A highly skilled and results-driven over 1 year of experience in Automation Engineer with extensive experience in designing, implementing, and optimizing automated systems to enhance operational efficiency and productivity. Demonstrated ability in utilizing cutting-edge technologies and methodologies to develop robust automation solutions across various industries. Adroit at multitasking, leading group discussions, and effectively managing projects, showcasing resourcefulness in developing and maintaining a healthy customer pipeline. Adept at collaborating with cross-functional teams to identify automation opportunities, streamline workflows, and ensure seamless integration of automated systems. Possess a comprehensive knowledge of industry standards and regulations, coupled with a commitment to maintaining the highest quality and safety standards. Proactive problem solver with excellent analytical and troubleshooting skills, consistently delivering innovative solutions to complex engineering challenges.
I have completed my studies., R9050776, Area manager (George). Reason for leaving - I have completed my studies.
Xl1 conceptual design and framework development (University of Strathclyde),
Participation in the XL1 conceptual design and framework development initiative. Proficient in Automotive Engineering, Aerodynamics, Materials Science, Safety System Integration, with a focus on maintaining a harmonious blend of avant-garde design, performance enhancement, and adherence to safety standards. Noteworthy contributions involve the integration of advanced aerodynamics to boost fuel efficiency, the utilization of lightweight materials for enhanced performance, and the incorporation of innovative safety features.
Emergency Brake system in 4x4 (Hindustan University),
Proficient in crafting and deploying emergency brake systems tailored for 4x4 vehicles. Key skills encompass a robust foundation in automotive engineering, expertise in braking system design, a comprehensive grasp of off-road vehicle dynamics, and a deep understanding of safety standards. Accomplishments include adeptly addressing challenges like optimizing braking performance in challenging terrains, elevating system reliability under extreme conditions, and ensuring compliance with stringent safety standards.
Elimination of carbon particles from exhaust gas (Sree Krishna Polytechnic College), Significant emphasis on advancing environmental sustainability by actively eliminating carbon particles from exhaust gas. Pertinent skills encompass expertise in emission control technologies, along with in-depth knowledge of catalytic converters and filtration systems. Notable accomplishments involve the creation of a cutting-edge filtration system that markedly reduces carbon particle emissions, surpassing industry standards. These achievements underscore a steadfast commitment to developing cleaner and more eco-friendly solutions, paving the way for a greener and more sustainable future.