My team enables Kaiku Health's ePRO (Electronic Patient Reported Outcome) monitoring and intelligent symptom tracking for cancer patients.

At Ericsson's ambitious IoT Accelerator project, we are building a global IoT Device and Data Management platform aimed towards Telecom operators and enterprises. The vision is to simplify the life-cycle management of the billions of IoT devices that will soon surround us.

ACTIVE (Advanced Connectivity Platform for Vertical Segments) is EU funded High Impact Initiative (HII) by EIT Digital for supporting the widespread growth in Internet of Things (IoT).The project is about creating a generic connectivity and middleware platform including security to support application developers for different segments without having to redo the whole stack. The market uptake of IoT applications can thus be accelerated as developers can focus their efforts towards the application in the vertical segments.Activity partners:Finland: Ericsson, Bittium, SafeMove, Aalto University, Tampere University of TechnologyItaly: Engineering, Politecnico MilanoSweden: KTH, SICS

We are a small team working towards building an IoT (Internet of Things) solution in the DevOps style. With this goal in mind, we are working closely with Ericsson Research and several universities in a setup not very common at a company the size of Ericsson. As part of this team, I participated and led several PoCs delivered to customers

In the 'New Business Development' team, we are attempting to develop a service aimed towards building applications in a phone call, eg: transcription, real-time translation. Termed 'InCall' the service was for operators who would like to differentiate by having their own 'App Store'

Developed a Windows-based VoIP client based on PJSIP (an open course SIP library) with integrated PESQ Analysis tool for audio quality testingDeveloped an Indoor Positioning System based in WLAN fingerprinting and demonstrated its utility for building location based services in IMS.

Designed and implemented the GSM Layer 1, SDCCH (StandAlone DedicatedChannel) controller for ST Ericsson's multimode (EDGE, WCDMA, LTE) modemarchitecture.

Worked in the Regression & Feature Testing Team for NSN's distributed GSM HLR (Home Location Register), involving automating and running test suites, proposal and scripting of new test cases as well as installation of HLR application software.

Part of Practice School program at BITS-Pilani