Ali N.

Experience

• Design Engineer (REMOTE) Tec Office · Contract Jan 2023 – Aug 2026 3 yrs 7 mos Lebanon As a Design Engineer at TEC Office, I excel in creating and modifying CAD models, developing 2D and 3D CAD drawings using software such as AutoCAD, SolidWorks, and CATIA. I have designed over 15 mechanical components from initial concepts to final production, upholding safety protocols and improving functionality by addressing identified design flaws that enhance overall product reliability.
  
  
  
  My role involves facilitating effective communication among cross-functional teams, including product managers and manufacturing engineers. This collaboration has led to the identification of three major design flaws, improving overall project execution efficiency by 25%. I have operated over 10 design review sessions to evaluate designs for functionality and quality, with recommendations that addressed critical issues and improved overall product reliability as evidenced by user feedback.
  
  
  
  I examine complex designs through rigorous testing protocols to identify critical inefficiencies. My actionable findings have addressed the three main causes of production delays without impacting project timelines. I have crafted over 50 detailed technical documents, including design specifications and assembly instructions, contributing to a 30% increase in production efficiency during the project lifecycle.
  
  
  
  My remote collaboration skills include optimizing communication through digital tools, enabling real-time updates and discussions. This has resulted in a consistent reduction of project delays across teams located in six different time zones.
• Design Engineer Mepco Electro-Mechanical · Full-time Aug 2020 – Dec 2022 2 yrs 4 mos Lebanon As a Design Engineer at MEPCO Electro-Mechanical, I specialize in analyzing mechanical and thermal systems to provide innovative engineering solutions. I have assessed performance data from over 20 heat exchange systems, streamlining design processes and reducing prototype development time by two weeks while ensuring compliance with industry specifications.
  
  
  
  I have constructed and refined more than 15 mechanical and thermal subsystems using advanced CAD tools, such as AutoCAD and SolidWorks. My designs reliably meet industry standards and enhance performance metrics for reliability in field applications. My expertise includes analyzing mechanical device failures to identify root causes, presenting findings to resolve the three biggest causes of crashes, and enhancing future designs for increased reliability in subsequent prototypes.
  
  
  
  I have engineered an innovative suite of 15 unique thermal management solutions tailored to specific operational environments. My actionable insights from testing have led to measurable improvements in system reliability, validated by stringent assessment protocols. I manage the manufacturing process end-to-end, ensuring that 100% of devices meet rigorous design specifications and quality standards, resulting in zero defects reported during production audits for six consecutive months.
  
  
  
  In addition to my engineering responsibilities, I deliver comprehensive training to a team of 10 technicians on the effective use and maintenance of mechanical and thermal devices, resulting in zero safety incidents over a six-month period. My work includes designing and implementing over 10 HVAC systems for healthcare facilities, ensuring compliance with safety regulations and achieving significant improvements in air quality. I have also devised tailored solutions for front-line health professionals, leading training sessions on newly implemented systems.