As an experienced automotive and mechanical engineer, I am dedicated to delivering high-quality results in collaborative and independent settings to build my career in a growing organization, where I can get the opportunities to prove my abilities by accepting challenges, fulfilling the organization’s goal, and climbing the career ladder through continuous learning and commitment.
As a participant in a technical fest during my Diploma program, I independently designed and constructed an "H2o cell". This device utilized an electrolysis process to separate water molecules and generate hydrogen, which can be used as an alternative fuel source. Through this project, I gained valuable knowledge and practical experience in the principles and properties of hydrogen, as well as the process of electrolysis.
As a team member during my bachelor's mini project, I participated in the design and fabrication of a belt conveyor using a Geneva wheel mechanism. This innovative solution provided interval motion and offered a cost-effective alternative to the more expensive Cam & Follower mechanism. Our successful completion of this project highlights our collaborative problem-solving abilities and technical expertise.
During my bachelor's major project, our team designed and fabricated an air purifier that detects air quality, properties, and harmful gases using an Arduino unit. The purifier displays temperature, humidity, smoke levels, and dust particles on an LCD display and features HEPA and UV filters to purify the air and kill bacteria. We conducted bacterial growth tests on different filters and conducted CFD analysis to optimize the shape and blower for Indian room conditions.
Certification in Aircraft Design, NPTEL
Paper Publication, NATIONAL CONFERENCE
Advance Manufacturing, COURSERA
Autodesk, COURSERA
Certification in Aircraft Design, NPTEL