Srivardhan.R

• Conducted cutting simulation based on CAD/CAM resulting in reduced waste and increased efficiency

Optimized material utilization and reduced scrap by simulating cutting process via CAD/CAM software

• Performed material characterization providing valuable insights for material selection and process optimization

Enhanced product performance and cost-effectiveness by analyzing and selecting suitable materials for specific applications

• Assisted in Production Planning: Streamlined production schedules and improved efficiency by analyzing production data and identifying bottlenecks. Resulted in a 10% increase in overall production output.
• Provided Manufacturing Support: Collaborated with cross-functional teams to troubleshoot production issues and implement solutions. Reduced downtime by 20% and increased productivity by 15%.
• Drove Process Improvement: Identified areas for process improvement and implemented changes to optimize production workflows. Reduced process waste by 25% and decreased production cycle time by 15%..

• Worked in MDT chassis and collaborated with engineers to develop, manufacture, solution for chronic aesthetic issue.

Implemented innovative design changes that addressed chronic aesthetic issue and improved the overall appearance of the MDT chassis.

• 8D Analysis, design and build business/technical solutions.

Led 8D analysis process and developed effective business/technical solutions that resolved major issues and improved product performance.

• Led a team of 5 designers to create an innovative and work-in-progress of 7 days with 2 shifts of inventory and SAP-governed warehouses, resulting in a 30% increase in lead generation.
• Collaborated with cross-functional teams to develop and launch a new sequence for power train super market.
• Streamlined internal processes and implemented a new project management system, resulting in a 20% increase in productivity and a 10% reduction in costs.

• Optimized and improved the entire layout of the component line
• Reduced the cycle time by 6% per day
• Reduced human fatigue by implementing 5s and data analysis
• Improved overall operational performance with the optimized component line design
• Mention measurable impact or results you helped deliver. Focus on the outcome of tasks. Example: Modified customer service support system to reduce complaints by 10%.

• Mention key responsibilities that match the project description. Include explanatory phrases which includes why, how, where and how tasks are performed. Example: Managed a team of 5 sales reps to deliver monthly business targets.
• Mention measurable impact or results you helped deliver. Focus on the outcome of tasks. Example: Modified customer service support system to reduce complaints by 10%.

The conference also provides an opportunity for research relations to be established between members of academia, research organizations, and industry

The first position in the technical paper presentation at Sri Venkateshwara College of Engineering, Chennai, showcased innovative and exceptional research in the field.

Recipient of the Young Scientist Award for 3D modeling of Chandrayaan-3, presented by Dr. Mylswamy Annadurai of ISRO, showcasing excellence in space exploration.

Consecutively honored with the Best Student Award for the years 2016 and 2017 at school, demonstrating consistent academic excellence and outstanding contributions.

This article addresses the ergonomic challenges in industries using prime movers like steam power plants, emphasizing the impact on workers' musculoskeletal health due to frequent fuel loading. The study employs RULA and REBA methods for rapid upper and entire body assessments, proposing cost-effect

The annual launch of diverse mobile System on Chip (SOC) platforms aims to elevate throughput and response times, often involving incremental updates. This paper highlights the pivotal role of thermal throttling and power consumption in enhancing upgrade value, addressing challenges posed by the dem

This study examines eco-friendly alternatives to petroleum-based materials, specifically jute and para-aramid (kevlar) in a composite. Through layer-by-layer evaluation, it aims to improve tensile and flexural properties of jute-kevlar matrices, analyzing the characteristics of epoxy-strengthened hy

This study explores integrating nanotechnology, particularly multiwalled carbon nanotubes, to boost concrete flexural strength. It emphasizes quantitative analysis of ratios and proportions for optimal results, demonstrating performance advantages over conventional concrete. The detailed methodology