Master Thesis Motion Compensation in CBCT-imaging (Medical Imaging)

Location: hirify.global AB, Stockholm, Sweden. Full-time thesis project starting in spring 2027; exact date to be agreed upon.

Company

hirify.global develops precision radiation medicine and radiotherapy solutions used by healthcare providers worldwide.

What you will do

• Conduct a comprehensive literature review of motion compensation techniques in cone-beam CT imaging.
• Develop or adapt a motion compensation algorithm for integration into the CBCT reconstruction pipeline.
• Prototype, implement, and test the algorithm for radiation therapy imaging.
• Evaluate image quality, computational efficiency, and robustness.
• Compare the proposed approach with existing motion compensation methods and assess advantages and limitations.
• Document the methodology, results, and conclusions and provide the developed source code.

Requirements

• Current student eligible to complete a master's thesis.
• Strong background in physics, medical imaging, and machine learning.
• Ability to work with both theoretical and practical aspects of research.
• Ability to work independently and collaboratively in a research environment.
• Motivation and attention to detail.

Culture & Benefits

• Research project conducted in collaboration with hirify.global's radiation therapy and CBCT imaging work.
• Supervision by Niklas Gunnarsson.
• Work based at hirify.global AB in Stockholm, Sweden.