Ahmed Altaif

Designing and sizing solar photovoltaic systems for irrigation.

• Designing utility-scale ground-mounted solar PV projects. • Optimizing layouts and yields based on constraint analysis.

• Solar power yield forecast and installation planning. • System layout and electrical design drawings.

Modeling wind turbines in SolidWorks and performing CFD simulations in Ansys and OpenFOAM software.

Helping the technical team in project planning, design, and economic evaluation.

Developing a code to analyze load data of a wind turbine in MATLAB.

• Monitoring and analyzing wind data. • Modeling of wind farms using WAsP and WindPRO software.

• Participated in conducting feasibility studies for 3 wind farms with a total capacity of 300 MW. • Engaged in carrying out 4 feasibility studies of photovoltaic (PV) projects totaling 40 MWp in different locations in Sudan.

• 2D and 3D drawings of the project facilities including oil and water tanks, piping, and firefighting systems using AutoCAD and Solidworks. • Designing and sizing the piping systems and pipelines for both oil products and firefighting mediums.

• Tuition duties in a wide range of mechanical engineering fields. • Laboratory assistant for various disciplines.

• Planning & Designing of Photovoltaic Rooftop Systems, • Electrical Wiring & Protective Measures, • Solar Panel Installation & Inverter Installation, • Energy Storage & Battery Systems.

Wind Energy - Solar Energy - Energy Meteorology and Storage Technology - Biomass and Hydropower - Energy Systems and Energy Economics.

Mechanics of Materials - Materials Science - Thermodynamics - Fluid Mechanics - Machine Elements - Heat Transfer - Manufacturing Process - Mechanical Design - Hydraulic - Gas Dynamics - Engineering Management - Industrial Management - Engineering Economics.