Kishan Trivedi

• Spearheaded the design and development of 50+ filtration systems for the oil & gas and beverage industries, achieving a 15% increase in sales and enhancing filtration efficiency by 25%.
• Designed custom screens and auxiliary solutions such as water well systems, pressure vessel internals, separation equipment, and custom screen solutions to remove unwanted particles, tailored to impurity type, corrosive material compatibility, screen slot size, and diameter specifications.
• Utilized Inventor, ANSYS, and ISO standards to deliver precise 3D designs and structural analyses, meeting stringent client and industry requirements.
• Considered manufacturing constraints such as tool availability, welding techniques, and machine capacity during the design process, ensuring seamless production.
• Developed nesting plans for laser cutting, optimizing material usage and minimizing waste.
• Created comprehensive documentation for 3D designs, 2D drawings, manufacturing processes, client specifications, and detailed client records.
• Led a team of 5–6 engineers, managing project timelines, mentoring team members, and ensuring compliance with quality and design standards.
• Collaborated closely with the sales team to understand customer requirements and translated them into effective design solutions.
• Coordinated with the manufacturing team to streamline production processes, reducing defects by 20% and improving overall output.
• Developed a specialized welding fixture, increasing production output by 150%, reducing errors by 30%, and saving £1.5M annually in labor costs.
• Performed structural analysis using ANSYS, optimizing material usage to reduce waste by 50% and achieving an annual cost saving of £1.5M.
• Conducted training programs on welding standards and design practices to enhance the team’s technical expertise and maintain high-quality output.

• Designed and developed an advanced spiral milling machine, utilizing Arduino, servo motors, and custom fixtures, which increased production output by 200%, reduced downtime by 40%, and minimized vibration during spindle rotation.
• Automated the spindle manufacturing process, transitioning from traditional milling methods to automatic spiral milling, reducing manual intervention by 60% and improving accuracy by 15%.
• Led a £20M yarn drafting optimization project, converting pneumatic pressure-based drafting arms to spring-loaded systems, reducing production time by 20% and improving output quality by 15%.
• Designed springs, pressure-adjustment mechanisms, roller placement adjusters, and jigs for the production of drafting accessories.
• Designed and implemented load-measuring equipment using load cells, Arduino programming, and LED displays, enabling precise adjustments to top-arm loads during drafting operations.
• Developed innovative calibration techniques for machinery, improving precision by 15% and reducing material waste.
• Created jigs and fixtures to streamline the manufacturing process for drafting accessories and spindle parts, significantly boosting productivity.
• Conducted in-depth research on textile machinery components, ensuring designs met client requirements and industry standards.
• Maintained comprehensive records of 3D designs, 2D drawings, manufacturing processes, and testing protocols for textile machinery components.
• Collaborated with cross-functional teams to validate machinery performance under real-world conditions, ensuring alignment with customer needs and operational objectives.
• Identified and resolved critical issues during product development, ensuring timely project completion and customer satisfaction.
• Developed innovative solutions to complex engineering challenges, resulting in improved product quality and reduced manufacturing costs.
• Conducted extensive research on industry trends and emerging technologies, providing insights that shaped the company’s strategic direction and product offerings.
• Specialized in drafting systems that convert raw cotton into thread by stretching, twisting, and applying load.
• Worked on spindle systems to deliver thread onto bobbins, reducing vibrations and enabling higher speeds for improved production outcomes.
• Effectively managed multiple concurrent projects, ensuring deadlines were met and resources were utilized efficiently.

Software and Tools: SolidWorks, ANSYS, Arduino

• Designed and developed 25+ injection molds for chemical pumps, enhancing product lifespan by 15% and reducing failure rates by 10%.
• Achieved 30–40% cost savings (equivalent to £500K annually) by optimizing mold designs and production processes.
• Delivered customized designs for 10+ key clients, boosting customer satisfaction by 25% and increasing repeat business.
• Managed a team of 8 engineers, completing projects 2 weeks ahead of schedule and maintaining a 95% on-time delivery rate.
• Designed plastic components for non-metallic pumps, ensuring compliance with ISO standards and industry requirements for plastic parts.
• Conducted structural analysis of molds using ANSYS Workbench 2020, ensuring durability and performance.
• Optimized manufacturing costs by designing molds with enhanced efficiency and material usage, resulting in significant savings.
• Supervised in-house manufacturing and outsourcing of molds to maintain production timelines and quality standards.
• Planned and managed production schedules, ensuring the timely delivery of finished products to clients.
• Coordinated with vendors to procure raw materials and arranged appointments for injection molding machine usage to meet production targets.
• Worked collaboratively with team members to address challenges, streamline operations, and ensure smooth production workflows.
• Resolved critical design and production issues, ensuring minimal downtime and adherence to project deadlines.
• Maintained comprehensive documentation for design specifications, production processes, and client requirements.
• Oversaw the entire process from concept design to the delivery of finished products, ensuring quality and efficiency at every stage.
• Developed and implemented solutions to reduce production costs while meeting high-quality standards.
• Utilized SolidWorks, SolidEdge, NX, ANSYS, PVElite, and Moldflow for design, analysis, and optimization of molds and components.

• Designed and fabricated an automatic stacking mechanism to replace manual stacking of cement bags, improving safety, operational efficiency, and reducing worker exposure to harmful cement particles.
• Developed an automatic sweeping robot, addressing dirt and cement particle accumulation in industrial environments to enhance cleanliness and worker health.
• Designed and manufactured an automatic solar panel cleaning system, increasing operational automation and maintaining energy efficiency in solar power generation.
• Engineered a lifting mechanism for carrying raw materials, such as cement bags and oil containers, optimizing material handling processes and improving workplace productivity.
• Conducted thorough background research on scientific principles and industry challenges, enhancing experimental designs and ensuring alignment with organizational goals.
• Created clear and concise reports summarizing key research findings, facilitating effective communication across teams and supporting informed decision-making by stakeholders.
• Presented research findings and automation designs to stakeholders, contributing to strategic planning and implementation of automated systems.
• Conducted comprehensive market research to identify potential areas for new product development and growth opportunities in automation and material handling.
• Focused on solving significant industry challenges, such as reducing worker exposure to cement particles and achieving fully automated processes for improved workplace safety.
• Thesis: "Convert Manual Truck Loader to Automatic", focused on improving efficiency and safety in material handling systems.
• Utilized SolidWorks for designing complex mechanisms and ANSYS for structural analysis and performance validation of automated systems.

Key Achievements:

• Automated critical processes in cement plants, contributing to a safer, cleaner, and more efficient working environment.
• Enhanced operational automation, reducing manual labor dependency and minimizing health risks for employees.
• Delivered innovative solutions for material handling and cleaning systems, aligning with industry standards and client requirements.

Software and Tools: SolidWorks, ANSYS