About us – Middle East

Sohail is leading the Power Systems department within Blake Clough Consulting managing a large team of power systems engineers. This includes the delivery and management of a broad range of complex power system studies including the full grid code compliance studies required for major Transmission and Distribution connected renewable energy projects.

Through delivery of many of these complex power system studies Sohail has developed an expert understanding of the GB grid code and G99 engineering recommendations and is able to undertake studies within a variety of software packages including DIgSILENT, ETAP, PSSE, and IPSA, NEPLAN.

Sohail has a BEng in Mechanical Engineering, MSc in Petroleum Engineering and PhD in Control and Power investigating converter topologies and the subsequent design of their control systems for integrating energy storage systems to the grid.

He is also currently a contributing member of the CIGRE working group for the Feasibility study and application of electric energy storage systems embedded in HVDC systems.

Ricardo is a Senior Power Systems Consultant at Blake Clough, where he has worked on a broad range of power system studies in the UK, including load flow, electrical design, short circuit studies, protection coordination, Arc Flash, harmonic analysis, EMT, and transient studies. He specializes in Grid Code compliance, ENA G99, and international standards. Ricardo has extensive experience with power system simulations using DIgSILENT Power Factory, PSCAD, and Elek.

Previously a Project Engineer, Ricardo holds a PhD and MSc in Electrical Engineering. He is a self-motivated professional with over 10 years of experience in electrical transmission, distribution systems and R&D. During his Doctoral degree, Ricardo proposed a methodology to support decision making in the planning, design and operation of Smart Grid Projects. Also, he has researched a number of high-profile projects with different technologies (Solar PV, BESS, Wind and Synchronous machines) both on grid and off-grid with The Valley University (Colombia), University of Sevilla (Spain) and with the National Institute of Electricity and Clean Energies (México).

Prior to joining Blake Clough, Ricardo was an Electrical Engineer HV Design at GERS LLC (Colombia and USA). Some of his activities include AIS/GIS HV-LV substation design, overhead transmission line, (HV/LV) cable sizing, protection VT/CT calculation, insulation coordination, underground cable ducting design, earthing study and design, switchgear building technical specification, overall schematics, trenching layouts, lightning protection systems design for complex hybrid and utility scale projects.

He has also worked as a Power System Engineer at DNV Australia-Power Grids. Carry out Protection Coordination Studies, Short Circuit Study, Arc-Flash Hazard Analysis and Load Flow Studies.

Andrés Felipe is a senior power system engineer at Blake Clough Consulting. As part of his experience at Blake Clough Consulting, Andrés has participated in connection studies for BESS and PV solar projects ranging from 15 MW to 100 MW; he also has been involved in optioneering analysis for the connection of energy storage facilities to the distribution and electricity transmission system in the UK.

Before joining Blake Clough, he was a technical office engineer at Compañia Energetica de Occidente (a Colombian DNO). His extensive expertise encompasses high-voltage and high-power testing, power systems design and analysis, electrical design audit for DNOs, substation construction audit, technical standardisation, asset management, reliability-centred maintenance, and predictive maintenance techniques for electrical assets.

Andres is a seasoned electrical engineer with a wealth of practical knowledge in the design and technical audit of HV substations and overhead line projects. His proficiency extends to specialised software such as AutoCAD, Power Factory, and PSCAD, which he adeptly applies in planning and analysing power systems projects.

Holding a BSc and MSc in electrical engineering, Andrés is a dynamic, self-motivated and well-organised professional. He has had experience in electrical transmission and distribution projects planning and construction, power equipment testing, and design and analysis studies for power systems.

From 2018 to 2020, he was responsible for the technical department of IMP Ingeniería; He was in charge of power quality studies, earth and grounding resistance measurement, thermographic survey for electrical installations, LV and MV electrical design, load flow, arc flash hazard and short-circuit studies. From 2013 to 2018, he worked with the Universidad del Valle as a research assistant and technical consultant for projects related to short-circuit withstand capability in distribution transformers, feasibility and basic engineering specifications for high-voltage and high-power test laboratories.From 2011 to 2013, he was a project engineer for Sucroal, a chemical and biotechnological company; he led the construction and commissioning of the electrical facilities for a new water waste treatment plant.

Karim has joined Blake Clough as a Business Development Executive. At Blake Clough, Karim manages Business Development and Finance. His strong analytical and reporting skills allow him to identify areas for improvement and enhance efficiencies across various aspects.

Karim holds a bachelor’s degree in Business Administration specialising in Accounting. He is a seasoned Business Development and Relationship Manager with 20 years of experience in the sector. Karim has a strong background in different business fields and has successfully identified and capitalised on numerous business opportunities, driving revenue growth and cost efficiencies. His expertise lies in building and nurturing client relationships and developing different strategies for business improvements.

Throughout his career, Karmin has demonstrated a passion for continuous learning, allowing him to adapt quickly to evolving market dynamics. His collaborative approach and ability to effectively communicate with stakeholders at all levels have earned him a reputation as a trusted consultant and reliable partner in driving business success.

Outside of work, Karim enjoys swimming and spending time with his family.

Paras has joined Blake Clough as a Power Systems Engineer. At Blake Clough, Paras has worked on a range of projects, including BESS, PV and Onshore Wind, and has conducted various compliance studies for these systems. His has performed Load Flow, Fault Level, G5/5 Harmonics, Frequency Response, Voltage Response, FRT & FFFCI studies. Additionally, Paras has also worked on EMT modelling for different projects, particularly hybrid systems combining PV and BESS. He has also conducted EMT validation studies and TOV analyses.

Beyond technical studies, Paras has gained valuable experience in grid connection processes at Blake Clough, including Grid Connection Applications, Grid Capacity Scouting, Grid Feasibility Studies, and Due Diligence Reporting.

With a Bachelor’s degree in Electrical Engineering, Paras gained professional experience as a Power Systems Engineer at AllumiaX LLC before joining Blake Clough.

In his previous role, he conducted comprehensive Power System Studies, including Load Flow, Short Circuit, Protection Coordination and Arc Flash Studies. Paras implemented these studies based on industry standards such as IEEE/ANSI, NFPA, and other state-specific codes, covering facilities such as Hospitals, Data Centers and Pump Stations. Additionally, Paras has a background as a Management Trainee in a textile factory, providing exposure to maintenance activities, electronics, instrumentation, and adherence to Health and Safety Standards in a manufacturing setting.

Paras is proficient in software tools such as ETAP, SKM, EasyPower, and programming languages such as MATLAB and C++.

Sherif is a Senior Power System Engineer at Blake Clough Consulting, where he plays a key role within the Power Systems team. He specialises in delivering comprehensive steady-state and dynamic studies, covering both RMS and EMT domains, for IBRs and Data centre projects connected to transmission and distribution networks. He also leads Blake Clough’s internal P28 Working Group, driving internal technical alignment and best-practice development.

Since joining Blake Clough, Sherif has delivered on a diverse portfolio of projects, including collocated BESS and PV plants, onshore wind farms, utility-scale generation, and Data Centre developments. He has supported clients across PRE-FEED, Grid Code compliance, and grid connection stages for both generation and demand connections, providing technical clarity and de-risking project pathways from early feasibility through to energisation.

Notable contributions include leading Grid Code compliance studies for major collocated BESS and PV developments in the UK, performing studies and filter design for gigawatt-scale plants, and delivering comprehensive Grid Code compliance assessments for IBR plants and Data Centre projects. His work consistently informs design decisions, accelerates connection timelines, and provides clients with confidence in project viability and regulatory adherence.

Sherif is highly proficient in industry-standard power system analysis tools, including PSCAD, DIgSILENT PowerFactory, ETAP and MATLAB/Simulink, enabling accurate modelling and simulation across a wide range of network scenarios. He regularly takes on client-facing responsibilities, managing technical workstreams and translating complex technical findings into actionable recommendations. In addition, he is actively involved in mentoring junior engineers, providing technical guidance and fostering knowledge transfer within the team to build capability and ensure high-quality project delivery.

Faiq has joined Blake Clough as a Power Systems Engineer. At Blake Clough, Faiq has worked on various projects includes LAC, Statera-Exeter BESS, Woburn and Sundon BESS. In his recent projects at Blake Clough, he was involved in performing Load Flow Analysis, Short Circuit Studies, Harmonic Analysis, Dynamic Stability and Transient Recovery Voltage (TRV) Studies in compliance with G5/4, G5/5, G99 and Grid Code standards.

Faiq previously worked as a Power Systems Design Engineer at Siemens, specializing in the modelling and analysis of 500/220/132/33/11/0.4 kV electrical networks. He has expertise in short circuit studies, equipment evaluations, and protective device coordination for various projects. Faiq is experienced in client engagement, technical report preparation, and contributing to R&D in industrial and commercial sectors.

Additionally, he has prior experience in Control, Protection, and Automation, including testing and commissioning of a 500/220kV KKI grid station and a 150MW Scatec Solar Plant in Pakistan. His role involved managing Factory and Site Acceptance Tests, relay programming, and designing and commissioning SCADA systems (PRP network) aligned with IEC 61850 protocols.

Faiq holds a bachelor’s degree in electrical engineering from NED University of Engineering & Technology, Karachi, with a CGPA equivalent of a first-class degree.  Outside of work, he enjoys playing football and exploring the world.

Hussain Shiraz is a Power Systems Engineer within Blake Clough, with a strong academic background, having achieved a high score in his Bachelor’s degree in Electrical Engineering. As a Power System Team Lead at Blake Clough Consulting, he specializes in delivering comprehensive power system studies, with a focus on UK grid compliance and offshore wind projects. His expertise covers steady-state and dynamic analysis, including power flow, reactive power capability, short circuit, protection coordination, voltage control, and frequency response. He brings precision and depth to his role, consistently working within UK Grid Codes and Engineering Recommendations (such as G99, G74, G5/5, and G5/4). At Blake Clough, he has been instrumental in conducting PRE-FEED load flow studies, designing reactive compensation strategies, and analyzing harmonic impacts specifically for offshore wind farms. Additionally, his experience includes grid capacity assessments for potential renewable energy investments, including BESS, wind, and solar, ensuring project alignment with grid standards and future energy demands.

During his degree program, he led his group for the project of designing and feasibility analysis of a 236kW PV system installed at a garments factory in Pakistan. With 1 year of experience in power systems and energy, he has worked on different commercial and industrial projects in which he has performed multiple power system studies including protection coordination, short circuit and arc flash analysis in the US.

He was also associated with a Photovoltaic Consultancy in which he has worked on technical design and scrutiny of bidders of different solar projects in Pakistan.

Osama has joined Blake Clough as a Design Engineer. Osama has extensive experience in design and power system studies. At Blake Clough, he has carried out load flow and short circuit studies for new renewable energy connections. Osama has experience working on cable de-rating analysis and feasibility studies. Osama possesses expertise in HV/MV substation design, HV/MV cable sizing, HV/MV cable route analysis and assessment, as well as power system studies for power plants.

Osama is an accomplished Electrical Engineer with a strong academic background, having graduated with a Bachelor’s degree in 2018 and a Master’s degree in Energy Management in 2021 from the prestigious NED University of Engineering & Technology.

With a solid expertise in HV design engineering, Osama possesses in-depth knowledge of substation design up to 500kV and renewable energy design, including Battery Energy Storage Systems (BESS), Solar, and Wind power plants up to GW scale.

Throughout his career, Osama has been involved in numerous high-voltage design projects, encompassing substations and renewable power plants across diverse regions, including the Middle East, Central Asia, Philippines, Pakistan, Morocco, Vietnam, Chile, and the UK.

Victor has joined Blake Clough as a Senior Power Systems Consultant. At Blake Clough, Victor has worked on a diverse range of projects within grid consulting consulting and integration of renewable energy into the networks and leverages his experience delivering high quality work and fostering relationships with clients. Victor has been focusing more on assisting clients navigate issues with the DNO’s and TO’s impacting project deliverability due to the uncertainty with the changing GB Connections landscape. Additionally, Victor has been delivering feasibility studies, connection offer due diligence, CP2030 work, Independent Connections Provider (ICP) estimates and a diverse range of bespoke work.

Victor holds a BSc in Electrical and Electronic Engineering and an MSc in Finance and Investment from Sheffield Hallam University. During the MSc course, Victor received the Hentons Prize awarded for the highest overall mark on the course as well as a nomination for Inspirational Student Award.

He is a dynamic and motivated professional with a proven track record of delivering strategic solutions and driving business growth for a diverse client base within the Great Britain renewable energy sector.

Victor has 3 years of experience working on a range of grid connection projects, regularly advising developers on grid connection strategies, project construction timescales and costs for both distribution and transmission connections for onshore wind, solar PV, Battery Energy Storage Systems, and hybrid systems. Additionally, he has participated in, and led meetings with Distribution Network Operations (DNOs), National Grid Electricity System Operator (NGESO), and Transmission Network Owners (TOs) on behalf of developers at various project stages to discuss grid connection options and strategies to find the least-cost, technically acceptable connection designs. Recently, Victor has been focusing on helping developers understand the various grid reforms and how these may affect project deliverability.

Outside of work, Victor enjoys listening to music, going to the gym, and playing basketball, football and badminton.

Sophia has joined Blake Clough as a Power Systems Engineer. At Blake Clough, Sophia is dedicated to conducting grid code compliance studies, utilizing her analytical skills to ensure regulatory adherence. Additionally, she has significantly worked on curtailment analysis projects, contributing to large-scale solar, BESS, and wind projects. She remains committed to fostering clear communication within her team, ensuring that technical information is conveyed in an accessible and coherent manner.

Sophia holds a first-class Master’s degree in Renewable Energy Engineering from the University of Aberdeen and is recognized as a “British Council Women in STEM” scholarship awardee. Her academic journey focused on advancing sustainable practices, culminating in a thesis project evaluating energy islands for offshore energy integration.

With a solid foundation in Mechanical Engineering, Sophia gained three years of valuable experience in a public sector organization in Pakistan. She worked on various R&D projects, gaining expertise in data analysis, algorithm design and mathematical modelling. Proficient in programing languages such as MATLAB and python, she leverages technology for effective problem-solving. Sophia is passionate about spearheading the decarbonization of the energy sector through innovative solutions.

Beyond her professional pursuits, she finds solace and inspiration in the outdoors, often participating in activities such as hiking, and channels her creativity through the expressive medium of painting.

Khizer is an Electrical Engineer with a background in power system studies and analysis. He has worked on EMT simulations and system reliability assessments. A graduate of NED University, he has experience in both utility and consultancy sectors. Khizer is passionate about advancing renewable energy and delivering innovative engineering solutions. He is committed to continuous learning and contributing to sustainable energy infrastructure.

Khizer has experience in delivering P28, insulation coordination and transient recovery studies in PSCAD. He also has experience in SCADA and control systems.

Khizer is experienced in tools and software such as PSCAD, ETAP, MATLAB, C++, python and AutoCAD. He is an event manager for the IEEE Student Society, organising seminars emphasising the importance of renewable system for the production of clean energy.

Abdullah Sultan has joined Blake Clough as a Power Systems Engineer, bringing hands-on experience in conducting power systems analysis for renewable energy integration projects. He has been actively involved in delivering load flow and short circuit studies, with a strong focus on ensuring UK grid code compliance, e.g. G99, G5/5 and G5/4.He has worked on several grid-connected projects, offering practical insights to support smooth network integration. Proficient in DIgSILENT Power Factory, Abdullah also plays an active role in delivering studies, sharing knowledge with team members, and ensuring quality in project outcomes.He is passionate about sustainable energy systems and continues to build his expertise through ongoing power system projects. Abdullah holds a Bachelor’s degree in Electrical Engineering and is currently pursuing his Master’s in Power Systems Engineering at NED University.

Muhammad Ahsan is an Electrical Engineer with a strong academic background, holding both a Bachelor’s and Master’s degree in electrical engineering. His professional experience spans across the design and analysis of LV and MV power systems, with a particular focus on switchgear selection, protection schemes, and electrical network studies. He has worked extensively on projects involving the design and implementation of distribution protection systems, covering Load Flow, Short Circuit Analysis, Protection Coordination, and Arc Flash Studies in accordance with IEEE/ANSI, NFPA, and other applicable regional standards. His technical proficiency extends to protective device coordination, and the development of comprehensive design layouts for reliable and safe power distribution systems.

During his career, Ahsan has contributed to strategic infrastructure projects, including an internship at Jinnah International Airport, Karachi, where he gained hands-on experience in airport utility operations. He has also worked alongside the engineering team at Bacha Khan International Airport, Peshawar, focusing on the design and deployment of MV switchgear protection equipment and synchronisation of local generation within the utility grid. In the role of a design consultant, he has collaborated with multidisciplinary teams to deliver reliable, code-compliant power distribution systems

Muhammad Ahsan is proficient in software tools such as ETAP, DIgSILENT PowerFactory, SKM Power Tools, EasyPower, AutoCAD, and MATLAB/Simulink, as well as programming languages including MATLAB and C++.

Muhammad Fawad Khan is a Power Systems Engineer with experience in EMT studies and a strong interest in understanding the dynamic behaviour of power systems. He has contributed to technical analysis and project support involving various power systems studies, has expertise in the use of power systems simulation tools. Fawad is passionate about learning emerging grid technologies, enhancing system reliability, and staying aligned with international standards. He always aims to deliver high-quality and technically reliable power system solutions.

Fawad is an Electrical Engineering graduate from NED University of Engineering and Technology with a background in power system studies and analysis, including work on EMT-based simulations. He is motivated to further develop his expertise in renewable energy and contribute to effective, forward-looking engineering solutions.

Zain is a Power Systems Engineer at Blake Clough Consulting, specialising in earthing design and power system studies for transmission, renewable energy and data centre projects.

At Blake Clough, Zain has worked on a range of projects involving substations, wind farms, battery energy storage systems and data centre developments across networks ranging from 33 kV to 400 kV. He has conducted a variety of power system and grid compliance studies, including Load Flow, Short-Circuit, G99 and Grid Code compliance, P28 transformer energisation and flicker assessments, Sub-Synchronous Oscillation studies and DRC-14 schedule assessments.

Zain also has extensive experience in earthing design and analysis for substations, wind farms and data centres. His work includes soil resistivity modelling and interpretation, earthing grid design and optimisation, step and touch voltage assessments, Ground Potential Rise analysis and fault current distribution studies. He has also undertaken conductive and inductive interference assessments for high-voltage infrastructure and nearby metallic services.

He is experienced in detailed CDEGS modelling, including the use of MALT, MALZ, FCDIST and HIFREQ modules. His technical work is undertaken in accordance with relevant UK DNO, National Grid and IEC standards, supporting the delivery of safe, compliant and technically robust designs.

Zain is currently pursuing a Master’s degree in Electrical Power Systems and holds a Bachelor of Engineering degree in Electrical Engineering. His combined experience in power system analysis, earthing design and interference studies enables him to contribute effectively to complex transmission, renewable energy and data centre infrastructure projects.

Muhammad Rafay is an Electrical Engineer from NED University of Engineering and Technology with hands-on experience in Power System Studies using industry standard software such as ETAP, PSS SINCAL and DIgSILENT Power Factory. He has acquired professional training and exposure in Electrical Network Design, Steady State Analysis, Protection Coordination and RMS/EMT Simulations during his industrial internships. Passionate about Renewable Energy integration for Net Zero goals, he is actively expanding his expertise in Grid Code Compliance to support grid stability with Inverter-Based Resources (IBRs).

He is also proficient in various programming languages, with high expertise in Python which is supported by successful development of his Final Year Project at NEDUET, aiming to automate several workflow components in Power System Consultancy using the Python Scripting Interface of PSS SINCAL.

Muhammad Sabeeh Hassan is a highly driven and motivated Electrical Engineer specialising in power system studies. He graduated with distinction as one of the top-performing students in his class at NED University of Engineering and Technology, reflecting his strong analytical capabilities, technical aptitude, and commitment to continuous improvement.

He has performed many load flow studies, short-circuit analysis, dynamic studies, harmonic studies, protection coordination, and other grid compliance assessments, including P28 and temporary overvoltage studies. His primary technical experience is in DIgSILENT PowerFactory and PSCAD, which he has used extensively for power system modelling, simulation, automation, and analysis. He also has working experience with PSS®SINCAL, PSS®E, and ETAP, providing him with broader familiarity across industry-standard power system analysis platforms.

Sabeeh also possesses strong programming skills in Python, C++, C, and MATLAB. As part of his role at Blake Clough Consulting, he has applied these skills to develop automation solutions for power system studies and engineering workflows, improving the accuracy, consistency, efficiency, and productivity of project delivery.

As part of his Industrial Final Year Design Project at NEDUET, completed in collaboration with Siemens Pakistan, Sabeeh successfully developed a solution that automated several key components of power systems consultancy workflows by integrating modern artificial intelligence tools with relevant industry standards. The project also automated several core functions within PSS®SINCAL, streamlining engineering processes and delivering tangible productivity improvements.

Syed is an Electrical Engineer with a strong background in power system studies and analysis. His experience includes working on LV/MV short circuit analysis, arc flash studies, and protection & coordination for U.S.-based projects. He graduated from NED University in 2024 and is passionate about continuous learning and professional growth. He looks forward to contributing his skills and dedication to the team at Blake Clough Consulting.

Rizwan is a Power Systems Engineer at Blake Clough Consulting, where he has contributed to a wide range of onshore wind, BESS, and solar energy projects. His work includes conducting Load Flow, Short Circuit, Harmonic, Dynamic Stability, Protection Coordination, Arc Flash, and Sub-Synchronous Oscillation (SSO) studies using industry-standard tools such as DIgSILENT PowerFactory and PSCAD.

He holds a bachelor’s degree in electrical engineering from DHA Suffa University, graduating with a Gold Medal in August 2023 for his outstanding academic performance. Since then, Rizwan has gained international experience across projects in the US and UK, delivering power system studies using tools like ETAP, PowerFactory, SKM Power Tools, AutoCAD, and MATLAB/Simulink.

Syed Areeb Ur Rehman is a Primary Design Engineer with a Bachelor’s degree in Electrical Engineering from NED University of Engineering and Technology and is currently pursuing a Master’s degree in AI.

He has experience in the feasibility and detailed design of AIS and GIS substations ranging from 33kV to 400kV, in accordance with IEC, SSEN, and National Grid (NG) standards, including Battery Energy Storage System (BESS) and Data Centre substations. He is proficient in AutoCAD for electrical design and drafting. His work includes HV primary layouts and elevations, ducting layouts and trench sections, cable containment layouts, control and switchgear building layouts, single-line diagrams (SLDs), stage-by-stage SLDs, MEWP access layouts, aluminium tube sizing, connector layout design, as well as supporting cable sizing and lighting layout design for complete substation projects.

Ibad Ur Rahman is a Senior Design Engineer – SCADA at Blake Clough Consulting, supporting secondary design and SCADA consultancy for renewable energy, BESS, microgrid & hybrid power projects. He brings over seven years’ experience from concept design through SCADA/PPC configuration, equipment integration, FAT/SAT, commissioning and project delivery, with involvement across more than 5 GW of solar PV and BESS projects globally.

Before joining Blake Clough, Ibad worked in senior engineering, technical lead and project management roles on international SCADA and automation projects across Asia, Europe, Africa, the Middle East and the Americas. His hands-on experience covers SCADA architecture, grid-compliant control, curtailment & dispatch, solar PV/BESS/grid/generator synchronisation, metering and reporting, breaker control, protection relay integration, BESS PCS, PLCs, data loggers and MV/HV switchgear control systems, using protocols including IEC 61850, IEC 60870-5-104, OPC UA and Modbus TCP/RTU.

At Blake Clough, he applies his practical delivery background to help clients define reliable, scalable SCADA designs, interfaces and control strategies for power infrastructure projects. He holds a Master’s degree in Electrical Engineering specialising in Smart Grids and a Bachelor’s degree in Industrial Electronics Engineering from NED University of Engineering & Technology.

Wania Ishtiaque is a Design Engineer specialising in earthing and lightning protection design for High Voltage Air Insulated Substations (AIS). She holds a Bachelor’s degree in Electrical Engineering from NED University of Engineering & Technology and has more than one year of experience supporting UK-based substation projects. Her project experience includes the design and engineering of 132/33/11 kV AIS substations with elevated and non-elevated switch rooms, covering greenfield and brownfield developments, membrane-covered areas, and sites with varying soil conditions.

Wania has experience in earthing system design, including the development and assessment of soil models using site resistivity data, selection of appropriate soil-layer representations, earthing grid design, and evaluation of system performance under different site conditions. She performs earthing studies using CDEGS and prepares earthing layouts, grid designs, and associated details in AutoCAD. Her work is carried out in accordance with relevant IEC standards and UK project requirements.

She also has experience in lightning protection engineering, including lightning risk assessments using DEHNrisk and ABB Furse, and lightning protection design using DEHNplan. Her work includes preparing 3D substation models, assessing protection zones, and determining suitable locations and heights for lightning protection masts. She contributes to the preparation of design calculations, technical reports, drawings, and supporting engineering documentation. Wania has demonstrated the ability to research unfamiliar technical tasks, develop an understanding of the applicable standards and design methodologies, and progress them through to completed engineering deliverables. She has also used Python-based automation to improve the efficiency of preparing project Bill of Materials.

Umaima Maqsood is a Power Systems Engineer with a Bachelor’s degree in Electrical Engineering from NED University of Engineering & Technology. She has professional experience supporting UK-market power-system projects, including power-system modelling and engineering studies for industrial, commercial, transmission and distribution networks. Her work covers low-voltage and medium-voltage systems, including LVAC networks and MV distribution networks, with experience in load-flow analysis, short-circuit analysis, protection coordination and arc-flash studies.

She is proficient in industry-standard software, including ETAP, DIgSILENT PowerFactory, ASPEN OneLiner, MATLAB and AutoCAD. Her technical experience includes overcurrent and earth-fault protection studies, development and review of protection schemes, assessment of protective-device ratings and settings, and preparation of selective and reliable fault-clearing solutions in accordance with relevant IEEE and IEC standards.

Umaima has also developed Python-based scripts to automate load-flow and short-circuit calculations, improving the efficiency and consistency of engineering studies. Her additional experience includes smart-grid applications, intelligent load forecasting, fault detection, wind-turbine output prediction and power-system modelling using Python and MATLAB/Simulink.

She is committed to delivering technically robust and compliant power-system solutions for the UK electricity market while continuing to develop her expertise in protection engineering, system automation and renewable-energy integration.

Bushra Laraib is a Design Engineer with over two years of experience in the design and engineering of High Voltage (HV) Air Insulated Substations (AIS), Gas Insulated Substations (GIS), and utility-scale renewable energy infrastructure. She holds a Bachelor’s degree in Electrical Engineering from NED University of Engineering & Technology and is currently pursuing a Master’s degree in Power Systems Engineering. Throughout her career, she has contributed to the successful delivery of transmission and distribution projects ranging from 33kV to 400kV, with particular experience in UK power networks. Her project portfolio includes the design and engineering of 33/132kV, 33/220kV, and 33/275kV substations, covering feasibility studies, concept designs, and detailed engineering.

Bushra has extensive experience in developing Single Line Diagrams (SLDs), stage-by-stage energisation plans, phasing diagrams, general arrangements, AIS/GIS layouts and elevations, control and switch room layouts, connector layouts, typical earthing details, equipment specifications, cable calculations, busbar sizing calculations, short-circuit force calculations, and LVAC/DC reports and SLDs. In addition, she has performed power system studies using ETAP, including load flow and short-circuit analyses, to verify system performance, reliability, and compliance. Her work is carried out in accordance with international and utility standards, including IEC, SSEN, and National Grid requirements. She has demonstrated the ability to independently manage design activities while effectively coordinating with multidisciplinary teams to deliver high-quality engineering solutions.

Sikander e Azam is a Primary Design Engineer with a Bachelor’s degree in Electrical Engineering from Bahria University. He has practical experience in delivering primary design solutions for AIS and GIS substations 400, 132 and 33 kV, including earthing studies, general arrangement layouts, cable routing and bonding, LVAC single-line diagrams, cable pulling calculations, and outdoor lighting studies. Proficient in AutoCAD, CDEGS, DIALux, and MicroStation, he combines technical expertise, design accuracy, and a strong understanding of international standards to produce safe, reliable, and construction-ready engineering solutions.

Ischel Erral is an Admin & Accounts Assistant at Blake Clough Consulting with over eight years of experience in administration, accounts, procurement, and operations. She plays a key role in supporting the company’s day-to-day business functions, including financial administration, procurement, vendor management, office coordination, accounts and operational support, ensuring processes are delivered efficiently and effectively.

She holds an MBA in Finance and has built a diverse professional background across consulting firms, non-governmental organisations, and educational institutions. Her experience includes financial record management, procurement coordination, budgeting support, document control, and administrative planning.

With strong organisational skills and a proactive approach, Ischel is committed to maintaining high standards of accuracy, efficiency, and professionalism. She is passionate about continuous learning and contributing to the growth and success of Blake Clough Consulting by providing reliable administrative and financial support.

Muhammad Muzeez is an Electrical Engineer who completed his Bachelor’s degree in Electrical Engineering from NED University of Engineering & Technology in 2024, securing 8th position in his batch. He has two years of professional experience in Power System Studies, including Load Flow & Reactive Power Capability Studies, Short Circuit Studies, Harmonic Studies (G5/5), and Dynamic Studies.

He is well acquainted with the UK Grid Code and SSEN standards and has hands-on experience working on HV and MV projects in the UK power sector. His technical expertise includes performing grid compliance studies and supporting renewable energy and power infrastructure projects.

Muhammad Ashir Saeed is a Senior Graphic Designer at Blake Clough Consulting with a Bachelor of Arts from Federal Urdu University and over five years of professional experience. He specialises in creating visually compelling design solutions through graphic design, digital art, and compositing using industry-standard software including Adobe Photoshop, Illustrator, Premiere Pro, and After Effects, alongside modern tools like CapCut and Canva.

He has worked across diverse sectors, including Amazon, where he developed expertise in product listings, Enhanced Brand Content (EBC), and storefront design. He possesses strong proficiency in AI tools and leverages artificial intelligence to enhance design workflows and creative output. His work is defined by technical expertise, creative problem-solving, and a commitment to delivering high-quality design that drives business value.

Ahmed Asif is a Primary Design Engineer with a Bachelor’s degree (BE) in Electrical Engineering from NED University of Engineering and Technology and is currently pursuing a Master’s degree (ME) in Electrical Power Systems. He has experience working on high-voltage substation and power infrastructure projects ranging from 11kV to 400kV across the UK.

His expertise includes the development of HV primary layouts, elevations, control room layouts, Single Line Diagrams (SLDs), stage-by-stage SLDs, Cable Routes, along with supporting LVAC deliverables to ensure complete and integrated substation designs. His experience spans across both HV and LV systems, contributing to overall substation functionality, including auxiliary and building service requirements.

He has worked in alignment with SSEN and UK grid standards, and is familiar with international standards including IEC and IEEE. Ahmed is proficient in engineering tools such as AutoCAD, Dialux, and Trimble, and is focused on delivering practical, reliable, and standards-compliant engineering solutions.

Muhammad Musab Raees is a Secondary Design Engineer with a Bachelor’s degree in Electrical Engineering from NED University of Engineering & Technology and is currently pursuing a Master’s degree in Electrical Engineering. He has experience in protection and control system design for high-voltage substations and power infrastructure projects. His expertise includes protection schemes, CT/VT selection, protection and control schematics, substation interlocking schemes, and control wiring diagrams.

He has contributed to the design and development of secondary systems for a 400 kV BESS substation project and multiple 33 kV substation projects. His work includes preparation of main control and protection diagrams, trip matrix, and AC/DC schematics for protection and control panels. He also has experience in low-voltage panel design and estimation for projects in KSA, along with technical evaluation of electrical systems.

He has worked on substation projects in the United Kingdom in accordance with NGET and SSEN standards across feasibility and detailed design stages. He has experience with IEC and IEEE standards and engineering tools including AutoCAD and EPLAN Electric P8, delivering reliable and technically sound engineering solutions.