In the realm of electrical and computer engineering, my focus lies at the intersection of quantum computing algorithms, Electronic Design Automation (EDA), and the relentless battle against hardware trojans. As a dedicated researcher, my endeavors extend to the intricate domain of data science within network dynamics, with a particular emphasis on harnessing the power of graph learning from signals. Navigating the complexities of quantum computing, my interest is to unlock new frontiers in EDA while fortifying defenses against insidious hardware trojans. Simultaneously, my passion for data science propels me into the realm of network intricacies, where I explore the nuances of graph learning from signals, contributing to the ever-evolving landscape of technological innovation.

Carried out applied research of secure multiparty computation in the context of cloud computing. Finished projects about ad-hoc communication networks. Committed to excellence in teaching different courses and labs. Competent in the teaching specialization: real-time embedded operating system computer networks smart device security computer architecture digital system design

Being a Ph.D. research assistant, I am under the supervision of Dr. Sen-ching S. Cheung in his Multimedia Information Analysis (MIA) Lab, where the visualization technique and information security are two major topics. My research focuses on information forensics and security with a specialty in the information-theoretic secure computation in distributed systems (Secure MPC). The primary outcome will be formulating a secure distributed computing framework for networked platforms typically deployed in cloud computing, and the design will be presented in publications. A second outcome will be a release of software for image processing using our model platform to demonstrate the practical application of the proposed framework. Last but not least, an outcome for myself is the excitement and joy obtained in search of knowledge during the dissertation work. The efforts reveal a beautiful intersection of signal processing, cryptography, information theory, and mechanism design.

"Cyber-security", Spring 2014 and Spring 2015: responsible for security experiment in DeterLab (Man-in-the-Middle Attack, etc.)"Communication and Switching Networks", Fall 2013: Secondary instructor, mainly for programming assignment in Contiki and TelosB motes."Computer Organization and Design", Fall 2010 and Spring 2011."Electronic Circuits", Fall 2011, Fall 2014."Creativity and Design of ECE", Fall 2014.

Responsibility: develop the firmware for networked multimedia stream players. Challenge: incomplete file fetching problem in a series of products.Approach: identify the problem that caused the incomplete file fetching; repair the bugged firmware.Outcomes: 1. Improvement of the performance of networked Linux-based HD set-top boxes streaming data from server MS Windows PC using the SAMBA protocol. 2. Nurturing a hobby of playing with Linux-based embedded systems. 3. Intrigued interests in computer networking and graduate study.