Frequently Asked Questions

Hydrix is a specialist design and engineering firm that helps clients bring complex, high-stakes products to life, especially in the medical, healthtech, and deep-tech sectors. From early concept through to development, regulatory support, and product launch, we offer end-to-end innovation services tailored to each project’s unique needs.

Hydrix stands apart through deep expertise in regulated industries, our ISO 13485-certified QMS, and a track record of solving significantly complex engineering challenges in cardiovascular devices, medical imaging, diagnostics, and defence technology. Our multidisciplinary team delivers both technical excellence and commercial insight, helping you accelerate breakthrough innovations to market with confidence.

Hydrix is headquartered in Melbourne, Australia, and we partner with clients around the world. Our project teams frequently collaborate with organisations across North America, Europe, and Asia, using well-established remote workflows and digital tools to ensure a seamless development experience, no matter where you’re based. We have local representatives in key regions, and our team leaders regularly travel to meet clients in person. With our global mindset and collaborative approach, working with Hydrix feels like having a development partner right next door.

Yes. Medical device development is at the core of what we do. Hydrix has decades of experience designing, engineering, and supporting Class I–III devices for a range of clinical areas including cardiovascular support, diagnostics, imaging, and digital health. We understand the regulatory and technical challenges, and how to overcome them.

Absolutely. Hydrix integrates regulatory strategy into every stage of development. We work with clients to prepare documentation for FDA, CE, and TGA submissions, ensure compliance with ISO 13485 and IEC 62304, and support your quality management needs, so you can move confidently from concept to cleared product.

Hydrix offers end-to-end product development services, including strategy and concept generation, systems engineering, electronics and software development, industrial design, human factors, prototyping, testing, regulatory support, and manufacturing transfer. We also provide standalone consulting and remediation services tailored to your needs.

Hydrix has extensive experience in cardiovascular innovation, including ventricular assist devices (VADs), artificial hearts (TAH), and monitoring technologies. Our work spans feasibility, design, and development of Class III devices, with deep expertise in mechanical circulatory support (MCS), control systems, and biocompatibility.

Yes. Hydrix develops embedded software, firmware, and application-level code for medical devices in accordance with IEC 62304. We specialise in safety-critical software, wireless connectivity, and UI/UX design, all within a quality-controlled environment.

Hydrix helps defence organisations develop advanced, high-reliability technologies, especially where firmware, software, and complex systems engineering are critical. Our team has delivered embedded software and control systems for autonomous platforms, including advanced drone technologies. We’re experienced working under export controls and high-security environments, and apply ISO 9001-certified processes across every phase of development. Whether you need support with ruggedised electronics, edge computing, AI-enabled systems, or rapid prototyping, Hydrix offers the technical depth and discipline to deliver with confidence.

Definitely. Our industrial design team creates user-centred, visually compelling designs that meet clinical and usability requirements. We rapidly iterate through physical and digital prototypes, helping you validate form, fit, function, and user experience early and often.

We take a collaborative, systems-based approach, partnering with clients to understand their vision, constraints, and commercial goals. Our teams integrate seamlessly into your process, offering flexibility to lead full development or support specific technical or regulatory gaps.

Project timelines vary depending on scope, complexity, and regulatory classification. Feasibility studies may take a few weeks, while full development for a regulated device can range from 12 to 36 months. We’ll help define a realistic schedule aligned to your product and market milestones.

Yes. Hydrix frequently partners with internal R&D, product management, and clinical teams to provide specialised expertise or capacity. We work as a true extension of your team, using shared tools and workflows to maintain efficiency, transparency, and alignment.

We support manufacturing transfer and design-for-manufacturing (DFM) as part of our development services. While we don’t manufacture in-house, we work closely with your chosen manufacturer or help identify the right partner to ensure a smooth transition from prototype to production.

Hydrix operates under an ISO 13485-certified quality management system and embeds regulatory strategy throughout product development. We ensure compliance with FDA, CE, TGA, and other global standards through risk management, design controls, documentation, and traceability.

Yes. Hydrix supports clients preparing for regulatory submissions including FDA 510(k), CE marking under MDR, and TGA ARTG inclusion. We help generate required technical documentation, clinical evaluation reports, and risk assessments to streamline the approval process.

Hydrix has maintained ISO 13485 certification since 2012. Our engineers are trained in quality system requirements, and we apply ISO 13485 principles to all medical projects to ensure consistent design controls, risk management, and traceability across the full development lifecycle.

Yes. Hydrix often facilitates introductions between overseas companies and Australian clinical trial partners. Leveraging our local networks and experience, we help clients identify the right clinical collaborators, navigate ethics and regulatory requirements, and establish the relationships needed to run successful trials in Australia.

Hydrix builds cybersecurity into the product lifecycle, from architecture through to deployment. We apply industry standards such as IEC 81001 and FDA guidance to assess risks, implement secure coding practices, conduct threat modelling, and ensure secure connectivity and data handling.

Yes. Hydrix has strong capabilities in embedded system development for safety-critical applications. We design and build custom firmware, control algorithms, and real-time software for microcontrollers and SoCs used in medical, diagnostic, and industrial devices.

Hydrix works with clients to integrate AI/ML into devices for diagnostics, prediction, and decision support. Our team helps identify viable use cases, develop algorithms, and ensure compliance with emerging regulatory frameworks for AI in medical technology.

Our clients retain ownership of all IP developed during a project, unless otherwise agreed. Hydrix’s role is to support your innovation, and we respect the confidentiality, integrity, and strategic value of your intellectual property at every stage.