Identify
User, clinical or operating need and value criteria.
Engineering, innovation and regulated technologies
Multidisciplinary engineering capability spanning medical devices, biomedical and mechatronics engineering, robotics, advanced imaging, R&D and international technical project delivery.
Understanding the challenge
The team brings international experience in biomedical and mechatronics engineering, medical-device development, rehabilitation robotics, radiopharmaceutical instrumentation and surgical imaging. This capability connects design, project management, quality, clinical validation and delivery in regulated environments.
From idea to evidence
Engineering that connects product, clinical and regulatory realities
The value of this capability lies in its continuity: understand the need, translate it into requirements, organise development, build evidence and secure decisions through transfer.
Design
Requirements, architecture, risks, prototypes and technical choices.
Verify
Testing, traceability, performance, safety and documentation.
Validate
Use, clinical environment, stakeholders and evidence.
Transfer
Industrialisation, quality, deployment and product governance.
Technical environments behind this capability
Intuitive
Advanced imaging, surgical systems and medical devices in an international regulated environment.
Trasis
R&D delivery, radiopharmaceutical instrumentation, quality and development coordination.
Stanford Biodesign
Needs identification, health innovation, design and clinical translation.
ABLE Human Motion
Rehabilitation robotics, algorithms and mechatronic systems development.
The organisations cited illustrate the prior professional experience of team members and collaborating experts; they are not necessarily direct clients of EMK Consulting.
How we can support
R&D and product development
Needs analysis, requirements, architecture, prototyping, verification, validation and transfer towards industrialisation.
Medical devices and health technology
Development of Class IIa/IIb devices, advanced imaging, instrumentation, medical software and mechatronic systems.
Robotics, algorithms and systems
Rehabilitation robotics, algorithms, automation, systems integration and multidisciplinary coordination.
Quality, risk and regulation
Experience represented within the team around ISO 13485, ISO 14971, ISO 14155, IEC 60601, IEC 62366 and EU Regulation 2017/745.
Clinical validation and hospital environments
Preparation and management of multicentre studies, clinical validation, hospital stakeholders and regulatory pathways.
Technical project management
Planning, R&D governance, team coordination, risk control, documentation and development-gate management.
What the assignment should enable
Better-supported technical decisions
Options compared against needs, requirements, risks and evidence.
A structured product pathway
A clear continuum from need through validation and market readiness.
Clear governance
Defined roles, deliverables, evidence and gates.
Mobilisable expertise
Engineering and project-management profiles assembled around the mandate.
Questions commonly addressed
Engineering, innovation and regulated technologies
- What user or clinical need must the project solve?
- Which technical, regulatory and quality requirements shape development?
- How should prototyping, verification, validation and transfer be organised?
- Which risks must be addressed before investment or clinical investigation?
- Which team should be mobilised?