Electronic Circuit Teaching Laboratory
【 Position 】H227
【 Contact Person 】Rongquan Fan, Sin-Liang Ou
【 Extension 】2173、2608
The laboratory has related teaching equipment (interface cards) for motor control, stepper motor modules, permanent magnet DC motor modules-power supplies, XYZ three-axis test platforms, motor experiment burners, motor control circuit boards, and personal Computer, instrument and computer communication interface... and other equipment. Through the teaching and training of this laboratory, the teaching experiment of biomedical electronics can be carried out.
3D printing and drawing laboratory
【 Position 】H507
【 Contact Person 】Hsuan-Lun Lu
【 Extension 】2625
The main purpose of the 3D printing and drawing laboratory is to provide 3D drawing software for teaching students and apply it to 3D printing technology. In addition to teaching use, this laboratory can also provide relevant research as 3D printing medical equipment. Main equipment name: 3D scanning and printing machine, computer with 3D drawing software
Electrical Electronics and Control Laboratory
【 Position 】H824
【 Contact Person 】Yaowen Tsai, Hsuan-Lun Lu
【 Extension 】2465、2625
Through the teaching in this laboratory, students can acquire basic circuit, electronics, automatic control, digital control and other related theories, cooperate with practical medical applications, and add different design methods, so that students can obtain relevant biomedical control. Professional knowledge and implementation.
Photoelectricity measurement teaching laboratory
【 Position 】H349
【 Contact Person 】Rongquan Fan, Sin-Liang Ou
【 Extension 】2173、2608
This laboratory contains many equipment required for photoelectric measurement: 10K-600K high and low temperature closed loop thermostat, electromagnet, argon ion (Ar+) laser light source, inductance capacitance resistance measuring instrument, adjustable diode laser system , Spectrum analyzer, RF spectrum analyzer, optical spectrum analyzer, laser spectrometer, voltage and current supply measuring instrument, optical table, programmable pulse generator, optical wavelength analyzer, dual-phase lock-in amplifier, laser controller , Temperature controller, low-light microscope (for point needle), laser diode resonant cavity module, digital storage oscilloscope, laser rangefinder, practical honeycomb optical table, tungsten filament-halogen lamp source, Fourier Optical system, Maxon interferometer matching module, precision digital optical power meter, programmable pulse generator, helium-neon laser system, acousto-optic modulator, universal interferometer, low noise amplifier, low noise amplifier, Programmable pulse generator, light detector, chopper, temperature controller. Through the teaching and training in this laboratory, students can obtain professional photoelectric measurement knowledge and practical operation, and can be widely used in the fields of biomedical optoelectronics, biomedical semiconductor, and biomedical sensing.
AI artificial intelligence base
【 Position 】H100
【 Contact Person 】Dengyuan Huang, Yung-Chun Liu
【 Extension 】2198、2623
Teaching includes (1) multimedia signal processing: image/video content analysis, image processing, image processing, infrared images, etc., (2) computer vision: computer-aided diagnosis system, deep image processing, 3D signal processing, etc., (3) Machine learning: gender identification, digital image/video identification, image spam detection and classification, deep learning and application. The importance of biometric technology in security surveillance and medical care, actively invests in the development of forgery detection, face detection, eye detection, face recognition, gesture recognition and gait recognition. These technologies are the focus of teaching from traditional machine learning to the current popular deep learning.
Old age long-term care and smart assistive base
【 Position 】H572
【 Contact Person 】Hsuan-Lun Lu
【 Extension 】2625
Combining local industries and hospitals with a cross-field team can provide a practical field for the development of long-term medical materials and smart assistive devices in the care service system, and professionally guide the industry to develop smart products. Corresponding industrial fields: medical equipment, biotechnology and medical industry, information engineering, electro-acoustic and voice control, mechanical and institutional design, long-term care related institutions, nursing homes, home care homes. Main equipment name: aseptic operation table, thermal imager, oven, 3D printer, precision incubator, optical 3D scanning kit, sterilizer impact tester, nanometer particle size analyzer, high-speed deaeration centrifuge, 3D scanning System, impact test chamfering machine, gas permeability tester, Mat Scan pressure measurement system
Long-term care and auxiliary equipment laboratory
【 Position 】H570
【 Contact Person 】Hsuan-Lun Lu
【 Extension 】2625
The long-term care and assistive device laboratory is mainly built as a research and teaching laboratory, providing a good research and teaching environment, conducting digital design, manufacturing and practical experiments of long-term care medical equipment to improve the quality of long-term care medical equipment At the same time, it can be used as a medical equipment research and development and education center to integrate research talents and related educational resources in industry, government, academics, and medicine, promote related research and development experience and exchanges, and provide cross-field medical equipment expertise research manpower cooperation opportunities, and jointly stimulate research and development Energize and organize education and training courses to promote the improvement of domestic medical equipment research and development technology. Name of main equipment: thermal oven, optical microscope, precision scale, mattress bending life tester
Cell culture laboratory
【 Position 】H457
【 Contact Person 】Sin-Liang Ou
【 Extension 】2608
The main purpose of the establishment of the cell culture laboratory is to provide teaching-type research and clinical or basic research personnel without a fixed cell culture space, an operating environment for short-term cell culture, and to provide appropriate guidance on cell culture related technologies. Main equipment name: carbon dioxide incubator, portable suction device, aseptic operation table, oven
Medical equipment sterilization laboratory
【 Position 】H466
【 Contact Person 】Sin-Liang Ou
【 Extension 】2608
Medical equipment disinfection and sterilization laboratory is mainly to understand the importance of disinfection and sterilization of medical equipment, learn the factors that affect the efficiency of disinfection and sterilization, and understand the common disinfection and sterilization methods and operation precautions in biological laboratories. Main equipment name: vertical autoclave, aseptic operation table, precision rotary low temperature constant temperature shaking incubator
Applied Biomedical Film Laboratory
【 Position 】H648
【 Contact Person 】Sin-Liang Ou
【 Extension 】2608
The Applied Biomedical Film Laboratory focuses on teaching students to develop biomedical materials and applied materials. It focuses on the development and training of students in the school to engage in research on different materials, and conducts plasma surface modification and graft polymerization technology to develop medical Materials and other application materials can be combined with the cell culture laboratory to allow the experiment to be more quickly and comprehensively for experimental cell culture and antibacterial testing. Main equipment name: atmospheric plasma system, centrifuge, inverted microscope, 3D printer
Meilu Electroacoustic Materials Laboratory
【 Position 】P106
【 Contact Person 】Yung-Chun Liu
【 Extension 】2623
The Meilu Electroacoustic Materials Laboratory mainly uses electroacoustic measurement equipment and specifications to understand the physical properties of electroacoustic materials, related mechanical properties test methods and experimental equipment construction principles; enable students to know the characteristics of the materials and carry out material modification, Can understand the results of theoretical analysis and experimental data comparison. Name of main equipment: silent room (for testing audio), universal stretching machine, general stretching machine, Fo measuring instrument, laser positioning machine, standard test piece air cutting machine, constant temperature and humidity machine, hardness tester
Optoelectronic Materials and Microstructure Analysis Laboratory
【 Position 】H552
【 Contact Person 】Sin-Liang Ou
【 Extension 】2608
This laboratory uses chemical vapor transmission systems, vacuum sputtering systems, thermal evaporation systems... and other equipment to grow and develop various photoelectric material films and nanostructures, and apply these materials to different types of sensor elements (optical Detectors, gas sensors, biomedical sensors... etc.) and component manufacturing processes for medical applications. Main equipment name: vacuum sputtering system, chemical vapor transmission system, micro spectrometer, chemical cleaning cabinet
Medical Material Fatigue Testing Laboratory
【 Position 】H477-2
【 Contact Person 】Liao Fangjun
【 Extension 】2468 ext 34
This laboratory mainly conducts testing and analysis of the mechanical properties, durability and damage mechanism of materials and components of various medical devices. The materials discussed range from materials for medical aids to materials for implants and minimally invasive medical materials. , Research content includes stress analysis, mechanical strength, fracture toughness, high and low cycle fatigue, crack extension, corrosion fatigue, stress corrosion, high temperature creep and other static and dynamic mechanical properties of mechanical and microstructure analysis. Research methods include experimentally evaluating the mechanical properties and durability performance of biomedical materials under various environments and loads, and analyzing their damage and failure mechanisms, combining macro and micro theoretical deductions, and establishing a suitable life evaluation model for component design and Reliability assessment reference, and provide prevention mechanism, in order to contribute to and help the technological development of industry. The purpose of the fatigue experiment is to use the medical equipment life testing machine to understand the relationship between the manufacturing technology of medical equipment and its fatigue resistance, and to allow students to understand how to improve many properties of medical materials in different manufacturing processes. Main equipment name: Medical material fatigue testing machine
