From Early Ideas to Viable Sensor Products
Early-stage sensor innovation is where technical promise, real-world constraints and uncertainty come together. At this stage, decisions made around sensing principles, system architecture and feasibility largely determine whether an idea can evolve into a reliable, certified and manufacturable product.
At 2M Engineering, we support concept and feasibility phases by taking technical ownership of translating ideas, research outcomes and application needs into realistic product directions.
Our Role in Concept & Feasibility
We work with companies, research organisations and clinical partners at the point where ideas need to be tested against reality. Our role is not to generate concepts in isolation, but to evaluate, structure and de-risk them.
Typical activities in this phase include:
- analysing the intended application and real-world use context
- assessing technical feasibility and sensing principles
- defining system-level architectures and trade-offs
- identifying regulatory and certification implications early
- determining realistic development paths beyond feasibility
This ensures that feasibility work does not end as a disconnected prototype, but forms a credible foundation for further development.
Collaborative Research & Joint Development
Many concept and feasibility projects take place in collaborative research settings, involving multiple stakeholders such as universities, hospitals, industrial partners and public funding bodies.
2M Engineering regularly participates as a technical development partner in joint research and innovation projects, including national and European programmes. In these collaborations, we focus on:
- translating research objectives into system concepts
- ensuring technical coherence across consortium partners
- aligning research outcomes with product and regulatory realities
- preparing concepts for continuation beyond the research phase
Our experience in both research and product development helps bridge the gap between academic results and real-world application.
Rapid Prototyping with a Product Perspective
Feasibility often requires tangible proof. We support early validation through rapid, low-risk prototyping, using scalable technology building blocks and proven development approaches.
These prototypes are not end goals, but tools to:
- validate sensing principles and measurement performance
- test usability and real-world behaviour
- collect data to inform next development decisions
- identify risks before committing to full product development
Where appropriate, prototypes are designed with future certification, industrialisation and scalability in mind.
Integrated Path Toward Productisation
Concept and feasibility work at 2M Engineering is always placed within a broader perspective. Depending on project scope, funding and ambition, this may lead to:
- extended development programmes
- OEM product development trajectories
- certification and preparation for production
We actively seek long-term partnerships where early feasibility work evolves into sustained collaboration, allowing concepts to mature into real products.
Application Domains
At 2M, our research and development efforts reConcept and feasibility projects typically relate to the following domains:
- Medical Devices & Wearables
- e-Health & Professional Wearables
- Industrial & Environmental Sensor Systems
Across these domains, our approach remains consistent: start from application reality, assess feasibility rigorously, and keep product outcomes in sight.
Medical Devices & wearables
- Blood diagnostics and other bodily fluids
- Cancer detection
- Multi-sensor wearables including ECG patches
- Rehabilitation medicine including stroke rehabilitation
- Activity monitoring & 9DOF motion monitoring
- Sleep monitoring
- Baby monitoring using printed electronics
- Blood pressure
- …
E-health & Professional Wearables
- Activity/motion tracking
- Tracking and tracing of goods and people
- Professional sports (Soccer, Running, Swimming, Cycling…)
Industrial & Environmental Sensor Systems
- Sensors for oil & gas industry (wear, tear, pressure, temperature)
- Fluid sensors (speed, filling, …) for IoT water management
Regulatory Awareness from the Start
Even in early-stage projects, regulatory and certification considerations play a role. Our experience with medical (CE-IVD, Class I(m), IIa/IIb), industrial (ATEX) and standard CE pathways allows us to:
- identify regulatory constraints early
- avoid feasibility paths that are not certifiable
- align technical choices with future compliance requirements
This prevents late-stage dead ends and supports realistic innovation trajectories.
Technologies & Enablers
Our concept and feasibility work is supported by a broad range of enabling technologies, including:
- new sensing principles and measurement techniques
- photonic and optical sensing technologies
- printed, flexible and textile electronics
- microfluidics and MEMS-based sensors
- smart algorithms and signal processing
- wired and wireless connectivity
Ideas can originate from many directions — we remain open to new approaches that show potential for real-world impact.
A Partnership Approach
Successful concept and feasibility projects require alignment between stakeholders with different interests. 2M Engineering is experienced in working within such environments and focuses on:
- clear role definition
- complementary expertise
- transparent decision-making
- shared responsibility for outcomes
This collaborative approach helps create viable paths forward rather than isolated technical results.
Starting a Concept or Feasibility Project
If you are exploring an early-stage sensor concept, research outcome or application challenge — and want to assess its technical and product feasibility with a partner who keeps long-term outcomes in mind — we invite you to start a technical conversation.