- Geospatial and GIS Analytics
- Machine Learning based Predictive Network Maintenance
- Network Topology
- RCA Analytivs and Visualisation
- Web App development
Profile
Dr. Luke Nyhof
Integration Data Interlock Engineer
Name:Dr. Luke Nyhof
Address:Melbourne, Victoria, 3000, Australia
Phone:+6141X-XXX-XXX
Website:https://lukenyhof.com
Luke is a professional Engineer having spent the past five years employed at the Centre for Intelligent Systems Research, working on adaptive signal filters for biomedical applications, robotic systems, autonomous ground vehicles and advanced robotic motion simulators.
Before joining the Centre he completed his bachelor's degree in engineering, majoring in Mechatronics and Robotics graduating with 1st Class Honours. During this time he was also employed by Robert Bosch Australia. Based at the Australian Automotive Research Complex in Anglesea, gave him the opportunity to work as part of a highly competent team of engineers developing chassis control systems for research & development vehicles. He truly passionate about his work and always eager to connect with other researchers for collaboration.
While Luke has been involved in both collaborative and independent work, his favourite part of project work has been in developing unique solutions for intriguing problems.
Education
An independent research organisation, mostly annexed from the main university group, CISR is at the forefront of cutting edge research.
I also had the opportunity to work with Prof. Nahavandi on the Universal Motion Simulator, a large scale motion simulator capable of sustained g-force loading and in the development and fabrication of both autonomous and remotely controlled ground based vehicles and robotic platforms.
During my time at Deakin, I completed a PhD by research in the field of signal processing where I studied adaptive signal filters for real-time noise attenuation, applied to heavily corrupted surface acquired neurological data.
Centre for Intelligent Systems Research
Doctor of Philosophy
Adaptive Biomedical Signal Filters
Graduated October 2015 | Waurn Ponds,
Victoria
02.2005 -
12.2010
Deakin University, School of Engineering
Bachelor of Engineering (Robotics & Mechatronics)
Graduated with 1st Class Honors
Deakin University, School of Engineering
Employment
- Geospatial and GIS Analytics
- Machine Learning based Predictive Network Maintenance
- Network Topology
- RCA Analytivs and Visualisation
- Web App development
An independent research organisation, mostly annexed from the main university group, CISR is at the forefront of cutting edge research.
I also had the opportunity to work with Prof. Nahavandi on the Universal Motion Simulator, a large scale motion simulator capable of sustained g-force loading and in the development and fabrication of both autonomous and remotely controlled ground based vehicles and robotic platforms.
During my time at Deakin, I completed a PhD by research in the field of signal processing where I studied adaptive signal filters for real-time noise attenuation, applied to heavily corrupted surface acquired neurological data.
Australian Automotive Research Complex,
Anglesea, Victoria
• Inbetriebnahme of development vehicles for chassis control electrical
subsystem hardware
• ABS, EBD, ESP Calibration
• Design, fabrication and commissioning of Pressure Limitation Device (PLD)
testing hardware.
• Rapid fabrication and repair.
• Implemented Proving Ground High Speed Track safety warning system.
- All
- Research Related
- Biomedical
- Neurological
- Publications
- Photo
- Robotics
- Multirotor
- Autonomous Systems
- Photogrammetry
- Electronics
- Web
- Advanced Training
- Motion Simulator
An extended multivariate autoregressive...
Research Related, Biomedical, Neurological, Publications
Adaptive-Multi-Reference Sub-band Least Means...
Research Related, Biomedical, Neurological, Publications
Photogrammetry and DEM
Photo, Research Related, Robotics, Multirotor, Autonomous Systems, Photogrammetry, Electronics
3D Printing
Photo
CNC Router Adventures
Web
OrbTX – A Novel 6DOF Natural Remote...
Research Related, Advanced Training, Robotics, Multirotor, Electronics
MH-01XL Heavy-Lift Aerial Robotic Platform
Research Related, Robotics, Multirotor, Autonomous Systems
Universal Motion Simulator
Research Related, Motion Simulator, Advanced Training
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Contact info
AddressMelbourne, Victoria, 3000, Australia
Phone+6141X-XXX-XXX
Websitehttps://lukenyhof.com