Technical Architect working on Innovation and Strategy for the Connectivity SBU of Harman Automotive

Working to rethink, innovate and revolutionize Automotive Connectivity solutions. My role is a mixture of architecting edge computing solutions, developing software solutions for automotive customer use cases as part of the larger team and engineering innovative solutions through a combination of Mathematical Models, Algorithms and Machine Learning models.

APAR Innosys is a B2B SaaS company that specializes in IoT-led solutions to solve customer problems like ATM E-Surveillance, Production Line Monitoring, Smart Energy Management, etc. I worked in the role of Research Engineer which entailed the following responsibilities and projects:1. Data-driven analysis of internal operational performance to suggest process improvements for our Customer Relationship Management (CRM) and Field teams in the ATM vertical2. Developed a framework for automated reporting solutions on customer-based performance and basic P/L metrics for the leadership team3. Engineered the data pipeline for the Smart Energy Management (SEM) project and showcased the SEM-based use cases benefits to the leadership and customer teams4. Led the analytics driven approach (codenamed "i^2Q") for smarter surveillance and management to monitor assets. Example use-cases demonstrated : ATM Locations, Industrial Plants, Medical Spaces, etc.

* Worked on Almond Open Virtual Assistant Project in the Stanford Open Virtual Assistant Lab (OVAL) with Dr. Monica Lam* Previously, worked on Heterogeneous Memory Systems with Dr. Christos Kozyrakis in the Stanford Multiscale Architecture & Systems Team for 3 years

CA positions held for Advanced Multi-core Systems (CS316), Parallel Programming beyond Multicore Processing (EE392Q, EE382A) and Program Analysis and Optimization (CS243)

Research Internship in the Platforms team

Research Intern in the Memory System Architecture Lab (MSAL)

Architecture Intern in the Memory Systems group

Computer architect in the Multimedia graphics(MMG) architecture group