- Designed and implemented ROS nodes to infer basket presence in in-rack, out-rack, friers and hangers (product: Flippy 2, team: Robot Platform)- Designed and implemented data pipelines from the backend of robots to fluentd (log handler) to BigQuery (schema-less database) on GCP (product: Flippy 2, team: Infrastructure)- Designed and implemented POS processor to take order receipts directly from POS, extract drink items and send the orders for automatic dispense (product: Sippy, team: Platforms)- Designed and implemented Forecast-driven cooking where customers upload their forecast data in CSV format and orders directly gets added to cook queue based on the order timestamp. (product: Flippy, team: Platforms)- Designed the architecture for data pipeline to AWS for real-time, daily and weekly performance and production reports(product: Flippy, Flippy-lite, team: Data)- Designed and implemented NOC for live fleet status, teleop and analytics visualization (product: Flippy,Flippy-lite, team: Infrastructure/Data/Platforms)

Software Verification Tools for Concurrent/Parallel platforms.

Currently I am research assistant of Dr. Martin Burtscher in ECL (Efficient Computing Laboratory). My focus is on GPGPU-based (General Purpose Graphics Processing Unit) programming - CUDA.

Tutoring Discrete Mathematics, Computer Programming ( C, C++ and Java )

Graduate Assistant ( Teaching and Research )Lab Instructor

Lab Instructor for CS1428 (Programming Fundamentals) course lab.

Designing and programming a web site to send mass text message toward cell phone considering users` P.O. code and embedding our special web services on other websites upon costumers` order.

Designing and programming a mobile application working as GPS using BTS to localize users` cell phone and shows the best direction to requested destination from his/her current location and some other features using J2ME Polish library