As Head of Assembly/Manufacturing Engineering, I'm responsible for overseeing both manufacturing and assembly processes, ensuring impeccable standards of quality. My career journey, deeply entrenched in engineering methodologies, is a testament to my commitment to precision, efficiency, and excellence in manufacturing. I specialize in closely supervising assembly stages and introducing innovative techniques to streamline our assembly lines. I thrive on the challenge of optimizing production, improving efficiency, and consistently achieving top-tier results. Additionally, my expertise extends to assisting in the design phase, drawing from my extensive experience in the solar thermal field

In my previous role, I took charge of setting up machine tools, equipment, and processes to optimize the factory layout, ensuring maximum productivity. I played a pivotal role in training machine operators in various processes such as welding, LASER cutting, Lathe, manual Mill, VMC, Metal Folding Machine, and CNC Router.My responsibilities included conducting daily inspections to maintain high-quality standards, scrutinizing CAD drawings, and setting tolerances based on specific applications. I excelled in problem-solving, addressing engineering challenges effectively. Additionally, I managed supplier relationships, sourcing specialty tools both locally and internationally.I was also responsible for assigning daily tasks to both long-term and short-term personnel, ensuring smooth operations. Furthermore, I meticulously prepared and implemented equipment maintenance schedules, contributing to the overall efficiency of the manufacturing process.

In my previous role, I spearheaded the development and coordination of scientific instruments, components, and systems, overseeing the entire fabrication and manufacturing process. My responsibilities included engineering design, generating detailed construction drawings in both 2D and 3D formats. I played a vital role in orchestrating repairs for instruments, equipment, and systems, ensuring seamless functionality.I excelled in supplier and contractor management, both locally and internationally, sourcing essential parts, sensors, and services vital for ongoing research initiatives. Additionally, I provided crucial technical support to scientists, enhancing the efficiency of their work.Furthermore, I established a cutting-edge 3D printing Laboratory, demonstrating proficiency in programming and operating 3D printers. I meticulously inspected delivered equipment, products, and services, maintaining high-quality standards. I prepared comprehensive lists of specifications and documentation for procurement processes, demonstrating a keen attention to detail.Moreover, I conducted in-depth analyses to prepare accurate cost and depreciation plans for in-use equipment based on gathered data. I also took the initiative to create necessary Standard Operating Procedures (SOPs), ensuring streamlined workflows and adherence to best practices.

In my role, I spearheaded the development and production of cutting-edge scientific instruments, orchestrating a seamless operational workflow. I strategically engaged with global suppliers to procure top-quality parts and services, thereby optimizing research resources. Taking charge of equipment procurement, I established and managed machine shops, complementing the process with meticulous 3D drawings. Proficient in both standard machinery operation and stringent quality control measures, my contributions played a pivotal role in advancing various research projects.

In my role, I ensured meticulous product quality control and inspections, adhering to ISO and BS standards for dimensional tolerances. I meticulously documented ISO 9001 procedures, ensuring compliance with quality standards. Proficient in SolidEDGE, I prepared precise 3D drawings for specialized parts. I monitored production progress, analyzing data and exporting valuable pointers for process improvement. Additionally, I excelled in designing, programming, and controlling CNC OXY-GAS and plasma machines, enhancing manufacturing efficiency.