Mechanical design aspects such as GD&T and CAD software (SolidWorks, Inventor, Pro/E, CATIA, Creo), Static Dynamic Flow and Stress calculations, FEA (Solidworks, Design Calcs, CEI, Compress), ASME, ISO, MSS Standards applicable knowledge combined with a creative and challenge-driven approach to each project, guaranteed precision in manufacturing and adherence to quality standards. I worked closely with senior management and initiated a new Sales-Design Department to enhance customer service and drive growth within the company. This initiative resulted in higher sales, which led to the expansion of the team, further boosting company growth and improving overall operational efficiency.At Fil-Trek Corporation, I led diverse projects across the oil/gas, power, chemical, food & beverage, and desalination industries, focusing on designing and analyzing customer-specific applications for high-performance solutions in challenging environments.I reviewed technical specifications and data sheets, ensuring compliance with ASME Sec VIII, ASME B31.3, and other industry standards. I managed technical bids and quotes, balancing cost-efficiency with technical quality, while keeping projects financially viable. I designed pressure vessels, fittings, boilers, and piping systems to meet ASME standards and the safety criteria for high-pressure environments.Building strong international client relationships and collaborating with firms like Jacobs, Fluor, KBR, and Aramco were key to my role, fostering long-term partnerships. I also enhanced our digital presence, improving user engagement and lead generation.Quality control was a priority—I developed inspection test plans (ITPs), registered weld procedures, and ensured compliance from sales through to shipping. Additionally, I mentored junior engineers, helping them develop their skills and meet technical challenges.

Developed, tested, and maintained PLC programs to control automated equipment and robotic cells. This included writing new PLC code and modifying existing programs to enhance system performance, increase efficiency, and address operational issues. Ensured that all PLC systems were reliable, scalable, and optimized for long-term operation.Programmed, troubleshot, and maintained robot cells, including configuring robot paths, motion controls, and interactions with other automated systems. Worked to ensure that robots operated efficiently and safely within the production environment, optimizing robotic performance to meet production goals and reduce cycle times.Diagnosed and repaired issues with PLCs, robots, and other automation equipment, performing thorough root cause analysis to identify underlying problems. Implemented corrective actions to prevent recurrence, enhancing the reliability and uptime of critical automation systems.Worked closely with engineers, production managers, and other technicians to coordinate automation projects, share knowledge, and resolve technical issues. Provided technical support and training to production staff, enabling them to operate and maintain automated systems effectively, and ensuring smooth day-to-day operations.Assisted in the installation and commissioning of new automation systems, including setting up hardware, configuring software, and performing initial testing to ensure proper operation. Played a key role in bringing new systems online quickly and efficiently, minimizing disruption to production and ensuring that all systems met design specifications and operational requirements.

Created CAD drawings for a variety of tools and machines, ensuring precision and adherence to design specifications. These detailed drawings supported the manufacturing process, enabling accurate production and assembly.Worked on Coordinate Measuring Machines (CMM) for various projects, performing precise measurements and inspections to verify the accuracy of machined parts and ensure they met strict quality standards.Created Bills of Materials (BOM) for different machines within the plant, ensuring that all necessary components were accurately documented and available for production. This work was critical in maintaining efficient inventory management and smooth production workflows.Modified electrical prototypes, parts, assemblies, or systems to correct functional deviations, ensuring that all designs met operational requirements and functioned as intended. This involved hands-on work with prototypes to refine and optimize their performance.Attended various training programs, including Six Sigma, WHMIS, ESD, ISO 9001, TS 16949, APQP, Shared Values, and Diversity training. Applied the principles learned from these programs to improve production floor practices, enhance quality control, and foster a more inclusive and efficient work environment.

• Created Cads Drawings of different tools and machines• Worked on CMM for various projects.• Created Bill of material of different machines of plant• Attended various six-sigma, WHMIS, ESD,ISO9001,TS16949, Shared Values and Diversity training as a part of the workand applying those principles for production floor• Modify electrical prototypes, parts, assemblies, or systems to correct functional deviations.