Nishesh Paudel Email and Phone Number

• Conduct routine inspections of molded parts to ensure conformance with specific product standards and pre-established quality criteria.• Perform first piece validation at production start and during manufacturing change points.• Utilize quality testing equipment and follow detailed work instructions to assess product quality.• Make aesthetic appearance decisions based on internal quality criteria.• Continuously assess and advise on quality matters on the production floor.• Identify and communicate any abnormalities in production flow or product quality to supervisors and technicians.• Document and follow up on action items for product improvement.• Contribute to the development and implementation of quality control processes.• Maintain accurate quality records and complete inspection audit reports.• Record and analyze appropriate data collections as required.• Prepare and communicate reports on out-of-control or out-of-spec conditions.• Adhere to all safety regulations and properly use required personal protective equipment.• Maintain a clean and safe work environment.• Participate in required meetings and training sessions to stay updated on quality standards and procedures.

• Troubleshoot and diagnose any equipment or machine problems. Support routine maintenance tasks including cleaning equipment and with more extensive repairs or preventative maintenance activities• Operate machinery and equipment used in the manufacturing process and perform visual inspections to check the quality of the resin pellets being produced, immediately reporting any malfunction, quality concerns, or safety hazards• Handle and move materials, parts, and tools efficiently ensuring proper storage and organization of materials• Maintain production records including logs of machine performance, production output, and quality issues• Communicate effectively with supervisors and team members regarding production progress, issues, and potential improvements• Follow work safety & procedures and manufacturing instructions consistent with established quality standards and work towards meeting production schedules and targets set by the company

• Defined firmware requirements and specifications for electronic devices or systems; designed firmware architectures, algorithms, and data structures that meet project objectives and technical requirements for projects like Dumbwaiter, Electronics Kits, Payment Facilitator Device• Implemented firmware code using programming languages such as C, Python, and assembly language, following coding standards and best practices; wrote efficient and optimized code for real-time systems, device drivers, communication protocols, and control algorithms for microprocessors and microcontrollers• Performed thorough testing and verification of firmware functionality, ensuring quality standards are met. Identify and resolve firmware-related bugs, issues, and performance bottlenecks using debugging tools and techniques• Prepared detailed documentation of firmware designs, specifications, test plans, and test results; prepared technical documentation including wiring diagrams, BOM, etc.• Provided technical support for procurement, construction, and commissioning; prepared proposals, project plans, estimates, maintained accurate records and provided clear, concise reports to support project progress and troubleshooting efforts• Involved in programming protection relays and RTUs; assisted in PCB board testing and manufacturing; prepared Failure Modes and Effects Analysis (FMEA)• Collaborated effectively with multidisciplinary teams, including hardware engineers, software developers, and project managers; communicated firmware design decisions, progress updates, and technical challenges clearly and concisely for continuous improvements

• Participated in every phase of product development, including requirements definition, architecture and concept definition, specification and selection of components, control and monitoring requirements, algorithm definition, detailed implementation, integration, and characterization• Performed engineering studies such as power flow, short circuit, grounding, lightning protection, insulation coordination• Designed embedded system circuits and modules like battery protection circuit, power regulator circuit• Conducted IC Design flows and problem-solving for complex electronic circuitry• Tested circuits and electronic equipment, troubleshooting issues by reverse engineering• Procured electronic components through several vendors like Digi-Key, Mouser and created component library symbols and footprints using EagleCAD