Kanishka Ganesh

About

With a robust foundation in mechanical engineering from the Birla Institute of Technology and Science, Pilani, and a master's degree in Computational Fluid Dynamics from Cranfield University, I have honed my expertise in fluid dynamics and mechanical systems. My professional journey includes a pivotal role as a Project Leader in CFD at BITS Pilani, where I led 3D studies to optimize wind load reduction on the LIGO India building. I further expanded my skills at Hyperloop India, focusing on the design and aerodynamics of braking systems. Currently, as a Sourcing and Order Management Intern at Ratna Commercial Agencies, I specialize in negotiating with global suppliers and managing complex logistics for steel products. My diverse experience blends technical proficiency with strategic sourcing and project management, underscoring my capability to drive innovation and efficiency in engineering and supply chain domains.

Experience

• Sourcing and Order Management Intern · Ratna Commercial Agencies12-01-2022 – 05-01-2024

  Sourced and negotiated with global suppliers for steel billets, steel sheet, section tubes and pipes ensuring competitive pricing and favorable payment terms such as L/C at sight and TT in advance. Analyzed supplier offers and managed diverse payment methods, coordinating shipment schedules and verifying shipping documents for compliance. Confirmed orders and followed up on shipments, ensuring the accuracy of commercial invoices, packing lists, certificates of origin and bills of lading.

• Project Leader - CFD · BITS Pilani, Hyderabad Campus12-01-2018 – 02-01-2021

  Conducted full scale 3D studies to reduce wind loads on the LIGO India building in a modelled homogeneous atmospheric boundary layer using RANS and DDES which was validated with wind tunnel experiments. The optimal corner modification gave 35% reduction in aerodynamic and pressure coefficients with fewer low pressure regions in the wake. A further 15% reduction was achieved by using windbreaks with 30% porosity in front of the building.

• Design and Aerodynamics Team · Hyperloop India08-01-2018 – 05-01-2019

  Worked on designing the Braking system on Solidworks along with a detailed quotation of the required parts for the braking system. Ran simulations on ANSYS to determine the mechanical loading on the braking system. Worked on different compressible solvers, including rhoCentralFoam and sonicFoam to determine the drag and lift on the pod for low Mach numbers.

Education

• Cranfield UniversityMsc, Computational Fluid Dynamics
• Birla Institute of Technology and Science, PilaniBachelor of Engineering, Mechanical Engineering
• Asian International SchoolHigh School

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