Amir Nashed, Ph.D. Email & Phone Number

Cairo, Cairo Governorate, EG

Cairo, Egypt

• Managing the environmental sustainability team affiliated with NBE strategic planning department
• Directing technical assistance programs provided by international finance institutions (IFI's) related to environmental sustainable finance
• Developing sustainability strategies for bank's finance portfolio and internal operations
• Supporting in developing environmentally sustainable internal operation and finance policies as part of the ESMS
• Developing taxonomy for bank portfolio for sustainability loans screening and environmental impact assessment
• Managing bank emissions estimation (internal and financed emissions) and disclosures

• Designed and built tender for a 1MW solar PV carpark mounted plant for the Magdi Yacoub Foundation
• Performed feasibility studies, and built and assessed tenders for various renewable energy projects ranging from utility scale CSP and PV plants to electric vehicles (EV’s) for various international customers
• General sustainability consultancy

• 1- Egypt Water Desalinization PPP program (Client: World Bank)
• Project leader & technical expert
• In depth costing analysis for utility scale desalination plants
• 360-analysis for water sector in Egypt justifying the need for desalination among other solutions2- Finance in Common (Client: AfD)
• Technical expert & client liaison
• Identified & assessed impact of sustainable investment pipelines in major banks

• Successfully led and completed a 50,000 USD project to develop a cutting-edge in-house solar monitoring platform, a project that previously experienced major setbacks
• Secured 150,000 USD to upgrade Karm Solar monitoring platform and develop a new platform for load distribution

Cairo, Egypt

• Managing the R&D team in Karm Solar, a solar energy developer

Sydney, Australia

Working as a research associate with UNSW Mechanical and Manufacturing Engineering schoolThe project investigates the feasibility of CSP (Concentrated Solar Power) desalination focusing on solar central receiver and membrane desalination technologies

Sydney, Australia

• Worked as an energy engineer in the Energy Management Team at the University of New South Wales
• Annual and semi-annual carbon footprint (S1, S2, S3) reporting for UNSW (NGERS & TFMA)
• Effectively managed the installation of few commercial solar systems, with average budget 150,000 AUD each, starting from tendering process to commissioning
• Conducted M&V statistical analysis for building energy efficiency projects
• Prepared 2017 annual budget for electricity, gas and water use of the University of New South Wales
• Monitored and prepared monthly reports for on campus electricity, gas and water use

Sydney, Australia

• Worked with Suntech as a PV design engineer for commercial and utility scale applications
• Designed and developed the BOM for a 1 MWp PV project
• Helped in the procurement process of a 33MWp and 280 kWp PV plant
• Conducted system sizing, pre-feasibility studies, shading analysis, 3D modelling using SketchUp, single line diagram drawings and module layouts using AutoCAD, mounting selection, PV system simulation using PVsyst, and.
• Developed market analysis reports on PV system products including battery storage
• Carried out PV system troubleshooting through meteocontrol platform

Sydney, Australia

• Tutored Grid Connected PV Systems, Low Energy Building Design, Energy Efficiency and Engineering research Skills courses at the University of New South Wales for classes comprising of 20 to 30 undergraduate and.
• Supervised and managed the marking of assignments and final exams for 3 years
• Developed tutorial material for the Engineering Research Skills course
• Demonstrated superior communication skills by adopting an interactive approach in tutoring through constantly engaging the students with questions and rewarding them for answering
• Received a positive feedback from 95% of the students, estimated through a survey, on the effectiveness of my teaching
• Demonstrated high level of attention to detail in helping the course coordinator in identifying and correcting errors in the tutorial questions and in the AS/NZS 5033 standard

Sydney, Australia

• PhD thesis title: "High recovery rate solar driven reverse osmosis and membrane distillation plants for brackish groundwater desalination in Egypt" Supervisors: A. Prof. Alistair Sproul and Prof. Greg LeslieThe.
• Reviewed different desalination processes and solar energy technologies, including CSP and CPV, and assessed their suitability for decentralized remote applications considering factors such as life cycle costs (LCC).
• Developed a novel mathematical model to simulate the complex heat transfer and mass transfer in a full scale spiral wound MD module
• Conducted a techno-economic feasibility study on high recovery rate PV driven RO (PV-RO) plants for brackish GW desalination considering the effect of the plant capacity factor, solar irradiance, water salinity, and GW.
• Conducted a techno-economic feasibility study on replacing PV modules with PVT collectors to drive RO plants including a detailed annual performance analysis of the plant using TRNSYS
• Conducted a techno-economic feasibility study on integrating PV-RO plants with MD plants driven by flat plate collectors (with thermal storage) to enhance the recovery rate including a detailed annual performance.

Freiburg Area, Germany

• Joined the solar desalination team in the Fraunhofer ISE institute for 3 months as a guest scientist (2011)
• Traveled to Cyprus with the Fraunhofer ISE team to assist in commissioning a PV driven RO seawater (SWRO) desalination plant through identifying the best operating parameters for the RO modules (2011)

North Africa And Middle East

• Worked with WEATHERFORD, a multi-national oil service company, in the Electrical Submersible Pumps/Horizontal Pumping System (ESP/HPS) department
• Tested and commissioned various electrical equipment e.g. induction motors, transformers, cables, variable speed drives and instrumentation
• Demonstrated team work and leadership skills by leading a team of engineers/technicians to commission the ESP/HPS units in the MENA region;
• Superior communications skills in a multi-national environment by being the point of communication with the client, including managers and engineers from different disciplines in various countries;
• High level of problem solving skills and ability to work under pressure by conducting more than 10 successful ESP troubleshooting jobs in less than 1 year;
• System approach required for the successful troubleshooting of ESP units given the multi-disciplinary nature of their operation including electrical, mechanical and petroleum engineering;

Doctor Of Philosophy (Ph.D.), Solar Energy/Desalination

PhD thesis title: "High recovery rate solar driven reverse osmosis and membrane distillation plants for brackish groundwater desalination.

Master'S Degree, Photovoltaics And Renewable Energy Engineering, High Distinction

Master of Science by coursework in PV and Renewable Energy Engineering. • The degree covered a wide spectrum of PV related courses.

Bachelor'S Degree, Energy Systems; Automatic Control, High Distinction With Honours