Parag Mishra
About Parag Mishra
Parag Mishra is an Associate Director at UBS in Navi Mumbai, India, where he has worked since 2024. He has extensive experience in operations and project management, having held various roles at HCL Technologies, Accenture, and UBS over a career spanning more than two decades.
Work at UBS
Parag Mishra has been serving as an Associate Director at UBS since 2024. He is based in Navi Mumbai, Maharashtra, India. Prior to this role, he worked at UBS as a Group Shared Services Manager from 2018 to 2024. In his current position, he conducts price and cost analysis and facilitates the supplier selection process, which includes coordinating site visits for final negotiations.
Previous Experience at HCL Technologies
Parag Mishra worked at HCL Technologies Ltd for a total of nine years. He began as an Operations Team Member from 2002 to 2004 and progressed to the role of Operations Team Lead from 2004 to 2011. During his tenure, he gained experience in managing operations and team dynamics, contributing to the efficiency of the organization.
Experience at Accenture
Mishra held multiple positions at Accenture from 2011 to 2017. He started as a Team Lead from 2011 to 2014 and later served as an Assistant Operations Manager/Consultant from 2014 to 2017. His roles involved overseeing operations and managing teams, which enhanced his leadership and operational skills.
Education and Expertise
Parag Mishra earned a Bachelor's degree in Business/Commerce from Utkal University. He has developed expertise in various areas, including risk management, project management, client relationship management, and stakeholder management. He is also skilled in using procurement tools such as Ariba, Radix, SAP, SRM, and R-portal.
Project Management Skills
Mishra is experienced in managing complete projects, including ASIS and TOBE processes, impact analysis, resource mapping, and allocation. He is adept at formulating and implementing internal and external metrics, scorecards, and periodic process reports aimed at maximizing process efficiency.