoring, automation, and remote control technologies within modern grid control centers
- Familiarity with multiple communication protocols: IEC 60870-5 101/103/104, Modbus RTU/TCP, Profibus, MQTT
- Practical programming skills in Python, MATLAB, and PLC logic (CODESYS, WAGO, ACOS-series)
- Knowledge of network design, operations, protection coordination, and the integration of distributed generation
- Advanced capabilities in technical documentation and CAD-based electrical planning
Project Highlights
- Investigated dynamic behavior of HVDC and STATCOM systems in a continental transmission network, utilizing EMT simulations and advanced interaction studies, to support converter integration and grid stability.
- Managed grid operations integrating multiple renewable technologies into a distribution network, ensuring reliable real-time management and operational improvements.
- Led an R&D project on hybrid energy storage systems providing ancillary services with grid-forming power converters.
- Designed, planned, and commissioned automation upgrades—including remotely controlled distribution cabinets—for increased operational efficiency in the electric grid.
- Delivered technical leadership in modeling, analysis, and documentation for both academic and industry-led energy projects involving renewables and smart grid solutions.
Achievements
- Successfully contributed to the integration of renewable resources (wind, solar, batteries) into operational grids, enhancing reliability and sustainability.
- Delivered advanced EMT simulations and system analyses to inform control strategies and technical standards in HVDC/STATCOM-grid environments.
- Managed a critical research and operational development project, advancing capabilities in battery storage systems and their role in grid services.
- Provided significant operational improvements in control center automation and protection, contributing to more stable and efficient grid performance.
- Demonstrated technical mentoring and support for junior staff and student projects, fostering a collaborative and innovative work environment.
Education and Training
- Master of Engineering in Electrical Engineering (2025): Emphasized power system analysis, smart grids, power electronics, high-voltage technology, and dynamic systems modeling; completed a master’s thesis on FACTS in transmission networks.
- Professional Certificate in Grid Engineering: 200-hour intensive, covering network analysis, electrical equipment, planning, grid operation, and application of VDE standards in accordance with the German Qualifications Framework.
- Bachelor of Engineering in Renewable Energies: Focused on electrical power engineering, renewable technologies, control systems, and smart grid strategies; conducted applied research on household energy efficiency via smart home systems.
- General Certificate of Education in Technical Sciences and Vocational Training in Technical System Planning
- Ongoing professional development in advanced engineering tools, electrical engineering fundamentals, technical documentation, CAD, programming (Python, MATLAB, PLC), and project coordination.
Location: Germany
Ability to relocate: 3-4 Months
Visa Requirements: Requires AEWV
Reference:
ID: 35171621
