Apr 2022 – Jan 2023 · 9 mos · Bengaluru, Karnataka, India

Oct 2019 – Apr 2022 · 2 yrs 6 mos

• Driving Digital Transformation & Automation – Spearheaded organization-wide initiatives by translating business requirements into scalable, data-driven solutions.
• Global Stakeholder Collaboration – Partnered with international teams to define project goals, objectives, timelines, and measurable performance outcomes.
• AI & Computer Vision for Sustainability – Designed and implemented an end-to-end ML pipeline using computer vision to optimize ocean farm site selection, achieving cost-efficient Capex planning.
• Full-Stack Product Delivery – Built and deployed a national sales analytics platform with an integrated Telegram chatbot, enabling real-time insights and data accessibility across teams.

Nov 2015 – Nov 2019 · 4 yrs

• Offshore Innovation & IoT Integration – Pioneered the development of offshore farm islands and remotely monitored water-maker units powered by IoT.
• Engineering Design – Created tensegrity-based large-scale floating platforms, leading the full NPD (New Product Development) lifecycle from concept to commercialization.
• Advanced Simulation – Built algorithms and computational models to analyze fluid–structure interactions for offshore environments.
• Intelligent Software Development – Designed an in-house software suite to construct and study tensegrity-based floating structures under diverse sea states and conditions.
• Patented Ocean Farming Solutions – Developed novel large-volume seaweed cultivation structures (patent granted), advancing sustainable aquaculture.
• Business & Financial Strategy – Contributed to financial modeling and commercialisation strategies for floating structures, including offshore solar farm opportunities.

Aug 2009 – Oct 2015 · 6 yrs 2 mos · Greater Chennai Area

• Flame–Acoustics Modeling – Developed advanced flow–acoustic coupling physics models to analyze flame–acoustic interactions in gas turbine engine combustors.
• Turbulence & Combustion Simulation – Designed and implemented stochastic models to study turbulence–flame interactions and their impact on heat release dynamics in combustors.
• Data-Driven Flow Analysis – Applied dimensionality reduction techniques (SVD, POD, DMD) to uncover and analyze shear-layer structures in unsteady combustor flow fields.

Aug 2006 – Dec 2008 · 2 yrs 4 mos · Atlanta

• Studied liquid jet breakup model in a cross flow and employed models to simulate flow dynamics of a lab scale combustor with liquid fuel injector using Fortran based numerical flow solver.