Head of Engineering responsible for overseeing and developing the engineering team across a portfolio of energy transition projects covering sustainable and conventional power generation, green hydrogen, EPCm roles and asset management.Engineering Manager leading an experienced and highly skilled multi-disciplinary technical team working alongside a number of project managers to deliver client solutions in the energy transition business. Key tasks and responsibilities:The development of the team with tailored and appropriate learning and development plans, focused retention and succession planning and implementation of wellbeing initiatives.Analysis of current and expected future workload with current skill sets to assess alignment and identify improvement opportunities.Management of appropriate KPI’s and business goals for technical resource utilization.Maintaining a working knowledge of appropriate Engineering Standards and norms relevant to the industry.Maintaining open communication with the wider Energy Transition engineering team.Supporting tendering and project delivery teams with the required technical input.The advancement of Engineering Management Procedures.

Engineering Manager providing independent consulting services to confidential clients:Advisory services, Feasibility Studies, Conceptual Design Studies, Technical Specification, Tender Evaluation, Design Review.CCGT power plant project development and construction, LNG, gas-to-powerEnergy transition, Decarbonisation, Net-ZeroHydrogen, Renewables, Battery Storage

Engineering Manager providing FEED & Owner’s Engineer Consultancy Services for a 600MW CCGT plant as additional capacity for Black Point Power Station in Hong Kong.

Add-on Grati Block 2 Project, Owner’s Engineer, PT Indonesia Power, Indonesia – Deputy Site Manager / Lead Mechanical Engineer providing site-based construction supervision services for the 150MW additional capacity upgrade/conversion of an open-cycle gas-turbine power plant to CCGT.

Pengerang CCGT Cogeneration Plant Project, Owner’s Engineer, Petronas, Malaysia – Lead Mechanical Engineer for the provision of owner’s engineer services for the implementation of a gas-fired cogeneration plant producing 1,250tph of steam and 1,220MW of power utilising Siemens H-class gas turbine generators. Role includes design review and construction monitoring.

Myingyan IPP Project - CCGT power project – Myanmar - provision of Technical advisory services to IFC/ Government of Myanmar - scope: feasibility study, load flow study, ground investigation study, development of PPA and RfP including clarifications to potential developers during tender process, bid evaluation, selection of preferred bidder, final PPA negotiation upto contract award.TransAsia Oil – Feasibility Study 400MW CCGT – Philippines – scope: feasibility study, RfP & functional specification preparation, financial model development.Powertek CCGT power project – Prai, Malaysia – Appointed as technical advisor to project sponsors during the tendering stage in regard to the proposed development of a new 1300MW nominal capacity CCGT power plant in peninsular Malaysia.PacificLight Power CCGT project, Singapore – Project manager responsible for undertaking monitoring services on behalf of the financiers during the construction, erection, commissioning and operations of a 771MW CCGT plant on Jurong Island in Singapore.Central Java, 2 x 1000MW ultra supercritical coal fired power plant, Indonesia – Lender's Engineer during pre-financial close due diligence review of EPC Contract, PPA & coal supply agreement, coal logistics, transmission interconnection, environmental compliance, operation & maintenance and financial model.Cirebon, 660MW supercritical coal fired power plant, Indonesia – Lender’s Engineer & technical advisor to the financiers during the technical and environmental due diligence of a 660MW supercritical coal fired power plant located in Java, Indonesia up to financial close. Tanjung Bin Energy, 1000MW ultra supercritical coal fired power plant, Malaysia – Lender’s Engineer & technical advisor to the financiers during the technical and environmental due diligence of a 1000MW ultra supercritical coal fired power plant up to financial close.

Amman East CCGT operational monitoring – Jordan – Advisory role to financiers conducting monitoring of the overall operation and maintenance of a 370 MW CCGT for the purpose of assessing the Project’s ongoing capability to meet its future debt service obligations.Al Qatrana CCGT construction monitoring – Jordan – Advisory role to financiers conducting construction monitoring of a 370 MW CCGT for the purpose of assessing the Project’s ongoing capability to meet its future debt service obligations.750 MW CCGT technical advisory services – Egypt – Technical advisory services for the bidding stage of a nominal 750 MW CCGT in Egypt. Scope includes support up to issue of EPC enquiries and through EPC tendering period including proposal evaluation.Qatalum aluminium smelter CCGT power plant – owner’s engineer – Mesaieed, Qatar –Temporary provision of site-based mechanical engineering services for the construction, erection and commissioning of a 1000MW CCGT power plant for an aluminium smelter.Sohar aluminium smelter CCGT power plant – owner’s engineer – Sohar, Oman – Temporary provision of assistant mechanical site engineer services during the commissioning of a 1000MW CCGT power plant for an aluminium smelter.Open cycle gas turbine power plant – due diligence – Redditch, UK – Due Diligence study carried out on behalf of Welsh Power Group in support of the potential sale of a grid peaking power plant with a 25MW aero derivative gas turbine as prime mover.Barking CCGT power plant extension project – owner’s engineer – Barking, Essex UK – Bid manager for successful proposal to undertake detailed development phase engineering activities for the planning consent of a 470MW F-class combined cycle plant, comprising preparation of the technical specification, technical input of the invitation to tender package, tender evaluation and associated reports, assistance with the cost estimating and uncertainty analysis and technical support.

Research, development and testing of novel heating technology for various product applications was undertaken. Aerodynamics and thermodynamics technical support and consultancy was provided to in-house design teams. Heat transfer and radiation modelling was conducted with UNIGRAPHICS CAD and FLUENT CFD software to investigate novel heating technology performance. Analysis was benchmarked against experimental prototype data.Development and testing of advanced separation technologies for various product applications. Aerodynamic testing of prototypes and the development of predictive modelling capability was also undertaken in support of various technology projects.

Senior member of project team developing and testing combustion system technologies for industrial gas turbine engines used in the energy industry.Senior member of project team developing and testing combustion system technologies for commercial aircraft jet engines used in the aerospace industry.Project management responsibility was undertaken for collaborative work between employer and various Canadian universities and government research organisations. Responsible for development of CFD models using CATIA and CFX software in order to optimise aerodynamic and thermodynamic performance of combustion systems. Analysis benchmarked against experimental rig data.Responsible for providing on site data analysis, technical support and consultancy as required during combustion rig test and gas turbine engine test programmes.

Member of project team developing and testing combustion system technologies for industrial gas turbine engines used in the energy industry.Responsible for providing on site technical support, data analysis and consultancy as required during combustion rig test and gas turbine engine test programmes. Responsible for development of CFD models using FLUENT and CFX software in order to optimise aerodynamic and thermodynamic performance of combustion systems. Analysis validated against experimental rig data.

One-year student industrial placement arranged through Loughborough University.Member of research team developing and testing combustion system technologies for military aircraft gas turbine engines on behalf of the Ministry of Defence.Responsible for design, construction and commissioning of an experimental test rig facility to conduct flow visualisation studies in order to optimise aerodynamic performance of gas turbine combustion systems.Responsible for development of CFD models using FLUENT and CFX software in order to optimise aerodynamic and thermodynamic performance of gas turbine combustion systems. The work formed the basis of a project which was continued upon return to Loughborough University.Responsible for providing on-site technical support, consultancy and data analysis as required during combustion rig test and gas turbine engine test programmes.