Improved the flexibility of the company's product by allowing control over more filters and introducing the ability to combine these filters.

Developed a tool that is used to gain insight into social conversation of some brands' consumers, filtered on various criteria such as demographics of consumers, time period of conversation, topic of conversation, etc. by comparing two user-defined groups on the their conversation.

Improved on the previous iteration of this tool, in terms of functionality, correctness, flexibility and performance, achieving a 2-3x speedup.

Provided an API that was used by the front-end for the tool.

Project was to implement a behavioral model that represented the IO path for the custom software with the goal of stimulating and verifying the custom hardware.

Verification environment used a combination of Verilog and C. C was used to implement the behavior of the software IO path and Verilog was used to implement the behavior of the hardware datapath.

The complete environment was developed to be functionally accurate representation of the end system.

Communication between the C and Verilog was done as a TCP application which was developed from scratch for this project.

The C model fully implemented IO reads / IO writes / RAID management / garbage collection functions , each of which were operating as APIs to interface to the custom hardware.

Responsible for developing the C side of the project.