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Grid Technology with ICT and EV (Tokyo University of
Foreign Studies – TUFS, Tokyo, Japan, invited lectures in
2024, 2025, and planned for 2026)
Tokyo
University of Foreign Studies (TUFS)
Delivered a series of invited lectures on smart-grid
technologies integrating ICT, renewable energy, and electric
vehicles. These lectures supported TUFS’s interdisciplinary
initiatives by introducing engineering-oriented perspectives to
students in global studies and international cooperation
programs, highlighting the role of intelligent energy systems in
sustainable societal development. [PDF]
Hardware-Oriented Neurocomputing (Kyoto Institute of
Technology – KIT, Kyoto, Japan, 2022, 2023, 2024, 2025)
Kyoto Institute
of Technology (KIT)
Delivered advanced lectures on neuromorphic engineering,
hardware-centric neural computation, and emerging architectures
for intelligent systems. This engagement contributes to KIT’s
mission of fostering innovation in electronics and computational
design, while strengthening collaborative research in
brain-inspired computing and next-generation semiconductor
technologies. [PDF]
Network-on-Chip (Graduate, The Hong
Kong University of Science and Technology (HKUST) ,
Hong Kong, 2010–2013; two‑week intensive course delivered
annually)
Delivered advanced graduate-level lectures on Network-on-Chip
(NoC) architectures, scalable interconnect strategies, and
System-on-Chip (SoC) communication methodologies as part of a
recurring annual intensive program. This engagement supported
HKUST’s strong semiconductor and VLSI research ecosystem,
contributing to the development of highly skilled engineers and
strengthening regional expertise in multicore and system-level
design. [PDF]
Parallel/Distributed Computing (Graduate, Huazhong
University of Science and Technology (HUST) , Wuhan,
China, 2012–2016; three‑week intensive course delivered
annually)
Delivered graduate-level courses in Parallel and Distributed
Computer Systems as part of a recurring annual intensive
program. Each year, approximately 80 graduate students enrolled
in this course, totaling around 400 students over the five-year
period. This engagement directly supported the CASESO mission to
advance scalable computing architectures and system-level
design. Through rigorous instruction and hands-on modules, the
course contributed to developing Asia’s next-generation
semiconductor talent by fostering expertise in multicore
systems, interconnect technologies, and performance-aware
computing.
Advanced Computer Organization (Graduate, African
University of Science and Technology (AUST) , Abuja,
Nigeria, 2008–2015; three‑week intensive course delivered
annually)
Delivered both foundational and advanced graduate-level courses
in Computer Systems and VLSI Design as part of a long-term
invited teaching engagement. Each year, between 16 and 20
graduate students participated in this intensive program,
totaling approximately 100 students across five visits. The
course equipped learners from across the African continent with
the theoretical grounding and practical skills essential for
modern semiconductor and embedded system design. Through
sustained mentoring and curriculum development, this initiative
significantly strengthened regional research capacity and
contributed to fostering a new generation of engineers and
scholars.