Alaeddine Hajri

I am an aspiring engineer with specialized skills in power electronics, mechatronics, and 3D printing technologies. Recently, I completed an internship in Tunisia, where I developed an eco-friendly method to convert PET waste into usable 3D printing filament. This innovative project allowed for the efficient extraction of 20 grams of high-quality filament from each PET bottle, contributing significantly to sustainable practices in the manufacturing sector.

Boosted warehouse efficiency by 30% by designing and implementing advanced PLC programming and integrating robotics into control systems, significantly enhancing automation and operational workflows.

•Engaged in the design, analysis, and optimization of fire suppression and detection systems within data center environments, emphasizing safety, compliance, and operational continuity. •Collaborated with a team of engineers to integrate advanced fire detection technologies, including smoke detectors and heat sensors, ensuring early warning and rapid response capabilities.

Successfully mitigated 80% of electronic issues caused by mold within a critical timeframe , through comprehensive diagnostics and targeted rectifications. This initiative resolved sensor malfunctions and control system errors. Achieved a 90% success rate in the complex overhaul of sensors and secured a 75% improvement in overall system stability. Employed advanced troubleshooting techniques and strategic interventions to mitigate pervasive control errors,

•Project Involvement: Collaborated on a team responsible for the design and development of a Solid waste compactor compactor, enhancing efficiency by 15%. Utilized AutoCAD, SolidWorks to create detailed 3D models and simulations to test design effectiveness. •Technical Proficiencies: Gained proficiency in using advanced 3D CAD tools for modeling, assembly, and drafting. Developed complex mechanical components and systems, adhering to industry standards and integrating feedback from engineering reviews.

Spearheaded the implementation of innovative tooling strategies, achieving a significant 20% improvement in production efficiency. This was accomplished by introducing targeted modifications to existing tooling processes. Led a quality improvement initiative that intensified precision and accuracy across manufacturing operations, resulting in a 15% reduction in product defects. Employed a data-driven approach to identify and address root causes of inaccuracies.

Achieved a 60% improvement in fan performance through meticulous optimization of mechanical and electrical sizing parameters, leveraging advanced calculations and design adjustments. Drove a 20% increase in mechanical efficiency and a 15% enhancement in energy efficiency by innovating blade design and refining electrical specifications, demonstrating a commitment to sustainable engineering solutions.

In a strategic collaboration with PRECIMA , I played a key role in optimizing the cable line for the MERCEDES-BENZ GLA, achieving a remarkable 25% reduction in lead time. This milestone was reached through comprehensive process analysis, identifying bottlenecks. Contributed to a significant 40% improvement in our team's production process efficiency. This success stemmed from spearheading a cross-functional initiative to streamline workflows and integrate lean manufacturing principles.

•Project Participation: Actively contributed to the design and development of a hydraulic lift system for utility vehicles, focusing on drafting, design optimization, and detailed construction. •Technical Skills: Utilized 3D CAD software (SolidWorks and AutoCAD) to create accurate models and drawings of the hydraulic system components. Documentation and Analysis: Compiled comprehensive parts lists and created detailed engineering drawings for the hydraulic lift system.

Leveraged advanced proficiency in interpreting complex engineering diagrams, achieving a consistent accuracy rate of 95%. This involved meticulous analysis and verification of technical drawings across diverse projects, contributing significantly to the reduction of rework and errors. Exhibited exceptional competence in the classification of engineering plans, securing a reliable success rate of 98%. Through diligent review and categorization.

Collaborated within a dedicated team to conceptualize, develop, and design an innovative autonomous painting robot. This groundbreaking project represented a pivotal 35% contribution to the overall realization of our collective efforts. Responsible for key aspects of the robot's architecture, I played a crucial role in ensuring its successful conception and initial development stages.

Collaborated within a dedicated team to conceptualize, develop, and design an innovative autonomous painting robot. This groundbreaking project represented a pivotal 35% contribution to the overall realization of our collective efforts. Responsible for key aspects of the robot's architecture, I played a crucial role in ensuring its successful conception and initial development stages.

Designed Innovative Didactic Model for Precise Thermal Flux Measurement: Conceptualized and meticulously designed an innovative didactic model tailored for the precise measurement of thermal flux in emerging insulator materials. The project, executed between October 2022 and May 2023, culminated in a remarkable 92% success rate.