Dr. Zenon Chaczko
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Curriculum VitaeDr. Zenon Chaczko |
| PhD (Engineering), M.Sc(Comp. Science), B.Sc(Hons), Senior Lecturer of Software Engineering. Member, Centre for Real-time Information Networks School of Computing and Communications Faculty of Engineering and Information Technology, UTS V: +61 2 9514 2528 Email: \n This e-mail address is being protected from spambots. You need JavaScript enabled to view it Brief Biography Zenon Chaczko is currently the Senior Lecturer of Software Engineering at UTS, and an active member of CRIN. A er 25 years of R/D experience in ICT and marine systems industry as well as concurrent 5 years of P/T lecturing at the University of Technology Sydney, he moved to full time academic position at UTS in 2001. Since then he has been Program Head of Information and Communications Technologies. He is an experienced lecturer and researcher, consistently receiving excellent teaching results and reviews from students. He is an expert software and system engineer, researcher and supervisor, having supervised over 12 research candidates to completion in the last 7 years. He has completed his PhD in Engineering at UTS. His specialisation is multi-agent based and biomimetic middleware for Wireless Sensor Networks. He is an author and co-author of several innovative AI theories and algorithms. His recent work in simulation and sensor localisation algorithms domain gained a very high recognition in the research community. Recent Research Projects His recent work has been in simulation of sensornet protocols and the design of middleware for complex bio-inspired distributed systems. His most significant recent research contributions have been in the area of the new computing paradigms of complex distributes software systems. He has formulated and created the cooperative Biomimetic model of Middleware (BIM) as well as invented a new Morphotronic Systems theory. Other projects include the WSN based environment monitoring and event tracking applications as well as innovative clustering and routing algorithms in WSN using genetic and immuno-computing algorithms. Research Grants 2002-2006: $1200000, ARC Linkage Grant, Architecture-based Open Network Management Systems for Next Generation Telecomms 2004-2006: $70000, UTS seeding Grant, Application of Smart Agents in Resource Constrained Network Environment. The project involved cooperation with Thales and UTS in the areas of application of autonomous agents in Network Management Systems. |