Amir

Associate Director – Power Systems & Infrastructure

Talent

, England, United KingdomMember since August 28, 2026

PSS®ESimulinkDIgSILENTMagNetTyphoon HILLabVIEWPythonSQLLandstackTenderingG99P2/7G100Load flowCable sizingArc flashProtection coordinationLighting designLightning risk assessmentDynamic simulationTransient stability studies

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About

I am currently an Associate Director – Power Systems & Infrastructure at Black & White Engineering, supporting colocation and hyperscale data centre clients across MV/HV power systems, design management, technical assurance and grid compliance. Previously, as Head of Grid Engineering at Low Carbon Alliance, I led grid engineering for utility-scale PV, BESS, data centres and onshore wind projects from early-stage development and connection strategy through FEED/detailed design, construction support, commissioning, energisation and ION/G99 compliance testing. My power system studies capability spans load flow, short-circuit, cable sizing, arc flash, protection coordination, lighting design, lightning risk assessment, steady-state, fault level, dynamic simulation and transient stability studies.

Earlier in my career, I delivered engineering and R&D programmes across BESS, EV charging, V2G, microgrids, power electronics, electrical machines and smart grid technologies, working across multidisciplinary engineering interfaces. I am a Senior Member of IEEE (SMIEEE) and a Chartered Engineer (CEng) with the IET.

Experience

Associate Director – Power Systems & Infrastructure - Black & White Engineering - London

(2026-01)

Lead and review power system studies including load flow, short-circuit, cable sizing, arc flash, protection coordination, lighting design and lightning risk assessment.
Lead power systems and infrastructure design management for colocation and hyperscale data centre projects.
Support MV/HV power supply design, grid compliance, technical assurance and multidisciplinary design coordination.
Manage MV/HV equipment arrangement, spatial fit, maintainability, replacement access and constructability.
Coordinate with clients, internal design teams and external stakeholders to derisk technical interfaces and support compliant project delivery.

Head of Grid Engineering - Low Carbon Alliance - London

(2025-01 - 2026-01)

Lead grid engineering for utility-scale solar PV, BESS, onshore wind, and data centre projects.
Manage grid connection applications, feasibility studies, and ensure compliance with Connection Reform and CP2030.
Develop and run grid models and simulations to identify headroom for new connections.
Lead FEED and detailed design for both distribution- and transmission-connected projects.
Perform due diligence on grid strategies and technical risks, including ANM assessments.
Liaise with NESO, DNOs, and TSOs to streamline grid integration and secure compliant connection strategies.
Manage LV connections for rooftop PV, behind-the-meter storage, EV charging, and data centres.
Oversee project delivery from early-stage development and concept design through procurement, construction, commissioning, energisation, and commercial operation.
Lead ION and Grid Code/G99 compliance testing, coordinating EPCs, OEMs, ICP/IDNOs, and network operators to achieve safe energisation and COD.

Senior Manager, Grid Connections - Emeren Group - London

(2023-10 - 2024-10)

Developed and managed wind projects, alongside BESS and PV, from feasibility through grid connection, ensuring alignment with regulatory standards and project timelines.
Led a dynamic team as Senior Manager of Grid Connection at Emeren Group, advancing renewable energy projects in the UK.
Conducted grid connection feasibility studies, formulating cost-effective and efficient strategies.
Oversaw electrical designs, ensuring compliance with Grid Code, Distribution Code, and key standards like Engineering Recommendation P2/7, G99, and G100.
Specialized in securing headroom within the GB network for Distributed Generation (DG) and Battery Energy Storage Systems (BESS).
Experienced in land acquisition for renewable projects using tools such as Landstack, with careful consideration of environmental constraints, flood zones, and other planning aspects.
Managed projects from conception through to grid connection, focusing on regulatory compliance and operational efficiency.
Provided comprehensive due diligence and cost optimization during project acquisition and co-development.

Senior Project Researcher - Honda R&D, Europe - Reading

(2018-12 - 2023-10)

Oversaw all stages of R&D prototypes' conceptualization, planning, building, and testing, focusing on emerging technologies.
Successfully delivered multiple EV charging projects, including AC V2G, wireless charging based on efficient power electronics, and innovative coil power transfer systems.
Spearheaded advanced implementation of module-level inverter technology to optimize EV battery systems.
Developed a 40kW/68kWh BESS prototype from four end-of-life EVs, now offering BTM energy management services in Germany.
Formulated a modelling framework for BESS systems' financial planning, thereby facilitating Honda's foray into sustainable energy solutions.
Pioneered advancements in wireless charging technologies, enhancing the efficiency and convenience of EV charging systems.

Electrical Design Engineer - Scottish and Southern Energy - Reading

(2016-01 - 2018-12)

Completed detailed design, tendering, and delivery support for nine projects focused on replacing 11kV and 33kV switchgear and primary transformer assets.
Collaborated cross-functionally with teams to ensure adherence to project timelines, budget constraints, and quality standards.
Conducted in-depth analyses of old systems to understand potential areas of improvement, thus driving the innovation in replacements.
Presented design proposals to stakeholders, highlighting benefits in terms of cost, efficiency, and longevity.
Managed vendor relationships, ensuring timely delivery of quality materials and resolving disputes, if any.

System Planning & Investment Engineering - Scottish and Southern Energy - Reading

(2015-01 - 2016-12)

Developed and integrated system planning study methodologies for Active Network Management (ANM) and Grid-Scale Energy Storage assets.
Led the analysis of network configurations, ensuring they can handle increased output from renewable energy sources.
Pioneered efforts in ensuring excessive output from wind/PV farms didn't lead to thermal or voltage overloads in the network with the ANM systems.
Established grid management systems ensuring network supply security during N-1 conditions, in compliance with the P2/6 standard.
Worked closely with regulatory bodies to keep abreast of evolving standards and ensure compliance.

Research Technologist - Alstom Grid - Stafford

(2013-01 - 2015-12)

Led the Microgrid activity, focusing on designing and testing control systems for Microgrid implementations.
Prototyped a back-to-back Voltage Source Converter, leading to significant mitigations in voltage deviation issues at the ends of radial feeders.
Established a modeling platform for a multi-machine transmission system project aiming to apply FACTS devices to improve transient stability.
Collaborated with international teams, sharing insights and technological advancements in Microgrid technology.
Played a pivotal role in securing multiple patents for the organization, cementing its position as an industry leader.