Vinan Mistry
About
Detail
Co-Founder & Chief Operating Officer
United Kingdom
Résumé
Jobs
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Co-FounderTradeify CryptoJan 2026 - Current (5 months)- Co-Founder & Chief Operating OfficerTradeifyJun 2024 - Current (2 years)Making trading accessible to retail through innovative, evaluation to funded programs. Oversee the full spectrum of operations, including risk management, customer support, marketing, partnerships, program development and data science, driving growth and operational excellence across the business.
- Director, Global Portfolio DevelopmentSiemens Digital Industries SoftwareSep 2021 - Mar 2025 (3 years 7 months)Global lead for market leading CFD simulation portfolio managing and responsible for a 9fig business portfolio.
- Portfolio Development Manager - SimcenterSiemens Digital Industries SoftwareOct 2018 - Sep 2021 (3 years)Worked alongside cross industry US sales teams to promote, strategize and sell Siemens Simcenter products.
- Enterprise Account Executive, Aerospace & DefenseSiemens Digital Industries SoftwareAug 2013 - Sep 2018 (5 years 2 months)Worked with enterprises within the Aerospace and Defense industry to help them achieve their Industry 4.0 objectives and their move to the digital enterprise.
- Research Engineer - Doctor of EngineeringAirbusOct 2009 - Sep 2013 (4 years)Thesis Title: Simulation and Control of Stationary Crossflow Vortices Academic Supervisors: Dr Gary Page, Prof. James McGuirk Industry Sponsors: Airbus UK
Education
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- Doctor of Engineering, Aerospace EngineeringLoughborough UniversityJan 2009 - Dec 2013 (5 years)
- MEng Aeronautical Engineering, EngineeringLoughborough UniversityJan 2004 - Dec 2009 (6 years)
Awards
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- SSiemens PLM - Golden Eagle Sales Club - CaboSiemens PLMDec 2016Invited to the Siemens Golden Eagle Club Event, recognising top sales performers.
Publications
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- FSimulation of Receptivity and Induced Transition From Discrete Roughness ElementsFlow Turbulence and CombustionAug 2015Simulations have been carried out to predict the receptivity and growth of crossflow vortices created by Discrete Roughness Elements (DREs) The final transition to turbulence has also been examined, including the effect of DRE spacing and freestream turbulence. Measurements by Hunt and Saric (2011) of perturbation mode shape at various locations were used to validate the code in particular for the receptivity region. The WALE sub-grid stress (SGS) model was adopted for application to transitional flows, since it allows the SGS viscosity to vanish in laminar regions and in the innermost region of the boundary layer when transition begins. Simulations were carried out for two spanwise wavelengths: λ= 12mm (critical) and λ= 6mm (control) and f