Sako Kasbarian

Expertly engineered high-performance Fan Coil Units (FCUs) and Air Handling Unit (AHU) coils from initial concept to implementation, ensuring peak thermal performance and system efficiency. By delivering precision 2D and 3D modeling via AutoCAD and SolidWorks, I successfully spearheaded the design and drafting for over 50 high profile projects across the MENA region, including prestigious royal commissions. Beyond core design, I streamlined operational workflows by managing complex Bills of Materials (BOM) and Quantities (BOQ) while leveraging SAP to optimize procurement and inventory tracking. My role served as a technical bridge, providing critical support to sales teams and collaborating across departments to implement cost-effective engineering solutions. Through meticulous time management and a commitment to data integrity, I consistently met rigorous deadlines, driving both project success and long-term operational continuity.

Expertly analyze and enhance vehicle dynamics specifically suspension, braking, and electronic stability systems to optimize handling, safety, and overall performance. I combine this theoretical proficiency with hands-on technical mastery, executing complex repairs and routine maintenance across diverse vehicle platforms. Utilizing advanced diagnostic instruments, including scanners and voltmeters, I establish precise repair plans that minimize downtime and ensure mechanical integrity. Throughout the service lifecycle, I maintain a client-focused approach, leveraging excellent communication skills to translate technical diagnostics into clear, respectful, and actionable information for customers.

Collaborated with senior Mechanical Engineers to spearhead large scale design projects for corporate clients, leveraging deep expertise in iron and steel metallurgy to ensure structural integrity and peak performance. I maintained full lifecycle ownership of advanced laser processing operations, precisely configuring machine parameters, lens selection, and nozzle specifications based on material thickness and engraving requirements. By utilizing SolidWorks and AutoCAD, I transformed complex concepts into production-ready models optimized for manufacturability, cost-efficiency, and maximum material utilization. My role extended beyond the technical as I bridged the gap between engineering and stakeholders, delivering professional reports and formal presentations that clearly communicated technical design proposals and project milestones.

Collaborate seamlessly with mechanical design engineers to develop intuitive interfaces and streamlined interactions, ensuring technical systems remain user-centric. Partnering with senior leadership, I manage the lifecycle of complex, large-scale design projects for corporate clients, consistently delivering high-accuracy technical tasks under tight deadlines. I am entrusted with the end-to-end design, mathematical calculation, and 3D modeling of critical components, leveraging advanced additive manufacturing (3D printing) to rapidly prototype and validate concepts. My role is underpinned by strong communication skills, allowing me to translate technical complexities into persuasive presentations and comprehensive reports that secure stakeholder buy-in and drive project success.