Qml Expert

**Your mission**:

- Take a leading role in the development of advanced HMIs for our medical devices, leveraging your expertise in QML and the Qt framework
- Drive architectural decisions for HMI development, ensuring scalability, maintainability, and adherence to industry standards
- Mentor team members, share knowledge, and lead by example to raise the skill level of the team in QML and Qt development
- Actively participate in code reviews, technical documentation, and testing to ensure high-quality deliverables
- Stay updated with the latest trends, technologies, and regulatory changes in the industry, proactively identifying opportunities for improvement and innovation

**Your profile**:

- Proven experience as an expert in QML development with a focus on HMI design and implementation, ideally for medical devices or other regulated industries
- Strong background in the Qt framework, including Qt Quick and associated libraries
- Expertise in translating design prototypes (e.g., from Figma or similar tools) into functional, high-quality interfaces
- Solid experience with C++ and object-oriented programming
- Familiarity with version control systems, such as Git
- Professional English skills

**You are**:

- A highly analytical and independent personality who develops effective as well as practical solutions and strategies.
- Team-oriented person and possess strong communication skills that enable you to work with cross-functional teams
- Open, flexible, and highly motivated to work in a dynamic environment

**Why us?**:
We offer a challenging role in a multinational, innovative, fast growing and dynamic environment. In our company you can create, shape and take on responsibility. Our unique company culture is shaped by our passion and values.

**Administrative**:
**Place of work**: Bern
**Preferred start date**: by agreement
**Workload**: 100%

**About us**:
CASCINATION is a Swiss medical device company with a mission to bring certainty to medical treatment outcomes. Our robotic and image-guided solutions enable clinicians to perform reproducible and efficient interventions, that deliver quality outcomes from mínimally invasive therapies across a range of
disciplines from cancer treatment to the treatment of hearing disorders.