Page 12 - BKA HCM

THE
Faculty of Applied Sciences DIRECTORY
FOR ENGINEERING
Linking University Researchers to Industry and Community
Industrial projects:
- Analysis of bus front and back cover (SAMCO) Academic Resources
- Dynamic analysis of truck cabin(VMS Engineering)
- Fatigue verification of truck part welding (VMS Engineering)
- Analysis of truck chassis structure (VMS Engineering) Assoc. Prof. Dr.Nguyen Dinh Huy Dr. Dau The Phiet
- PhD degree in Mathematics,
- PhD degree in Mathematics, Vietnam
- Computation and redesign for tanker support structure Academy of Science and Technology University of Padova, Italy
- Analysis of response of missile cover (Institute of Missile) (VAST) -Research interests: Complex analysis
- FEA for rubber tyre making machine(Nguyen DinhRubber) - Research interests: Applied analysis; - Link to publications:
- Simulation for metalforming process(Neptech Center) Theory control • https://link.springer.com/artcle/10.1007/
- Design – analysis – experimental studies of screws used in spinal surgery (Trauma andorthosis hospital HCMC) - Affiliated Academic society: VMS s10013-019-00337-7
International projects: - Field of Research: Applied - Field of Research: Applied
VIBE project (Sponsored by Ireland): “A Prototype Approach To Renewable Energy Based On Ocean Wave Power” Mathematics Mathematics
- Subdiscipline: Applied Analysis - Subdiscipline: Complex analysis
4. Applied Physics for Life Science Engineering (Engineering Physics)
4.1. Applications of nanomaterials and optoelectronics devices in Life Science Dr. Nguyen Tien Dung Dr. Phung Trong Thuc
- Phd degree in Mathematics, Australia
- PhD degree in Mathematics, Wayne
- Fabricating optoelectronics devices for biomedical reseach purposes State University, USA - Research interests: Complex analysis
- Determining properties of optoelectronics devices, LED, LASER - Research interests: Stochastic - Link to publications:
- Synthesizing and characterizing nanomaterials as a platform for optical-based biosensors processes and Stochastic Dynamical • https://www.worldscientific.com/doi/
- Designing LEDs system for biomedical applications systems abs/10.1142/S0129167X18710015
42. Artificial Intelligence Application in Biomedical Engineering - Affiliated Academic society: VMS - Field of Research: Applied
- AI application in biomedical imaging - Field of Research: Applied Mathematics
Mathematics
- Subdiscipline: Complex analysis
- AI application in biosignal processing and biofeeback - Subdiscipline: Applied Statistic
4.3. Research on Advanced Biomedical Imaging Technology Readiness Level (TRL): Dr. Nguyen Dinh Duong
- Manufacturing and application of diagnostic imaging devices using optical techniques Level 2 - Phd degree in Mathematics University of
- Manufacturing and application of near infrared imaging system Science and Technology, VAST
4.4. Research on Advanced Biomedical Signal Processing Applications Dr. Huynh Thi Hong Diem - Research interests: Equilibrium problem;
- Manufacturing IoT devices for measuring biomedical vital signals - PhD degree in Mathematics, Ho Chi Mathematical Programming
- Reseach on application of bioimpedance and impedance spectroscopy for biomedical samples with the frequency Minh City University of Science - Field of Research: Applied Mathematics
up to 20 MHz - Research interests: Optimization; - Subdiscipline: Optimization
Variational analysis; Mathematical
- Research on multi-effect physiotherapy system Programming
4.5. Application of Low Level Semiconductor Laser in Medicine and Biology - Link to publications:
- Manufacturing low level semiconductor laser equipment and implementing in Low level Laser Therapy • https://drive.google.com/drive/folders/ Dr. Pham Thi Hai Mien
- Research on Low Level Semiconductor Laser application in plant biology 1B21QyKlh7-8IIbTI7582X6Zn - PhD degree in Optical Physics, Voronezh
QPa4YKSI?usp=sharing
5. Applications of Nanomaterials and Optoelectronics Devices in Life Science - Affiliated Academic society: VMS University, Russia
- Research Interest: NIR and fluorescence
- Fabricating optoelectronics devices for biomedical reseach purposes - Field of Research: Applied biomedical imaging; LED Technology
- Determining properties of optoelectronics devices, LED, LASER Mathematics - Subdiscipline: Optical Physics; Biomedical
- Synthesizing and characterizing nanomaterials as a platform for optical-based biosensors - Subdiscipline: Optimization Engineering
- Designing LEDs system for biomedical applications - Link to publication:
6. Artificial Intelligence Application in Biomedical Engineering Dr. Phan Thi Huong • https://orcid.org/0000-0003-0293-8839
- AI application in medical imaging - PhD degree in Mathematics, Dr. Pham Bao Toan
- AI application in biosignal processing and biofeeback University of Padova, Italy - PhD degree in Engineering Mechanics,
7. Research on Advanced Biomedical Imaging Devices - Research interests: Survival Ho Chi Minh City Unversity of Technology
- Manufacturing and application of diagnostic imaging devices using optical techniques models; Applied models in medicine and (HCMUT)
biology
- Manufacturing and application of near infrared imaging system - Link to publications: - Research interest: Vibration measurement
and structure diagnostic
8. Research on Advanced Biomedical Signal Processing Applications • http://www.universitas-studiorum.it/1/ - Awards:
- Manufacturing IoT devices for measuring biomedical vital signals cladag_2017_book_of_short_ • Award for Outstanding Young Scientist,
- Reseach on application of bioimpedance andimpedance spectroscopy for biomedical samples with the frequency papers_2852494.html presented by Vietnam National University
up to 20 MHz. - Field of Research: Applied -HCMC, 2012
Mathematics
- Research on multi-effect physiotherapy system - Subdiscipline: Applied Analysis • Award for Outstanding Young Scientist,
presented by HCMC University of
9. Application of Low Level Laser in Medicine and Biology Technology, 2012
- Manufacturing low level laser equipment and applications
- Research on low level laser in plant biology
• Manufacturing 20 types of low level semiconductor laser equipment for medical treatment
• Implementing over 1000 equipment and transferring treatment technology to more than 100 medical units
• Equipping new laboratory for research in medicine and plant biology

12 13