معرفی
Professor Jian Chang is a leading academic at Bournemouth University with over 15 years of research experience in computer animation. He works at the National Centre for Computer Animation (NCCA), recognized as the UK's No.1 educational and research base for computer animation. His affiliation spans multiple research projects and collaborations with international institutions, NHS surgeons, and organizations like RNLI.
His research interests focus on physics based modelling (deformation & fluid), motion synthesis, virtual reality (surgery simulation), and novel HCI (eye tracking, gesture control and haptic). He actively exploits computer animation techniques for cross-disciplinary applications, resulting in significant international research collaborations. His work bridges computer science, engineering, and medical fields through innovative virtual reality applications.
Professor Chang's recent publications (2021-2024) demonstrate a strong focus on physics-based fluid simulation, facial animation techniques, surgical instruction generation, and advanced rendering methods. His work shows a consistent trajectory toward more sophisticated physics modeling, particularly in fluid dynamics using SPH methods, and expanding applications in medical training and virtual reality environments.
- International Travel Grant (TG091783) from The Royal Society (2009)
- FP7 MC-IIF project 'AniM' - 623883 (Principal Investigator)
- FP7 MC-IRSES project 'AniNex' - 612627 (Chief Scientist)
- FP7 funded 'Dr Inventor' project - 611383 (€2.65M)
- InterReg VA France (Channel) England investment of €5.3M
Professor Chang has secured substantial funding from diverse sources including the Royal Society, EU FP7, InterReg VA France (Channel) England, and HEIF. He has taken project management and supervision roles in prestigious EU-funded research projects. His research has directly contributed to innovative developments like the 'virtual surgery theatre' with NHS surgeons and 'virtual lifeboat launching' with RNLI, demonstrating significant cross-sectoral impact potential. His work bridges academic research with practical applications in healthcare, heritage preservation, and maritime safety.