Assistant Professor

• Feb 2023 - Present

Spring 2023: - Programming in C - Digital Logic Design - Computer Networks Summer 2023 - Numerical Methods for Engineers - Object Oriented Programming: Java - Structured Programming C Advising Three thesis groups on IoV, IoT protocols and focusing on R&D Spring 2023: - Programming in C - Digital Logic Design - Computer Networks Summer 2023 - Numerical Methods for Engineers - Object Oriented Programming: Java - Structured Programming C Advising Three thesis groups on IoV, IoT protocols and focusing on R&D

Specialist SoC SW

• Jul 2019 - Dec 2021

– Implementing l1low device driver both in user and kernel spaces for 5G – Verification of device driver by flashing the images in FPGA board. – Release the Software with new features. - Implementation Language: C/C++, - Google Test Framework - Yocto build considering minimal linux for the verification – Implementing l1low device driver both in user and kernel spaces for 5G – Verification of device driver by flashing the images in FPGA board. – Release the Software with new features. - Implementation Language: C/C++, - Google Test Framework - Yocto build considering minimal linux for the verification

D.Sc (Technology) in Computer Science

• Apr 2013 - Dec 2018

Publish/Subscribe based ICN in IoT (EU funded H2020 ICT project POINT) – Collaboration with several Industry and Academia – Explore the potential of ICN architecture in improving the overall network performance in IoT – Design, implement and experiment with a system architecture providing IoT network services through ICN network – A gateway-based approach which connects user endpoint running IP based CoAP protocol via ICN operator network. – Gateway Implementation Language: C/C++ – Consider CoAP, CoAP observe extension and CoAP Group communication – A minimal version of CoAP implementation to translate CoAP messages to ICN messages and vice versa – Implementation Language: C++ – Virtualization: Mininet – Build IoT test network which consists of the following: - Nucleo boards with Elli Ethernet NIC - Operating System: RIOT The project code is released publicly in Github: https://github.com/point-h2020/point-3.0.0/tree/master/apps/coap Disruption Tolerant ICN: – Design and implement a protocol stack for disruption tolerant ICN and Device-to-Device (D2D) communication - Open Source CCNx and DTN2 reference implementation of CCN and DTN - Implementation language: C - Virtualization: VirtualBox – Evaluate the above protocol stack using ONE Simulator - Implementation Language: Java - Result extraction using Python script and graph utility Gnuplot Show less

Master's Thesis

• Oct 2011 - Jul 2012

Investigating how to integrate congestion control for datagram connection in RTCWeb. Key Technologies: Stream Control Transmission Protocol (SCTP), Webkit, Mozilla Firefox, C/C++, web browsers, GStreamer. Investigating how to integrate congestion control for datagram connection in RTCWeb. Key Technologies: Stream Control Transmission Protocol (SCTP), Webkit, Mozilla Firefox, C/C++, web browsers, GStreamer.

Lecturer

• Oct 2008 - Sep 2010

Key Courses: C/C++, Java, Computer Architecture, Operating System, Assembly language, Microprocessor. Key Courses: C/C++, Java, Computer Architecture, Operating System, Assembly language, Microprocessor.

Lecturer

• Jan 2008 - Oct 2008