About

Jashaswi Biswal is a Senior Lead Engineer at Qualcomm with over 6 years of experience in WCDMA and LTE software development. He possesses a good understanding of Cellular Networks, Linux internals, Networking, and has conceptual knowledge of networks and a good understanding of wireless protocols. Jashaswi is proficient in C, Data Structures, sorting/searching algorithms, LINUX Internals, and has basic knowledge of C++. He has working knowledge of Linux File Systems, System V IPCs, Threads, Process Management system, Socket programming, and UNIX System programming. Jashaswi has a good understanding of LTE-SAE Architecture and Protocol Stack, and has good experience on LTE L3 (OAM, RRM, RRC, X2AP, SCTP/S1AP) and fair knowledge in PDCP module. He has very good experience on WCDMA L1 Multisim architecture and algos. Jashaswi has experience in Unit Test, Debugging and Bug Fixing, and has worked on a Multi-threading environment. He has worked on CMAS (Design, Development, Unit testing), Dynamic IP Allocation to eNB stack (Feature design, development, Unit testing), Optimizing, Debugging, and Unit testing of the LTE L3 Modules. Jashaswi has experience in Peer code reviews, and is familiar with Modem technologies such as WCDMA and LTE. He is well-versed with various tools such as GCC, GNU Debugger, CrashScope, MAKE File Utility, Klockwork, Shell Scripting, Qualcomm eXtensible Diagnostic Monitor (QXDM), Qualcomm Commercial Analysis Toolkit (QCAT), QPST, APEX, Wireshark, iPerf/jPerf, GTK, GIT/Gerrit, SVN/CVS Repository, P4V Visual Client/Perforce, Code Collaborator, Issue tracking system, and Version control system. Jashaswi has previously worked as a Senior Software Engineer and Software Engineer at Qualcomm. He has worked on the "Concurrent CMAS Burst Broadcast" Feature, involved in Design and development of Burst Feature of CMAS, CMAS Functionality testing and Fixing of Issues at L3 related to CMAS, and SIBs, Involved in TR-196 Data Model changes, Bug Fixes in the S1AP, X2AP Inter/Intra Frequency Handover related scenarios, Worked on the S1AP/SCTP