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- Technical lead for projects in AOSP for Android telephony framework.- Worked across the breadth of Android telephony libraries, including 5G slicing, Project Mainline, Project Treble, SIM/eSIM, OMA-DM protocol, voice and data calls, SMS/MMS.- Worked towards successful launches of Android releases, and all Nexus and Pixel phone launches over this period

- Worked on LTE protocol stack development for RRC and Physical layers- Worked on all activities of modem software development lifecycle from requirements collection to commercialization, including designing, developing, unit testing and maintaining code, and on-chip bring-up for multiple chipsets.- Gained thorough understanding of 3GPP specifications for LTE RRC and Physical layer, specifically control path procedures.Features/modules designed, developed and supported at the physical layer:- Carrier Aggregation procedures for system search- Multi-mode procedures for both idle and connected mode, primarily LTE to/from UMTS- Frequency scan procedures to find a base station (initial scan)- Neighbor cell search and measurements in connected modeFeatures/modules designed, developed and supported at the RRC layer:- SIB (System Information Block) collection module that collects and maintains the system information transmitted by base stations- MH (Message Handler) module that encodes and decodes uplink and downlink over messages, and passes them to lower layer and modules within RRC respectively

- Contributed to the discussions of requirements and use-cases for a Pet Tracking System- Proposed user interface and screen flow design for the phone client of the system- Enhanced a mobile phone mapping application by enabling the use of the chosen mapping server

- Worked on medical imaging programs in IDL (Interactive Data Language) at the Department of Physical Therapy- Also provided general computer support