Amro Rajab

Detail-oriented engineering professional with 3 years of experience in the field, seeking to apply technical skills and problem-solving abilities to contribute to a dynamic team. Eager to leverage hands-on experience and innovative thinking to support and enhance engineering projects and processes.

• Certified SolidWorks Associate – CSWA
• Wind Energy – Denmark Technical University
• Solar Resource Assessment in Desert Climates – Hamad Bin Khalifa University
• Using Photovoltaic (PV) Technology in Desert Climates - Hamad Bin Khalifa University
• Energy within Environmental Constraints – Harvard University

Conditioning Oil for Manufacturing, Northeastern University, 2023, Compared two thermal systems for a plastic manufacturing process: a baseline system with standard components and a modified system with improved efficiency, insulation, and solar panels., Documented and analyzed the design and operation of both systems, detailing components, their connections, and energy flows., Identified energy needs and component requirements, noting energy flows into and out of each part of the system., Evaluated system performance using metrics like thermal efficiency and coefficient of performance and assessed energy usage for each component and the overall system., Reviewed irreversibilities, such as entropy production and exergy loss, for each component and calculated total entropy for the entire system., Tracked exergy flows between and within components, noting that every energy flow and mass inflow/outflow involves exergy., Assessed performance based on exergetic efficiency, defining, and calculating exergy for each component and the overall system., Estimated annual CO2 emissions for both systems, including those from each component and external power sources like grid electricity., Conducted a cost analysis for one year, including installation and operational costs, and determined the average cost per unit of exergy for each system.

• Economic Feasibility Analysis, Northeastern University, 2023, Evaluated and selected capital sources, including loans and preferred stocks, up to $5M each, and calculated the Weighted Average Cost of Capital (WACC) to assess the financial viability of the investment., Calculated the Minimum Acceptable Rate of Return (MARR) to establish the required return rate for evaluating the project's profitability., Assessed and selected suitable equipment and calculated Before Tax Cash Flow (BTCF) for each machine option to determine the financial impact on the project., Performed economic worth calculations, including Present Worth (PW) and Internal Rate of Return (IRR), to evaluate the overall financial feasibility of the project., Applied tax rates to the financial projections to estimate the impact of taxes on the project's cash flows., Constructed After-Tax Cash Flow (ATCF) calculations, including Present Worth (PW), Annual Worth (AW), and IRR, to determine the project's net financial performance after accounting for taxes., Adjusted financial projections for inflation to ensure accurate assessment of the project's long-term economic value and feasibility.

• Arabic
• English
• Spanish