Apr 2018 – May 2018 · 1 mo · Mumbai, Maharashtra, India · On-site

• Engagement 1 - Worked on market expansion strategy through franchising model for a regional lab diagnostics client
• Performed primary research in 5 Tier 1, Tier 2 and Tier 3 cities across 3 states in India; evaluated financial viability for the client and the franchise partner; profiled Indian and international players in the diagnostic industry
• Recommended a tier-wise expansion strategy
• Engagement 2 - Worked with a 13 member team as part of a partner consulting organization for a multi-billion dollar client, based out of UAE
• Evaluated the Indian fisheries market; modelled a business case for investment in the fisheries sector - estimated investment required and unit economics for all the players in the value chain
• Developed a comprehensive operating model; profiled key players at different segments in the value chain and suggested potential partners

Apr 2017 – Jun 2017 · 2 mos · Gurugram, Haryana, India · On-site

• Served as a core faculty for Quantitative Aptitude and Logical Reasoning & Data Interpretation across four centers, taking a lead role in mentoring hundreds of students preparing for competitive MBA and BBA entrance exams. Conducted over 300 hours of intensive classroom teaching, focusing on conceptual clarity, strategy building, and performance tracking to equip students with the skills and confidence required for high-stakes exams.
• Demonstrated strong mentorship outcomes with an exceptional student success rate. A significant majority gained admission to top-tier universities in India, including multiple selections into IIM Indore’s highly competitive IPM program—an achievement reflective of impactful teaching and personalized academic guidance.

Aug 2015 – Feb 2017 · 1 yr 6 mos · Gurugram, Haryana, India · On-site

• Played a pivotal role in last-mile and reverse logistics by acting as the central coordinator for all major projects, driving operational improvements through technology and process innovation. Introduced digital tools to streamline delivery and inventory management, leading to faster turnaround times, reduced costs, and fewer delivery disputes. Focused efforts on facility-level optimization and team training significantly improved service levels across multiple centers.
• Led detailed analysis of misrouted shipments in a major logistics zone, uncovering key patterns and inefficiencies. Corrected system-level mismatches and expanded service coverage by identifying and mapping underserved localities. Strategic recommendations based on shipment data, including the closure of an underperforming dispatch center, helped prevent further financial losses and improved route accuracy.
• Provided hands-on leadership during high-pressure operations, managing a large team and ensuring smooth handling of a massive shipment volume during a peak festive period. Recognized at the organizational level for exceptional performance, going above and beyond assigned responsibilities. Also took initiative in training and developing team leads and coordinators, strengthening the overall logistics workforce.

Apr 2013 – Jun 2013 · 2 mos · Hokkaido, Japan · On-site

• Absolutely! Here’s an improved version with stronger, more impactful verbs to begin each bullet:
• Contributed** to cutting-edge research at Hokkaido University, one of Japan’s most prestigious institutions, during a 9-week internship in Materials Science. Collaborated with a diverse international team to synthesize Titanium-Aluminum (TiAl) intermetallics aimed at creating high-performance, lightweight materials for demanding aerospace applications.
• Focused** on developing TiAl alloys with enhanced strength, toughness, and heat resistance—key properties for next-generation aircraft components. The work aimed to replace heavier superalloys, offering a pathway to improved fuel efficiency and structural performance in the aviation sector through innovative alloy design and processing techniques.

Apr 2012 – Jul 2012 · 3 mos · Tsukuba, Ibaraki, Japan

• Completed a 12-week research stint at NIMS Japan, one of the country’s premier Materials Science institutions, collaborating with an international team of scientists. The focus was on developing a non-invasive method to detect rust formation beneath painted metal surfaces—an area critical to infrastructure longevity and industrial safety.
• The research addressed corrosion, a major global issue contributing to substantial economic loss. The proposed detection method aimed to proactively identify subsurface rust before visible damage occurs, offering the potential to reduce global corrosion-related losses by approximately 15%. The project emphasized interdisciplinary innovation and practical applications in construction, transportation, and manufacturing sectors.