Re-architected the exception handling system in the C++ code base, improving debugging time by 30% and enhancing debugging capabilities for Field Service Engineers

Implemented the web communication protocol between the instrument and client website using MQTT and Protobuf, streamlining customer experience in remotely synthesizing DNA

Optimized the process code through refactoring in C++, resulting in a 20% reduction in process run-time and a 40% increase in DNA yield. Additionally, introduced several new DNA sequence generation capabilities

Developed a software solution in C++ for hardware crash recovery, achieving a 30% reduction in failed runs

Developed crash detection capabilities in software simulation in Python, enabling developers to test and

achieve a 100% reduction in hardware collisions on instrument during testing

Created multiple UI components using Qt and React to optimize the visual representation of the process flow, improving instrument user-friendliness and elevating the customer experience

Owned the automation of test case generation and data extraction for test-bench using Python

Verified new feature for downlink channel in 5G modem by coding UVM sequence

Coded UVM testbench and debugged testcase failures of a 5G modem block

Coded and generated registers for configuring multiple designs required as part of verification workflow

Collaborated with design engineers to ensure 100% code coverage for 5G modem blocks

Developed objects using ABAP workbench tools

Configured and implemented liquidity risk analysis- analysing status of bank based on its liquidity

Migrated data from non-SAP system to SAP HANA system

Corrections/additions in existing reports and other enhancements

Created functional modules on various levels