Head of Engineering | Alvas Rubber Products• Lead comprehensive engineering management for manufacturing facility• Key Responsibilities & achievements: - Mould design and advanced engineering development- Implement automation solutions to optimize production processes- Reduce operational risks and manual labor - Implemented smart automation solutions improving production efficiency- Oxyacetylene welder design for quality control

- Lead R&D Design Engineer - Strong knowledge of manufacturing methods (CNC, sheet metal, 3D printing [SLS,PLA,Polyjet], Laser cutting, Rubber, Plastics).- Experience with engineering modifications, BOM structuring, process and production.- Programming controllers and Machine Integration using - C++, Python, Arduino IDE- Excellent knowledge with VS - Co-pilot, AI implementation- System Engineer and Electronics - Visio, EasyEDA, Basic board design and Electronics assembly- PLC - Design and integration - Controllino, Beckoff, Unitronics.- Project management

Fast design and assembly of POC/Prototype projects for clients in various industries such as: start-up company demands.- R&D Team member designing products using SolidWorks (PDM) building motion control assemblies and boxing electronics from customer requirements to implementation and integration. Giving full support after production through maintenance and upgrades at the customer's place. - Lead product assembly team building complicated electro-mechanical devices- Excellent knowledge in production process - Sheet Metal, CNC, 3D Printing, Laser Cutting- Professional knowledge in Workshop tools operation using pneumatic/ electrical tools for cutting, milling and drilling complicated parts that are critical for the product integration.- Excellent knowledge in 3D Printing (Polyjet, FDM, SLA) and Laser-Cutting.

R&D Mechanical Engineer specializing in designing and integrating advanced HVAC systems and direct-chip cooling solutions for data-center racks. Expertise includes optimizing heat transfer mechanisms, thermodynamic analysis, and developing MTBF device for liquid pumps to ensure efficient and reliable cooling cycle maintenance, and other experimental devices to improve heat dissipation.