Tiller Design
Tiller Design is a leading product design and innovation agency with over 30 years of experience, specializing in medical devices, consumer products, defense, and other industries. They focus on creating award-winning, market-ready solutions that challenge convention and champion smarter ways, supporting clients from feasibility to production while ensuring compliance with standards like ISO 13485.
Industries
Nr. of Employees
small (1-50)
Tiller Design
Rozelle, New South Wales, Australia, Oceania
Products
Brain imaging device for stroke (clinical imaging system)
Concept and product development support for a brain imaging device intended to assist in stroke detection and imaging.
Autonomous airborne disease monitoring system (agriculture)
Development of an autonomous sensor system combining spore collection hardware and AI-driven identification for early detection of airborne crop diseases.
Realtime shot counter – compact embedded device
Industrial design and rugged enclosure development for a compact embedded device intended to record and log firearm discharge events with high accuracy and environmental protection (IP-rated).
Neonatal resuscitation training monitor (educational device)
Design and development of prototype educational monitors for neonatal resuscitation training, intended for use with training mannequins in clinical education settings.
Brain imaging device for stroke (clinical imaging system)
Concept and product development support for a brain imaging device intended to assist in stroke detection and imaging.
Autonomous airborne disease monitoring system (agriculture)
Development of an autonomous sensor system combining spore collection hardware and AI-driven identification for early detection of airborne crop diseases.
Realtime shot counter – compact embedded device
Industrial design and rugged enclosure development for a compact embedded device intended to record and log firearm discharge events with high accuracy and environmental protection (IP-rated).
Neonatal resuscitation training monitor (educational device)
Design and development of prototype educational monitors for neonatal resuscitation training, intended for use with training mannequins in clinical education settings.
Services
Project and program management linking research, design, production, regulatory and commercial teams through the product lifecycle.
Industrial, mechanical and electronics design services to develop market-ready devices including enclosure, ergonomics and mechanical systems.
Firmware and application software development and GUI/UX design for device control, data presentation and user interaction.
Human-centred design and human factors activities to ensure safety, usability and regulatory conformance in clinical and consumer contexts.
Feasibility studies, prototyping and test-jig creation to validate concepts and support user and clinical evaluations.
DfM activities to prepare products for mass-manufacture, including supplier-ready documentation and production considerations.
Project and program management linking research, design, production, regulatory and commercial teams through the product lifecycle.
Industrial, mechanical and electronics design services to develop market-ready devices including enclosure, ergonomics and mechanical systems.
Firmware and application software development and GUI/UX design for device control, data presentation and user interaction.
Human-centred design and human factors activities to ensure safety, usability and regulatory conformance in clinical and consumer contexts.
Feasibility studies, prototyping and test-jig creation to validate concepts and support user and clinical evaluations.
DfM activities to prepare products for mass-manufacture, including supplier-ready documentation and production considerations.
Expertise Areas
- Product design and development
- Medical device development (ISO 13485 aligned)
- Human factors and usability engineering
- Embedded systems and firmware
Key Technologies
- Embedded electronics and firmware
- AI / machine learning for classification
- Environmental sensor systems (airborne particle/spore detection)
- Ultrasound device engineering (clinical applications)
News & Updates
BioScout, an Agtech company, aimed to develop a scalable, autonomous system for detecting airborne diseases in agriculture, reducing unnecessary chemical use.
Kord Group developed a device called ShotDot for highly accurate shot data collection from firearms, integrated into Glock handguns.
A ground-breaking potential new treatment for Alzheimer’s disease using ultrasound energy, developed with Tiller Design's support.
Development of educational monitors for neonatal resuscitation training, in collaboration with Tiller Design.
Recognition by DesignRush as a top product design and innovation agency in 2021.
Tiller Design completed its ISO 13485 audit with no non-conformance notices, demonstrating quality and compliance.
BioScout, an Agtech company, aimed to develop a scalable, autonomous system for detecting airborne diseases in agriculture, reducing unnecessary chemical use.
Kord Group developed a device called ShotDot for highly accurate shot data collection from firearms, integrated into Glock handguns.
A ground-breaking potential new treatment for Alzheimer’s disease using ultrasound energy, developed with Tiller Design's support.
Development of educational monitors for neonatal resuscitation training, in collaboration with Tiller Design.
Recognition by DesignRush as a top product design and innovation agency in 2021.
Tiller Design completed its ISO 13485 audit with no non-conformance notices, demonstrating quality and compliance.