Our Team

Engineering-driven. System-oriented. Focused on real-world performance.

The QSense team brings together engineers, system architects and application specialists with deep experience in wearable hardware, embedded systems, real-time data processing and applied biomechanics.

We work at the intersection of electronics engineering, firmware development, wireless communication and system integration – designing motion sensing platforms that operate reliably in demanding environments.

Our backgrounds span:

• hardware and electronics design
• embedded software and real-time systems
• wireless communication and synchronization
• signal processing and sensor fusion
• biomechanics and human movement analysis
• product development and industrialisation

This combination allows us to design not just components, but complete systems – from sensor and firmware through to data pipelines and application integration.

Built by engineers, not marketers

QSense is developed within an engineering culture. Our focus is on technical quality, system robustness and operational reliability.

We design for:

• deterministic behaviour
• repeatable performance
• scalability into production
• and usability in real-world conditions

We value clear architectures, clean interfaces and practical solutions that work outside controlled lab environments.

Collaborative by design

We work closely with research teams, OEM partners and performance-driven organisations. Collaboration is a core part of how we operate – from early concept discussions and pilot studies through to product development and scale-up.

Our team is used to working in multidisciplinary environments where hardware, software, data and application context come together.

A stable foundation

QSense is developed by 2M Engineering, providing access to a broader team of experienced engineers and industrial designers. This ensures continuity, depth and long-term support for partners building on the QSense platform.

Working at QSense

If you are interested in working on high-performance motion sensing systems and real-world engineering challenges, explore our Careers page.