SATHISH HARIBABU

• Managed production planning and identified suitable manufacturers for components, ensuring product quality and cost-effectiveness.
• Recommended component redesigns to reduce manufacturing costs and enhance product performance.
• Provided leadership and technical guidance to the engineering team, facilitating project execution and problem resolution.
• Led successful development of a new product from conceptualization to patenting.
• Spearheaded a research and development project focused on industrial water conservation, collaborating with clients and fabrication teams to develop and enhance prototype efficiency.
• Leveraged profound knowledge in fluid dynamics and spray nozzles to enrich capabilities and expertise in water-saving technologies.

• Designed innovative atomizing nozzles and water-saving aerators, focusing on enhancing water conservation efforts.
• Utilized 3D printing technology for prototyping, evaluating feasibility, and functionality of designed products.
• Conducted comprehensive testing on prototypes to assess performance, efficiency, and durability.
• Oversaw the transition of design concepts into finalized products, ensuring alignment with specifications and quality standards.
• Collaborated with manufacturing teams to facilitate production of water-saving products, optimizing processes for efficiency and quality.
• Implemented iterative design improvements based on feedback and testing results to optimize product performance.
• Monitored production processes to ensure final products met design specifications and quality requirements.
• Contributed to the development of five distinct water-saving products, each offering unique solutions for water conservation.

Spearheaded Computational Fluid Dynamics (CFD) analysis for various projects, showcasing expertise in heat transfer, aerodynamics, and porous medium flow. Collaborative and proficient approach in project execution, ensuring successful project outcomes and stakeholder satisfaction.

Key Projects:

• Desiccant Chamber Performance Analysis :Optimized desiccant chamber for effective wetting of desiccants by airflow using CFD analysis.
• Settling Chamber Performance Analysis : Integrated perforated plates, honeycomb structures, and turbulence screen models to optimize settling chamber performance through CFD analysis.
• CFD Analysis for LBH Coach Brake: Investigated convective heat transfer coefficient on LBH coach brake disks under varying angular velocities.
• Thermal Analysis for TFT Cluster: Analyzed TFT display with electronic components in FloTHERM, optimizing breather hole size and positions for enhanced thermal cooling.
• Ice Accretion Prediction for UAV Wings: Conducted literature surveys and CFD analysis to predict ice accretion over UAV wings.

• Analyzing engineering drawings of aerospace ducting parts and railway coach components to extract manufacturing parameters essential for determining production costs. This data served as a crucial reference for a software in calculating the production cost of new components.
• Coordinating with clients to obtain essential data related to the components, ensuring effective communication and collaboration.