2018–Present
Manager at Intel Corporation
Leadership grounded in science, with engineering judgment informed by years of device and materials work.
Work
Semiconductor engineering, materials research, and leadership shaped through the roles and research below.
The focus stays on technical depth, scientific curiosity, and the kind of engineering judgment that compounds over time.
Focus areas
Semiconductor Engineering
Engineering Leadership
Materials Research
Experience
Roles that shaped the work
A chronological view of the engineering path, from research to process engineering and leadership.
2016–2018
Staff Process Engineer at Intel Corporation
Process engineering work centered on disciplined execution, analysis, and steady improvement across complex technical environments.
2011–2016
PTD Module and Integration Yield Engineer at Intel Corporation
A chapter focused on yield engineering, module integration, and translating analysis into dependable technical decisions.
Research
Academic work in materials and release
Research spans polymer and nanoparticle systems, structural properties, and release behavior studied through experiments and modeling.
Doctoral thesis
Engineering the Structural Properties of Self-assembled Polymer/Nanoparticle Capsules.
2010
Shell thickness control of nanoparticle/polymer assembled microcapsules — Chemistry of Materials.
2009
Nanoassembled Capsules as Delivery Vehicles for Large Payloads of High Relaxivity Gd3+ Agents — Journal of the American Chemical Society.
2009
Experimental and modeling analysis of diffusive release from single-shell microcapsules — AIChE Journal.
Education
Scientific training behind the practice
The academic foundation supports the technical and leadership work that follows.
Qualifications
PhD in Chemical Engineering
Rice University — 2005–2011.
BS in Chemical Engineering
National Institute of Technology Karnataka — 2001–2005.
Doctoral Research
Research scholar and doctoral candidate work at Rice University, including studies on diffusive release from microcapsules and delivery vehicles for high relaxivity agents.