Electronic Option Trading Technology

• Spearheaded the design, implementation, and support of core functionalities within Unity's Data Oriented Technology Stack (DOTS), using C#/C++, enhancing game engine performance and memory management.

• Developed a custom allocator framework for DOTS, including the World Update Allocator and System Group Allocator, significantly improving memory allocation efficiency.

• Instituted performance tests for DOTS kernel features, leading to substantial enhancements in the efficiency of critical engine components. Authored comprehensive documentation and code examples, aiding developers in adopting DOTS functionalities.

• Directed the development and execution of pre-silicon and post-silicon validation plans, leveraging FPGA platforms and embedded software to enhance validation infrastructure.

• Engineered system-level debugging to resolve complex hardware and software post-silicon issues, ensuring high reliability and performance of embedded systems.

• Pioneered the design, development, and integration of software components for Qualcomm modem and applications, driving significant advancements in network subsystem and small cell technology.

• Key contributor to Qualcomm's Small Cell Network Listen subsystem, delivering a multi-processor, multi-stack real-time software system with Real Time Operating System (RTOS) that generated over $12M in revenue.

• Led the software development for LTE unlicensed spectrum extension, positioning Qualcomm as a leader in LTE technology on unlicensed spectra.

• Devised and implemented a physical layer testing framework for Qualcomm's 5G modem, extensively utilized in development phases, enhancing testing efficiency and product reliability.

• Engaged multi-geo location teams on cross-functional projects for fast ramp up and effective mentoring.

• Developed and maintained software for Qualcomm modems, focusing on low-level connectivity APIs and multimedia video player software, contributing to the successful shipment of millions of chips.