Peter B. Email & Phone Number

Melbourne, Australia

With a Master in Electronic Engineering and a Bachelor of Science, Biomedical, I am passionate about applying my skills in the development of new, innovative solutions that aim to improve healthcare outcomes for patients during their rehabilitation. • Portable Limb Load Monitor_Touch, a battery-powered rehabilitation device designed to measure and provide biofeedback on partial weight bearing during gait using sensor pads. Equipped with ZigBee, for patient safety. • Intelligent… Show more With a Master in Electronic Engineering and a Bachelor of Science, Biomedical, I am passionate about applying my skills in the development of new, innovative solutions that aim to improve healthcare outcomes for patients during their rehabilitation. • Portable Limb Load Monitor_Touch, a battery-powered rehabilitation device designed to measure and provide biofeedback on partial weight bearing during gait using sensor pads. Equipped with ZigBee, for patient safety. • Intelligent Force Cane (walking cane) to assist with gait retraining while optimising walking function, speed and safety. The cane gives visual and vibration feedback and appropriate for neurological and orthopaedic conditions.• Joint Angle Sensor – this is a portable device that can facilitate functional training and improved joint control in various positions. Easy to set up for elbow, hip and knees.• Essential Seating Sensor unit is a portable, easy to set up, simple and efficient to use daily during rehabilitation. The sensor gives immediate audio and visual feedback on seating posture and seated weight shift for patients with an acquired brain injury.• Data Logger – The data logger is a portable device that provides reliable, accurate and objective data on balance and weight bearing during gait, standing, sit to stand and reaching activities. Ultra-thin weight sensing heel and forefoot pads. Once the patient commences walking, weight bearing data will be automatically recorded for an extended measuring time. Achievements:• Real time audio and visual feedback on the devices.• Gait analysis software developed to contain key temporal gait measures worked out automatically. Key gait parameters are Swing time, Stance time, Stride time, Step time, Cadence steps / min, %Stance time, %Swing time, %Double support time.• International Patent on the PLLM_Touch Unit • Authored Publications Invited speaker at Emerging Sensor Technologies 2018 at RMIT University Show less

North Balwyn, Australia

• Circuit design proposals, manufacturing, quoting and procurement.• Meeting with green energy and games companies, to make proposals about finding the best ways to complete their project. • Confirming compliance matters that needed attention, such as product name, trademark, EMC certification, packaging, operating instructions, warranty, technical support and service. • Presenting proposals containing pricing information, firmware flow charts, Cad drawings of the device and its… Show more • Circuit design proposals, manufacturing, quoting and procurement.• Meeting with green energy and games companies, to make proposals about finding the best ways to complete their project. • Confirming compliance matters that needed attention, such as product name, trademark, EMC certification, packaging, operating instructions, warranty, technical support and service. • Presenting proposals containing pricing information, firmware flow charts, Cad drawings of the device and its interface and flow diagram of hardware and estimated BOM. Show less

Melbourne Area, Australia

• Designing, manufacturing and marketing electronic rehabilitation devices and orthopaedic soft goods. • Working with circuit designers and clients to develop, design and manufacture two analogue rehabilitation devices: the Portable Limb Load Monitor - a biofeedback device for improving balance and gait in stroke-affected patients - and the Peroneal Nerve Stimulator. • Modifying a complex muscle stimulator by incorporating an input circuit to correctly pulse a de–innervated limb to… Show more • Designing, manufacturing and marketing electronic rehabilitation devices and orthopaedic soft goods. • Working with circuit designers and clients to develop, design and manufacture two analogue rehabilitation devices: the Portable Limb Load Monitor - a biofeedback device for improving balance and gait in stroke-affected patients - and the Peroneal Nerve Stimulator. • Modifying a complex muscle stimulator by incorporating an input circuit to correctly pulse a de–innervated limb to assist a patient to walk. This device, when combined with Limb Load Monitor, was called a “Gait Retraining Package”. • Developing a deluxe unit with three sensors in order entering the US market via a large distribution network.• Designing and manufacturing in-house,accessories to make the device to have multiple uses• Completing the necessary technical reports and specifications for the device to qualify for FDA 510K and TGA certification. Show less

Master Of Electronic Engineering, Embedded Systems

Activities and Societies: golf team, IEEE I studied 'C' programming and embedded systems, circuit simulation and design and sourcing data.

Diploma Of Electronics, Broad-Based

I studied Electronic Engineering - General

Bachelor Of Science, Biomedical

I majored in Physiology and Pharmacology with a minor in Statistics.