Directed the design and deployment of control systems and algorithms across a diverse range of SharkNinja appliances, including coffee systems, beverage carbonation platforms, thermal cooking products, frozen treat makers, and high-speed blenders. Oversaw system architecture, algorithm development, and production integration to enable intelligent, consistent, and user-centric product performance.
Led the development of advanced barista assist technology, milk froth control algorithms, and temperature control systems for the Ninja Luxe Cafe series.
Conceptualized/Designed/Implemented various signal processing/sensing/software tools and controllers for Heated/Beverage products.
Conceptualized, Engineered, and Executed a range of signal processing, harware selection, sensory, and software mechanisms, as well as control systems, for Ninja Thirsti Project. Three patents Under Review - Determining an amount of carbon dioxide in a gas source in a carbonation system (US20240246041A1) and - Beverage carbonation systems (WO2024155439A2, WO2024155439A3) and - Detecting liquid temperature for a beverage carbonation system (US20250001371A1).
Conceptualized and Designed Python application for R&D team to collect real-time data from software by communicating with unit’s MCU.
Also a profiler is designed and developed for R&D and testing team to visualize and save real time sensor and scale data.
A low-cost IoT-based wireless online structural monitoring system of asphalt.
This research aims to provide a scalable, energy-saving solution for commercial buildings to help estates and companies save energy on HVAC power consumption.
Various System Identification Algorithms are developed to address many problem in different angineering field.
Anomaly Detection and Fault Detection via Linear System Theory.
Robust MPC design / Robust intervention and Robust optimization methods are developed and used in the behavioural intervention design.