Yashesh Dasari Email & Phone Number

Toronto, Ontario, Canada

Developing IEC 62304-compliant software as a medical device (SaMD) using WPF and C#, using test-driven development and strong object-oriented principles

Toronto, Ontario, Canada

Toronto, Ontario, Canada

• Leading research in implementation of Deep Learning frameworks to classify brain disorders using innovative attributes, supporting business stakeholders in making data-driven decisions • Investigated deep neural networks and designed and developed a Convolutional Neural Network model to classify brain MRI images into tumorous and non-tumorous with validation accuracy of 89%• Analyzed user requirements to conceive an in-house software product to process and visualize medical images… Show more • Leading research in implementation of Deep Learning frameworks to classify brain disorders using innovative attributes, supporting business stakeholders in making data-driven decisions • Investigated deep neural networks and designed and developed a Convolutional Neural Network model to classify brain MRI images into tumorous and non-tumorous with validation accuracy of 89%• Analyzed user requirements to conceive an in-house software product to process and visualize medical images using Python, Git, and Poetry, automating workflow by 75% and standardizing research• Designed unit test suites to test software modules functionality and ensure high code coverage • Collaborated with senior developers for efficiency optimization, debugging, and bug verification Show less

Waterloo, Ontario, Canada

Waterloo, Ontario, Canada

In collaboration with Thornhill Medical

Cambridge, Ontario, Canada

• Critically examined production factory to identify design challenges and provided effective solution to client• Conceptualized exhaust filtration device design using SolidWorks and Ansys, increasing filtration efficiency by 67%• Realized future cost benefit of $500,000 per year in the form of O&M costs of filtration unit• Prepared technical report, design specification sheet, CAD drawings, BOM, and project risk register in collaboration with senior members of innovation team

Waterloo, Ontario, Canada

• Analyzed structural deformation in a hydrofoil due to fluid-structure interactions (FSI) using Ansys Structural, Fluent, and Multiphysics tools to validate against experimental results• Investigated setup parameters and conducted sensitivity studies, improving simulation accuracy by 20%• Collaborated with senior developers to create post-processing scripts using Python and supported regression testing• Presented research findings and outlined future scope to international… Show more • Analyzed structural deformation in a hydrofoil due to fluid-structure interactions (FSI) using Ansys Structural, Fluent, and Multiphysics tools to validate against experimental results• Investigated setup parameters and conducted sensitivity studies, improving simulation accuracy by 20%• Collaborated with senior developers to create post-processing scripts using Python and supported regression testing• Presented research findings and outlined future scope to international stakeholders Show less

Mumbai Area, India

Supervisor: Prof. Atul Sharma, Professor, Department of Mechanical Engineering, IIT BombayEnhanced in-house fluid-solid interactions solver codes, using C programming, to perform parametric analysis of a lid driven cavity flow problem: A viscoelastic plate inside a Newtonian fluid; Mooney-Rivlin constitutive modelSignificantly reduced computational time by implementing full Eulerian formulation, which avoids mesh reconstruction after every time stepPost-processed data:… Show more Supervisor: Prof. Atul Sharma, Professor, Department of Mechanical Engineering, IIT BombayEnhanced in-house fluid-solid interactions solver codes, using C programming, to perform parametric analysis of a lid driven cavity flow problem: A viscoelastic plate inside a Newtonian fluid; Mooney-Rivlin constitutive modelSignificantly reduced computational time by implementing full Eulerian formulation, which avoids mesh reconstruction after every time stepPost-processed data: Parametric study of the viscoelastic plate's trajectory Show less

Mumbai Area, India

Supervisor: Prof. Atul Sharma, Professor, Department of Mechanical Engineering, IIT BombayDeveloped CFD solver codes for solving unsteady heat conduction problems using C programmingUpdated solver with implicit formulation and extended it to accommodate non-uniform gridsCodes: https://drive.google.com/open?id=1s2UIGuC5fKfqB3sqsni4fNVRMcrsGL6d

Master Of Applied Science (Masc), Mechanical And Mechatronics Engineering

Bachelor Of Technology, Mechanical Engineering

Activities and Societies: Chair at international student chapter: IDSA-VIT; Publicity and marketing coordinator at VIT's international.