Description:
Cyber Surgery is looking to strengthen the Applied Research team, which is dedicated to researching new technologies and developing new features for image-guided robotic surgeries. The tasks and responsibilities will focus on the research and development of new functionalities for ALAYA, as well as exploring new lines of work and potential future applications in the field of autonomous robotics and mechatronics. Experience in electronics and mechatronics will be highly valued.
The candidate will be part of a multidisciplinary team working in the field of medical robotics and will participate in innovation projects in collaboration with external centers. He/She will report to the Head of Applied Research and collaborate with other team members in defining, designing, and implementing different solutions, as well as in executing projects with external centers. Occasionally, the candidate will also participate in drafting and justifying proposals, as well as writing scientific articles.
As part of the team, the candidate will participate in an Agile development environment, following Scrum and Safe events, which are methodologies implemented in the company. The candidate will take part in refinement sessions and user story descriptions, as well as their planning. Within the team, efforts will be made to foster the development of T-shaped profiles, promoting knowledge sharing among team members.
Cyber Surgery is an innovative company, and as such, must stay alert to new trends in the market and the medical sector. Therefore, above all, the candidate must be flexible, have a strong desire and ability to learn, be passionate about new technologies, and embrace the challenges inherent to research.
Objectives
• Participation in the conceptual design, simulation, and development of mechatronic prototypes for the surgical assistant.
• Development of designed prototypes in simulation environments. Iterative design and optimization based on simulation.
• Design, manufacturing, and rapid prototyping of mechatronic tools.
• Participation in the definition, execution, and analysis of experiments.
• Writing protocols and technical/scientific reports.
• Active monitoring of R&D projects carried out with external collaborators.
Requirements:
MSc. Or PhD In Robotics, Mechanics, Electronics, Mechatronics, Biomedical or similar disciplines
- Knowledge of CAD: Parametric modelling, assemblies, and blueprints.
- Familiarity with 3D printing techniques (FDM) and other rapid prototyping techniques.
- Mathematical modelling: Design, implementation, and testing of relevant mathematical models based on real-world problems.
- Applied statistics: General knowledge of statistical techniques and their application.
- Programming: Algorithm implementation in languages such as Python and/or C++.
- Knowledge of robotics: Kinematic chains, dynamics, and control of manipulators.
- Knowledge of electronics/sensor systems.
- Strong capacity for learning & teamwork.
- High autonomy.
Desirable Requirements:
- Knowledge in the field of software development, object-oriented programming, design patterns, and good development practices (Test-Driven Development, Continuous Integration, Git) will be highly valued
- Experience with applications such as CoppeliaSim, 3D Slicer, OnShape, and Solidedge, will be a plus.
Location
Parque Tecnológico Miramón. Paseo Mikeletegi 71, 336. Donostia.
Why Cyber Surgery?
Cyber Surgery is a spinoff of Egile Corporation. We are a group of enthusiastic hard workers that share the same objective of optimizing the robotic surgery.
We offer your:
• Joining a young, dynamic and innovative company in the field of medical devices in Donostia – San Sebastian.
• Being a part of cutting-edge research and development team making better quality surgeries for patients.
• Personal and professional growth through seminars and trainings in different fields.
• Multidisciplinary work team
• Positive work enviroment! Great conditions and benefits which include flexibility for a balanced work-life: health insurance, retirement plan benefits, flexible scheduling, teleworking…