Akmal Essam

Worked on projects: Koudia, Kuppendorf, Alena, Puelche Sur, Chalkodonio, Erimia, Xironomi. Performed DIAdem-based plausibility checks on power output and wind speed. Developed IEC 61400-12-3 lidar sector tool (Enercon, Kuppendorf). Prepared installation reports (e.g., Nordex, Chile). Generated IEC 61400-12-1 Ed.2 power curves. Prepared and calibrated measurement systems and sensors.

• Supported the contract management of the Turbine Supply Agreement (TSA) Commitments Register for OranjeWind. • Track the Master Document Register (MDR) for the TSA of OranjeWind. • Extracted compliance requirements and suggested proofs of compliance to meet RVO Requirements.

• Decommissioning Management: Coordinated technical and cost assessments for the Ammrumbank and NSO decommissioning projects, ensuring compliance and seamless cross-departmental collaboration. • Resonance Risk Assessment: Led the NC2 wind turbine installation study, analyzing metocean data and soil conditions to mitigate tower oscillation risks during critical sea states. • Installation Sequence Optimization: Managed the installation process for the Norfolk wind farm, aligning turbine, foundation, and cab

• Developed cost functions for main cost drivers in a centralized offshore hydrogen (H₂) plant for OranjeWind. • Researched and compared cost estimates for energy islands and hydrogen production on platforms with various studies. • Integrated cost information and scaling functions into a Python-based H₂ process model, calculating annual H₂ production profiles and electrical grid exports/imports. • Established links to an existing cost database for offshore wind farm components. • Supported LCOE Project Mana

• Managed and coordinated solar resource assessment projects across multiple countries, including Germany, France, Bangladesh, Morocco, and UAE, ensuring consistent data quality and accuracy across diverse environments. • Led data quality control efforts, overseeing the evaluation of satellite and ground-based data to maintain high standards and support precise solar resource assessments. • Supervised onsite technicians to address and resolve downtime issues at operational solar measuring stations, ensuri

• Calculated CAPEX and OPEX for Offshore Wind Parks, providing detailed financial assessments that contributed to the overall cost analysis of Green Hydrogen projects. • Developed and implemented cost models for Electrolysis, Compression, and Water Treatment processes, ensuring accurate financial forecasting for key components of Green Hydrogen production. • Assessed the Levelized Cost of Hydrogen (LCOH) for various transportation scenarios, including pipelines, multi-modal transport involving ships, trai

• Led and coordinated measurement campaigns for wind and solar projects, overseeing data collection processes and ensuring the accuracy of measurements through effective site visit management and mast installation monitoring. • Developed and implemented data monitoring protocols using Ammonit loggers, SQL, and Python, ensuring the reliability and integrity of data for comprehensive analysis and reporting. • Managed the preparation and delivery of monthly analysis reports, providing stakeholders with criti

• Worked on improving the analysis of large-scale wind energy da-tasets, supporting wind resource and performance assessments us-ing advanced Python-based tools. • Handled SCADA data ingestion and parsing from .ini files, en-suring correct structuring and time series alignment for perfor-mance analysis. • Applied data filtering and preprocessing using Pandas, NumPy, and structured DataFrames to clean and normalize turbine opera-tional data. • Developed interactive data dashboards using Plotly Dash, ena-blin

• Led contract and claim management efforts, including negotiating terms with suppliers, managing delays, and resolving claims, ensuring uninterrupted project progression despite external challenges like COVID-19. • Conducted comprehensive risk assessments, identified potential risks in design, manufacturing, and installation, and implemented mitigation strategies that kept the project on schedule and within budget. • Managed project budget and optimized costs by negotiating favorable terms with suppliers

Get Exposed to: • Boilers & steam generation • Compressors & Pumps technology • Pressure vessels & Tanks design • Motor load list • Material selection guide • Piping and Pipeline differences

Bachelor of Engineering, Energy and Renewable Energy, Ain Shams University CHEP, Cairo, Egypt. June 2020. GPA 3.82 ( Excellent with honors ) Rank: 14th ( Top 12% of my class )