# Home
**Source**: https://bionics.ubc.ca/
**Parent**: https://bme.ubc.ca/partners/research-innovation/
# Loading
### **[Pressure detection device](https://bionics.ubc.ca/pressure-detection-device-2/ "Pressure detection device")**
### **[Controlled drug delivery using magnetic implant](https://bionics.ubc.ca/controlled-drug-delivery-using-magnetic-implant-2/ "Controlled drug delivery using magnetic implant")**
### **[Smart stent technology for clinical application](https://bionics.ubc.ca/smart-stent-technology-for-clinical-application-2/ "Smart stent technology for clinical application")**
### **[Printing of single cells](https://bionics.ubc.ca/printing-of-single-cells/ "Printing of single cells")**
### **[Hydrogels for coating biomedical devices](https://bionics.ubc.ca/hydrogels-for-coating-biomedical-devices/ "Hydrogels for coating biomedical devices")**
### **[Building technology to increase autonomy of spinal cord injury population](https://bionics.ubc.ca/building-technology-to-increase-autonomy-of-spinal-cord-injury-population/ "Building technology to increase autonomy of spinal cord injury population")**
### **[Robot-guided recovery of proprioception](https://bionics.ubc.ca/robot-guided-recovery-of-proprioception/ "Robot-guided recovery of proprioception")**
### **[Microchannel nerve guidance scaffolds](https://bionics.ubc.ca/microchannel-nerve-guidance-scaffolds/ "Microchannel nerve guidance scaffolds")**
### **[3D bio-printing neural tissue](https://bionics.ubc.ca/3d-bio-printing-neural-tissue-2/ "3D bio-printing neural tissue")**
### **[Transparent sensor array](https://bionics.ubc.ca/transparent-sensor-array-2/ "Transparent sensor array")**
### **[Tactile sensor technology and smart tactile sensing systems](https://bionics.ubc.ca/tactile-sensor-technology-and-smart-tactile-sensing-systems/ "Tactile sensor technology and smart tactile sensing systems")**
### **[Human-like movement of fingers stimulated by bionic taste](https://bionics.ubc.ca/human-like-movement-of-fingers-stimulated-by-bionic-taste/ "Human-like movement of fingers stimulated by bionic taste")**
### **[Calibration independent pressure sensor](https://bionics.ubc.ca/calibration-independent-pressure-sensor/ "Calibration independent pressure sensor")**
### **[3D printed, sort, articulatable hand](https://bionics.ubc.ca/3d-printed-sort-articulatable-hand/ "3D printed, sort, articulatable hand")**
### **[Interaction between artificial intelligence and medicine](https://bionics.ubc.ca/interaction-between-artificial-intelligence-and-medicine/ "Interaction between artificial intelligence and medicine")**
### **[Hollow microneedle array for painless injections](https://bionics.ubc.ca/hollow-microneedle-array-for-painless-injections/ "Hollow microneedle array for painless injections")**
### **[Artificial muscles](https://bionics.ubc.ca/artificial-muscles/ "Artificial muscles")**
### **[Robot-guided recovery of proprioception](https://bionics.ubc.ca/robot-guided-recovery-of-proprioception/ "Robot-guided recovery of proprioception")**
### **[Molecular motors in a muscle fiber](https://bionics.ubc.ca/molecular-motors-in-a-muscle-fiber/ "Molecular motors in a muscle fiber")**
### **[Hydrogels for coating biomedical devices](https://bionics.ubc.ca/hydrogels-for-coating-biomedical-devices/ "Hydrogels for coating biomedical devices")**
### **[Artificial muscles](https://bionics.ubc.ca/artificial-muscles/ "Artificial muscles")**
### **[Molecular motors in a muscle fiber](https://bionics.ubc.ca/molecular-motors-in-a-muscle-fiber/ "Molecular motors in a muscle fiber")**
#### Bringing together world-leading interdisciplinary researchers and industrial partners to push the frontier of bionics technology, a research cluster based at the University of British Columbia in Vancouver, Canada.
# Innovation
### Our projects combine advanced technology with human biology, looking to seamlessly integrate materials and devices into the body for medical applications.
## [Research Areas](https://apsc-bionics.sites.olt.ubc.ca/research/)
[#### Neural Regeneration](https://bionics.ubc.ca/research?activate=0)
[#### Biomedical Devices](https://bionics.ubc.ca/research?activate=1)
[#### Assistive Devices](https://bionics.ubc.ca/research?activate=2)
[#### Soft Robotics](https://bionics.ubc.ca/research?activate=3)
[#### Biomaterials](https://bionics.ubc.ca/research?activate=4)
[#### Bio-printing](https://bionics.ubc.ca/research?activate=5)
[#### Wearables](https://bionics.ubc.ca/research?activate=6)
# [Highlights](https://bionics.ubc.ca/research/)
## [Research](https://bionics.ubc.ca/research/)
### **[Hollow microneedle array for painless injections](https://bionics.ubc.ca/hollow-microneedle-array-for-painless-injections/ "Hollow microneedle array for painless injections")**
### **[Transparent sensor array](https://bionics.ubc.ca/transparent-sensor-array-2/ "Transparent sensor array")**
### **[Building an artificial peripheral nerve sensor](https://bionics.ubc.ca/building-an-artificial-peripheral-nerve-sensor-2/ "Building an artificial peripheral nerve sensor")**
## [News and Spotlights](https://bionics.ubc.ca/news-and-spotlights/)
### **[ICORD’s summer research program for Indigenous youth](https://bionics.ubc.ca/icords-summer-research-program-for-indigenous-youth/ "ICORD’s summer research program for Indigenous youth")**
Mar 18, 2022
### **[UBC researchers lead $24 million project to treat spinal cord injury](https://bionics.ubc.ca/ubc-researchers-lead-24-million-project-to-treat-spinal-cord-injury/ "UBC researchers lead $24 million project to treat spinal cord injury")**
Jan 12, 2022
### **[Rogers and UBC ICICS Unleash the Power of 5G](https://bionics.ubc.ca/rogers-and-ubc-icics-unleash-the-power-of-5g/ "Rogers and UBC ICICS Unleash the Power of 5G")**
Jul 16, 2021
# [The Team](https://apsc-bionics.sites.olt.ubc.ca/people)
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# [Partners](https://bionics.ubc.ca/people?activate=3)
# National
# International
# Non-profit
# [Work With Us](https://bionics.ubc.ca/contact-us/)
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