I develop and teach hands-on courses in cybersecurity, computer and network security, cloud computing, embedded systems, computer networks, and data structures. My teaching emphasizes practical system-building, security analysis, and research-informed learning experiences that prepare students to work on real-world computing and cybersecurity challenges.
Hands-on course covering cloud infrastructure, virtualization, distributed systems, containerization, and scalable computing platforms.
Offerings: Fall 2020, Fall 2021, Fall 2022, Fall 2023, Fall 2024, Fall 2025
Graduate-level security course focused on computer and network security principles, attacks, defenses, systems security, and research-informed analysis.
Offerings: Spring 2022, Spring 2023, Spring 2026
Systems-oriented course covering embedded computing concepts, hardware/software interaction, real-time constraints, and implementation-oriented design.
Offerings: Fall 2024, Spring 2025
Undergraduate course introducing core security concepts, threat models, cryptographic foundations, access control, and applied information security practices.
Offering: Spring 2024
Course covering computer networking concepts, protocols, architecture, and networked systems foundations.
Offering: Spring 2021
Course focused on foundational data structures, algorithmic reasoning, and programming practice.
Undergraduate sequence covering core data structures, algorithm design, and programming foundations.
Offerings: Fall 2019, Spring 2020
Course introducing cloud computing systems, services, infrastructure, and scalable application deployment.
Supported instruction and laboratory activities across systems-oriented courses.
Courses: EECE 156 Math I Laboratory; Operating Systems; Computer Organization I/II; Modeling and Simulation
Supported undergraduate instruction in engineering and software-oriented coursework.
Courses: Electromagnetic Fields; Software Engineering
