- SolidWorks Design: Developed parametric models for chassis and furniture, adhering to Australian Standards.- Excel Optimization: Created macros for chassis weight distribution, ensuring compliance with weight limits.- Composite Roofs: Engineered weatherproof roofs, reducing leakage warranties by 90%.- CAD Proficiency: Produced high-quality models, meeting feasibility and safety targets.- Process Integration: Streamlined design with SolidWorks and Excel, boosting material utilization by 40%.- SOPs Implementation: Established SOPs for consistent production quality, aligned with WHS regulations.- Communication: Liaised between stakeholders, managing changes and warranty claims.- Troubleshooting: Maintained production efficiency by resolving equipment issues.- Kaizen Leadership: Directed Kaizen events for new product introduction, ensuring ADR compliance.- 5S Principles: Applied 5S for a 20% reduction in setup times and workflow improvement.- Safety Measures: Executed evacuation plans, upholding strict safety protocols.

- Product Design & Development: - Engineered a prototype for a sandwich panel van. - Enhanced production efficiency by 10% with new interlocking furniture joints. - Streamlined production with a comprehensive furniture library and assembly drawings.- Process Improvement & Automation: - Automated CNC operations using Maestro software, optimizing material use and reducing waste. - Implemented new process sequences to boost production efficiency. - Led a team to ensure efficient production of cabinetry, bench-tops, and upholstery with minimal defects.- CAD Proficiency: - Utilized advanced 3D and 2D CAD tools for model development and refinement. - Handled engineering tasks including CAD model configuration, deployment, maintenance, and upgrades. - Set precise design specifications to meet project requirements. - Ensured design file accuracy and compliance, updating product designs as needed. - Aligned CAD systems with customer needs and industry standards through process improvement efforts.- Production Leadership & Communication: - Oversaw a team to maintain efficient production and troubleshoot issues. - Collaborated with Purchasing to manage material stock levels, achieving a target of 35 vans per week. - Served as the key point of contact between production, dealers, and suppliers, managing changes and addressing warranty claims.

- Process Improvement: Implemented the 5S methodology in our manufacturing processes, leading to a 20% increase in productivity. This involved sorting, setting in order, shining, standardizing, and sustaining workplace organization, which significantly reduced waste and inefficiencies.- Design Optimization: Made strategic design changes to the production line, resulting in a 15% increase in production output and a 30% reduction in errors. This was achieved through careful analysis of the production cycle and innovative problem-solving.- Technical Proficiency: Demonstrated proficiency in CAD/CAM software, using these tools to design and optimize manufacturing systems. This technical expertise was instrumental in driving process improvements.- Lean Manufacturing: Utilized lean manufacturing principles to optimize manufacturing processes, contributing to a more efficient and cost-effective production line.- Policy Development: Managed policy planning and ensured alignment with company and legislative regulations, coordinating safety procedures effectively in a manufacturing setting.- Energy Efficiency: Implemented energy-efficient processes and technologies, reducing energy consumption by 25% and contributing to the company's sustainability goals.- Continuous Learning: Undertook micro-training to continually upskill and stay updated with the latest manufacturing technologies, demonstrating a commitment to professional development.

During a rewarding 6-month tenure as Junior Mechancial Engineer at Elecon, a renowned mechanical engineering firm, I acquired practical experience in the intricate design and manufacturing of gear parts. This pivotal role enabled me to apply and broaden my understanding of core mechanical engineering concepts in a real-world context.I was privileged to be part of a vibrant team, undertaking exhaustive analyses of diverse machinery. This immersive experience not only fortified my technical acumen but also honed my collaborative and communication skills.I leveraged CAD/CAM software for meticulous system design and optimization, and championed the implementation of lean manufacturing principles to streamline processes. These invaluable experiences have solidified my foundation in mechanical engineering, priming me for upcoming challenges in the field.

Summer Intern at Nuclear Power Corporation of India LimitedDuring my summer internship at the Nuclear Power Corporation of India Limited (NPCIL), one of the leading public sector enterprises in India, I had the opportunity to apply my academic knowledge to real-world engineering challenges in the nuclear power industry.I was involved in various projects that allowed me to understand the intricacies of nuclear power generation. This included studying the design and operation of nuclear reactors, safety procedures, and the regulatory environment.Working alongside experienced professionals, I gained insights into project management, problem-solving, and technical documentation. I also had the opportunity to use advanced simulation software for system design and analysis.This internship has equipped me with a strong foundation in nuclear engineering principles and has sparked a keen interest in sustainable energy solutions. I am now seeking opportunities to further apply and develop these skills within the mechanical engineering sector.