Educational Journey
National Institute of Technology Delhi
PhD (Mechanical Engineering)* • Mechanical Engineering
Al Falah School of Engineering and Technology
M.TECH. ( MACHINE DESIGN ) • MECHANICAL ENGINEERING
2013Maharshi Dayanand University
M.Tech. • Machine Design
2013Experience
Lingaya's Vidyapeeth
Assistant Professor
2023 - Present • Department of Mechanical EngineeringNoida Institute of Engineering and Technology
Assistant Professor
0 - 0 • Mechanical EngineeringAsian Institute of Technology
Assistant Professor
2016 - 2022 • Mechanical EngineeringAffiliations
Institution of Mechanical Engineers
Membership No. 80277878
Member since 0Engineers Australia
Membership EA ID: 5388710
Member since 0Institute For Engineering Research and Publication (IFERP)
Membership No. : PMIN51092746
Member since 0Research
Vacuum Assisted Climbing Device
Vacuum Assisted Climbing Device is a new way to climb vertical surfaces like wall, buildings easily and faster than the conventional methods like ladders and ropes etc. This device works on the vacuum to climb the vertical surfaces as its name indicate and this vacuum is utilized by two suction pads which are available in the hands of the climber and the suction pads are connected with the suction motor (vacuum pump) with the hoses.
Oil Pipelines/Water Pipeline Crawling Robot for Leakage Detection/Cleaning of Pipes
Drive control system plays important roles in pipeline robot. In order to inspect the flaw and corrosion of seabed crude oil pipeline, an original mobile pipeline robot with crawler drive unit, power and monitor unit, central control unit, and ultrasonic wave inspection device is developed. Considering the limited space, a compact hardware system is designed based on an ARM processor with controllers. With made-to-order protocol for the crawl robot, an intelligent drive control system is developed. The implementation of the crawl robot demonstrates that the presented drive control scheme can meet the motion control requirements of the underwater pipeline crawl robot.
Continuous Improvement in Business Process Re-Engineering & Six Sigma
In this paper the author predicts that the overwhelming majority of BPR initiatives now underway, or starting in the next year, will fail to achieve their intended result. With reference to his seven axioms of economic-quality he explains why and offers recommendations to guide better practice based on people practices; knowledge; systemic understanding and an […]
