Oualae Aouad

• Oversees all quality control operations to ensure full compliance with internal standards, client specifications, and project requirements. • Inspects and verifies raw materials upon receipt and perform final inspection of finished products prior to delivery. • Supports production trials and new product validations, ensuring conformance to design and performance criteria. • Leads third-party inspections, coordinates with clients and certifying bodies, and ensures complete and traceable documentation. • Conducts product qualification and performance tests, maintaining alignment with international and regulatory standards. • Analyses quality deviations in materials or products, identifies root causes, and implements corrective and preventive actions. • Tracks raw material inventory and issues comprehensive monthly stock and quality reports for management review.

• Selected for the Future Class rotational training program, designed to develop next-generation industrial leaders through immersive cross-departmental exposure. • Rotated across core departments including Production, Quality, Maintenance, and HSSE to build a holistic understanding of manufacturing operations. • Acquired hands-on experience in fiberglass pipe manufacturing, including machine setup, raw material configuration, and process optimization. • Contributed to quality control activities such as inspections, testing, and ensuring compliance with international standards. • Actively participated in continuous improvement projects focused on enhancing productivity and product reliability. • Collaborated with multidisciplinary teams to gain comprehensive insight into end-to-end operations and quality assurance systems.

Project: Design of an Energy-Efficient Reverse Osmosis System for Seawater Desalination in Coastal Regions • Led the design and analysis of a reverse osmosis system aimed at minimizing energy consumption in desalination processes. • Optimized the ultrafiltration (UF) process by simulating the effects of flux and coagulation on transmembrane pressure using MATLAB Simulink. • Enhanced reverse osmosis performance through simulation of solvent and solute transport dynamics using MATLAB Simulink. • Designed and sized the reverse osmosis system incorporating energy recovery using turbochargers.

• Conducted energy optimization for an industrial unit by enhancing the operational efficiency of installed motor-pump systems • Developed and simulated a voltage control system for asynchronous motors using MATLAB Simulink