• Skilled in performing schematic capture using Orcad CIS, DX designer and Altium, followed by comprehensive PCB layout using Allegro, PADS, and Altium. Tasks encompass layer stack-up construction, design constraints establishment, component library management, and component arrangement on the board.• Proficient in conducting length matching and high-frequency signal checks, including differential pairs, high-speed clocks, PCI bus, memory bus, and other critical signal routes, ensuring signal integrity and performance.• Experienced in incorporating design rules within CAD tools to maintain consistency and adherence to industry standards throughout the design process.• Skillful in generating manufacturing input packages, encompassing board mechanical specifications, layer stack-ups, Gerber files, ODB++, Bill of Materials (BOM), XY data, and other essential data required for fabrication and assembly departments.• Conducts rigorous design reviews to ensure alignment with design requirements, best layout practices, and compliance with DFM, DFA, and DFT principles. Utilizes CAM350 for Design Rule Checks (DRC).• Extensive experience in designing PCBs for US based companies such as Apple, Infineon Technologies, Lumentum, Standard Bio Tools, Adona Medical, ViewRay, and other industry leaders.

• Creating new PCB layouts and revising existing ones using industry-standard design platforms, including Cadence Allegro, Mentor's PADs, and Altium PCB design tools.• Skilled in schematic capturing through tools such as OrCAD CIS, including netlist insertion, and adept at creating and managing component libraries.• Capable of defining board constraints in alignment with overseas client specifications, managing component placement, routing, and preparing artwork files for production.• Competent in designing components for both Surface-Mount Technology (SMT) and Through Hole configurations, ensuring seamless integration within PCB layouts.• Prioritizing comprehensive design checking and verification processes to guarantee the integrity and accuracy of PCB designs before release.• Skilled in generating essential manufacturing files that facilitate PCB fabrication and assembly, streamlining the production pipeline.• Proficient in assembly data preparation, including the importation and manipulation of diverse design data formats such as Gerbers, ASCII files, and IPC-356, utilizing specialized tools like Aegis’s Circuit CAM to ensure precision and efficiency throughout the assembly process.

• Designing maintenance strategies and procedures for textile processing machines like desizing, mercerizing, sanforizing, and stenter machines.• Started by thoroughly assessing each type of machine (desizing, mercerizing, sanforizing, and stenter) to understand their specific components, critical parts, and maintenance requirements.• Developed a preventive maintenance plan for each machine type. This plan outline the maintenance tasks that need to be performed at regular intervals (daily, weekly, monthly, etc.) to prevent breakdowns and ensure optimal performance. For example: Daily checks: Observed the constancy of guide rolls, motors, and pneumatic pistons. Weekly checks: Inspected belts, chains, and lubricate moving parts. Monthly checks: Examined electrical connections, calibrate sensors, and replace worn-out parts.• Created detailed maintenance manuals and checklists for each machine type. These documents should include step-by-step procedures for different maintenance tasks, including fault diagnosis and troubleshooting guides.• Regularly review and update your maintenance strategies and procedures based on the performance data and feedback from maintenance personnel. Continuously strive to improve the reliability and efficiency of the machines.