About Harshavardhana
I am a CFD and CAE simulation consultant with expertise in fluid mechanics, thermal analysis, industrial flow systems, and design optimization. I currently lead VARPHI LLP, an engineering consulting firm that helps companies solve complex technical problems using simulation-driven decision making.
My core work includes Computational Fluid Dynamics, heat transfer analysis, flow distribution studies, pressure drop reduction, ventilation assessment, thermal management, particle tracking, filtration systems, industrial ducting, manifolds, cooling systems, and process equipment optimization. I work with clients to understand their engineering challenges, define the right simulation approach, execute technically sound studies, and convert results into clear design recommendations.
I have supported projects across automotive, industrial equipment, HVAC, energy systems, process engineering, product development, and manufacturing sectors. My approach is practical and outcome-focused. I use simulation not just to generate reports, but to identify root causes, compare design options, reduce risk, and improve performance.
I hold a Master’s degree in Computational Fluid Dynamics from Cranfield University and have research experience in numerical methods, turbulence modelling, and fluid flow behaviour. Earlier in my career, I worked as an Analysis Engineer on automotive CAE projects involving model preparation, meshing, and simulation support.
My key strengths include CFD and CAE consulting, fluid mechanics, thermal and flow analysis, industrial design optimization, technical project management, business development, and practical engineering problem solving.
English
Native or bilingual
Telugu
Native or bilingual
Tamil
Native or bilingual
Remote only
Primarily works remotely
Experience
- VARPHI LLPChief Executive OfficerENERGY AND UTILITIESJune 2022 - Today (4 years and 2 months)Chennai, Tamil Nadu, IndiaLeading VARPHI LLP as a CFD and CAE consulting firm, with responsibility for business development, project execution, client communication, and technical delivery. The role involves developing CFD-led solutions for industrial, automotive, HVAC, thermal, flow distribution, and process engineering problems. Responsible for converting client requirements into simulation scopes, preparing proposals, guiding CFD workflows, reviewing results, and delivering practical engineering recommendations for design optimization, performance improvement, and decision-making.
- Sprouts partnersData Research AnalystPRIVATE EQUITYJune 2015 - Today (11 years and 2 months)Worked on data research and quantitative analysis, applying analytical methods strengthened through CFD and engineering problem-solving. CFD experience helped build a structured approach to data interpretation, pattern recognition, numerical modelling, and trend analysis. These skills were applied in share market-related quantitative analysis, including reviewing historical data, identifying behavioural patterns, evaluating probability-based movements, and supporting data-driven decision-making through disciplined research and analysis.
- Cranfield UniversityPhD Research studentFebruary 2014 - September 2017 (3 years and 7 months)Milton Keynes, United KingdomWorked in an advanced research environment with a strong focus on CFD, fluid mechanics, numerical methods, and engineering analysis. Topic of research was Development of Adaptive mesh refinement techniques for unstructured grids on high resolution solvers.
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Education
- Master of Science (MSc)Cranfield University2013Master of Science (MSc)
- Bachelor of Engineering (B.E.)Anna University2010Bachelor of Engineering (B.E.)