As a Project Engineer, I lead the execution of aerospace projects by applying advanced engineering principles to ensure technical accuracy and project success. I manage the project lifecycle, from initial design and feasibility studies to final implementation and testing. My responsibilities include developing detailed project plans, coordinating with engineering teams, and applying technical analysis to ensure designs meet stringent industry standards and client specifications.I… Show more As a Project Engineer, I lead the execution of aerospace projects by applying advanced engineering principles to ensure technical accuracy and project success. I manage the project lifecycle, from initial design and feasibility studies to final implementation and testing. My responsibilities include developing detailed project plans, coordinating with engineering teams, and applying technical analysis to ensure designs meet stringent industry standards and client specifications.I perform technical assessments to identify potential risks and implement solutions to address them, ensuring projects stay on schedule and within budget. I utilize project management software to track progress, allocate resources, and maintain detailed documentation.Additionally, I oversee the integration of complex systems and components, conducting performance evaluations and validating that all outputs meet the required safety and functionality criteria. This role requires a deep understanding of aerospace engineering principles and effective communication with multidisciplinary teams. Show less

During my 4-month internship at the Kumaraguru Centre for Industrial Research and Innovation, I gained practical experience in finite element analysis (FEA), focusing on real-time aerospace projects. My work involved conducting detailed simulations to predict the behavior of structural components under various loading conditions, particularly in composite materials used in aerospace structures.Using advanced FEA software, I modeled complex geometries, applied realistic boundary… Show more During my 4-month internship at the Kumaraguru Centre for Industrial Research and Innovation, I gained practical experience in finite element analysis (FEA), focusing on real-time aerospace projects. My work involved conducting detailed simulations to predict the behavior of structural components under various loading conditions, particularly in composite materials used in aerospace structures.Using advanced FEA software, I modeled complex geometries, applied realistic boundary conditions, and analyzed stress distribution and deformation. This required a strong grasp of material properties, mesh generation, and the ability to interpret simulation results accurately to ensure that components met safety and performance standards.In collaboration with a team of engineers, I contributed to optimizing the design of structural elements, improving load-bearing capacity while minimizing weight—an essential aspect of aerospace engineering. This hands-on experience not only sharpened my technical skills but also enhanced my problem-solving abilities and understanding of real-world engineering challenges. Show less

Dynamic experience gained through participation in the electrifying world of E-Baja competition. Collaborated with a diverse team to design, analyze, and optimize the chassis, showcasing my proficiency in areas such as structural mechanics, CAD design, and problem-solving.