KARTHI JAYAKUMAR

• - Utilized Creo for bar code etchings on 3D models, ensuring accurate representation and feasibility checks.
• - Placed QR codes on drawings in 12 x 26 and 12 x 18 matrix, improving traceability and information accessibility.
• - Implemented data matrix placements for efficient data tracking and identification on engineering drawings.
• - Maintained modified drawings in Agile PLM, ensuring version control and accessibility for cross-functional teams.
• - Conducted feasibility checks for bar code etchings and QR code placements, optimizing design efficiency.
• - Collaborated with cross-functional teams for redline drawings, ensuring accuracy and compliance with standards.
• - Implemented QR code placements on drawings, reducing search time by 30% and enhancing data accessibility.
• - Introduced data matrix placements, resulting in 25% increase in data tracking accuracy and operational efficiency.
• - Conducted detailed feasibility checks for bar code etchings on 3D models, reducing design iteration time by 20%.
• - Analyzed QR code placements, ensuring optimal visibility and positioning on engineering drawings.
• - Implemented Agile PLM for maintaining modified drawings, achieving 15% reduction in document retrieval time.
• - Received commendation for efficient redline drawing processes, ensuring timely updates and adherence to project timelines.

• Developed detailed engineering drawings with Geometric Dimensioning and Tolerancing (GD&T) annotations for precision machined parts.
• Utilized SolidWorks to create 3D models with accurate GD&T symbols, resulting in a 15% decrease in manufacturing errors.
• Led 3D project for machine assemblies, including reverse engineering, which resulted in new product line with 30% increase in market demand.
• Successfully analyzed and implemented snap fit concept for cabinet housing using 3D printing, reducing assembly time by 25%.
• Rearranged engineering designs with different concepts and automatic vending technology, adhering to project standards.
• Received positive feedback from clients for delivering precise GD&T annotated drawings, meeting their requirements and improving product quality.
• Independently dismantled and reassembled machine for R&D purposes during the COVID-19 pandemic without breaking any parts, demonstrating exceptional technical skills and problem-solving ability.

Skills:

• Mechanical Design and Development
• AutoCAD, SolidWorks, Creo
• Geometric Dimensioning and Tolerancing (GD&T)
• Reverse Engineering
• 3D Modeling and Printing
• Agile PLM
• Cross-functional Collaboration
• Project Management

• Designed CNC frames and various fabrication works, utilizing advanced design techniques.
• Created detailed drawings for frames, welding joints, channel frames, and welding joint designs using AutoCAD software.
• Managed material procurement and electroplating processes for shafts and plates.
• Oversaw surface coating processes, including zinc coating, to ensure high-quality finishes.
• Assembled wheel trolley assemblies, ensuring precise alignment and functionality.
• Developed and assembled mould drawings for building blocks (12x12), enhancing production efficiency.
• Streamlined CNC frame design processes, reducing time by 20% through implementation of standardized AutoCAD templates.
• Optimized material procurement strategies, achieving 15% cost savings on shafts and plates, and reduced zinc coating expenses by 10%.
• Developed efficient welding joint designs, resulting in 25% decrease in welding time.
• Enhanced 3D mould designs for building blocks, improving overall production quality and efficiency.