Models View all
Work experience
Technical Manager (Special Projects) - Product Management and Business Development
Hexagon Manufacturing Intelligence India Pvt. Ltd.
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March 2021 - present
Ideation of tactical projects in Government and Private sectors. Liaising with BDMs, BUHs, SMEs, Sales, Channel Partners, Vendors, Suppliers and Clientele for skilling initiatives across the country.
• Conducted extensive market research, technology study and state wise industrial roadmap analysis for strategy development in academics
• Evaluated Government Engineering (GEs), Polytechnic (GPs), and Industrial Training Institutions (ITIs) across several states of India for the conception of Hexagon Experience Centers in niche domains
• Managing academic programs; including development of certification courses, Student Ambassador Program, and supporting multiple student and professional-led projects for BAJA, SAE, and Startup Incubation
• Awards and Honors Received -
o 2022 - Rookie Rockstar for Excellence in Overall Performance in the Job and Significant Contributions to the Department
o 2021 - Technical Excellence Award for Outstanding Performance and Contribution in Q3 of 2021
o 2021 - November Spotlight Winner for Skilling Initiatives in the Organization
National Technical Manager - 3D Printing
ARK Infosolutions Pvt. Ltd.
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February 2016 - February 2021
Conceptualized and evolved ARK’s 3D printing business. Accountable for promotion, sales of products and services to generate revenue from commercial and academic consumers across India.
• Evaluated market trends, found opportunities, formulated, and implemented plans for the sales of Polymer 3D printers in India
• Directed a channel of >20 resellers and devised corporate campaigns that maximized the business potential for 3D printer sales in the country
• Liaised with several clients and secured orders > INR 10 crores in printer, consumable, AMC, and service sales
• Carried out technical, commercial and POC interactions with customers to aid their Product Development Cycle (PDC)
• Identified and trained manpower in the AM domain to support skilling and better placement opportunities
• Awards and Honors Received -
o Consistent target achievement and associated incentives/ appraisals
o 2017 - Visiting Faculty at the School of Mechanical Engineering
o 2016 - Published journal papers and received the Doctorate
Senior Research Scientist - R&D
University of Petroleum and Energy Studies
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June 2012 - January 2016
Worked for the growth of R&D at the University. Handled progression in sponsored research study, funded projects, Scopus indexed journal papers, alliances, facilitation, and endowment initiatives.
• Evaluated market trends, global and Indian research areas, created new projections, developed, and executed funded projects for the university
• Associated and formed multiple alliances with corporate, research, academic and other funding organizations
• Demonstrated considerable rise in sponsored project revenue and SCI papers published from the University enhancing the research index
• Played a major role in the REM (Review, Evaluate and Monitor) process for the on-going projects to ensure accomplishments on-time
• Awards and Honors Received -
o 2015 - University Development and Research Facilitation
o 2014 - Research Coordination and Enablement
o 2014 - Chief Organizer of the Innovate India Award Event
o 2013 - Chief Organizer of the International Seminar on Nanotech
Research Fellow at AIBN
The University of Queensland
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October 2011 - May 2012
Roles and Responsibilities:
• Lab Data Generation for novel nanomaterial synthesis
• Characterization of Mesoporous Chalcogenides for fuel cell applications
• Assisting in the writing quality research articles
• Procurement of lab equipment’s, consumables, chemicals and instruments
• Instituting laboratory protocols and SOP’s
• Organizing research protocols, team activities and conferences
Education
University of Petroleum and Energy Studies
PhD, 3D Printed Microfluidic Devices
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January 2012 - January 2016
The thesis describes the designing, fabrication, theoretical modeling and experimental validation of a 3D printed lab-on-chip microviscometer which measures adulteration in a fluid. The working principle in this device is viscosity dependent width capture by two immiscible fluids flowing into a rectangular microchannel at the same flow rate. The theoretical model is based on the modified Hagen-Poiseuille flow equation. The tests were conducted for three types of sample groups. The first group comprised of several blending ratios of diesel with biodiesel. The second group was a galore of various commonly mixed adulterants (of different ratios) in milk. The third group consisted of samples formed by a mixture of three conventional fuels namely petrol, diesel and kerosene. The design and fabrication of the device was carried out using the advanced SLA based 3D printing technology.
Anna University
M.Tech, Nanotechnology
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January 2009 - January 2011
Anna University
B.E, Electronics and Communications
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January 2005 - January 2009