Atharva Aute
Intern - R & d Support in the Development of Medical Products (Mechanical Engineering) @Pulmotree
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WORK HISTORY
Intern - R & d Support in the Development of Medical Products (Mechanical Engineering) @Pulmotree
Munich, DE
Supporting day-to-day and urgent R&D activities across mechanical product development, contributing to iterative design, testing, and refinement cycles.•Assisting with laboratory work, including device setup, prototyping, functional testing, and performance evaluation of inhalation and drug-delivery systems.•Contributing to the development, analysis, and optimization of medical device components in close collaboration with engineers and scientists within a multidisciplinary R&D environment.•Supporting verification and validation activities through test execution, data collection, result analysis, and structured technical reporting.•Preparing and maintaining technical documentation such as test protocols, test reports, and design records to support quality management and regulatory compliance (e.g, ISO 13485).•Proactively identifying technical and operational gaps, taking initiative in supporting ongoing projects, and contributing to the continuous improvement of R&D workflows and laboratory processes.
EDUCATION
Lourdes High School
Secondary School Certificate Examination , SSC - 10th Boards
Pace Junior Science College
Higher Secondary Certificate Examination , HSC - 12th Boards
Hochschule Stralsund
Master of Engineering - M. Eng., Simulation and System Design
Terna Engineering College
Bachelor of Engineering - B. Eng., Mechanical Engineering
ABOUT ATHARVA AUTE
Engineering the Future with Simulation & Optimization!I am a Mechanical Engineer pursuing an M.Eng. in Simulation and System Design at Hochschule Stralsund, specializing in Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and Multiphysics modeling. My academic journey has equipped me with a strong foundation in structural and thermal analysis, fluid mechanics, and numerical methods, reinforced by practical experience in CAD modeling, process automation, and simulation driven optimization. I have a keen interest in heat exchanger design, industrial process simulation, and digital engineering solutions to enhance efficiency and sustainability.Throughout my career, I have worked on engineering simulations, CAD design, and workflow automation, contributing to projects across automotive, aerospace, and energy sectors. My past roles include: FEA & CFD Analysis – Optimizing structural integrity, heat transfer, and fluid flow in industrial components. Parametric Design & Digital Prototyping – Enhancing mechanical performance through automated design studies. Multibody Dynamics & Fatigue Analysis – Improving the durability of automotive and mechanical systems.Looking ahead, I aim to drive innovation in CFD methodologies, aerodynamic optimization, and turbulence modeling for industrial and energy applications. I am particularly interested in unsteady flow simulations, heat and mass transfer analysis, and multiphase flow modeling. My goal is to collaborate with forward thinking teams to develop data driven, simulation backed solutions for complex fluid dynamics challenges, improving efficiency, performance, and sustainability across various engineering domains. Let’s connect! I’m always eager to discuss engineering simulations, digital product development, and emerging technologies.
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