Gustav Meedt

Built and led a large external research-collaboration portfolio — around 60 pan-European partnerships in 8 countries and ~28 leading universities, hospitals and research institutes.Research programme and project management with academic and industry stakeholders, from first contact to signed, well-governed collaboration. Grant and consortium development and competitive proposals — Horizon Europe, NWO and national co-funding; designing work packages, deliverables, grant and consortium agreements. Multi-partn

Owned strategy and external technology partnerships for the particle-therapy business line, at the interface of product, engineering and international accelerator partners. Defined the strategic roadmap and business case for treatment-planning (TPS) and oncology-information (OIS) systems in particle therapy. Built and managed technical partnerships with international accelerator manufacturers (incl. IBA, and Japanese partners such as Mitsubishi), aligning joint development priorities. Negotiated and reviewe

Led programme and project management for particle-therapy development, coordinating internal teams and external partners. Programme and project management for proton- and carbon-ion therapy projects, coordinating product management, physics and engineering. Managed development requirements and roadmap for treatment-planning (TPS) and oncology-information (OIS) systems. Conducted contract reviews for particle-therapy projects and partners. Domains: particle therapy, treatment planning, oncology informatics.

Developed and managed European treatment-planning research collaborations, bridging academic partners with internal product, research and physics teams. Built and managed research collaborations with academic partners across Europe. Coordinated stakeholders: research institutes, product management, research and physics. Authored and managed the clinical validation for proton pencil-beam scanning in a radiotherapy treatment-planning system. Member of the local management team and liaison to the US organisati

Application and physics support for treatment-planning systems (TPS). Product management for radiotherapy treatment-planning software, from clinical requirements to release. Ran clinical validation (physics and application) of proton pencil-beam scanning. Managed particle-therapy requirements for TPS. Domains: treatment-planning software, product management, clinical validation.

PhD in medical physics (radiotherapy). Extended an established optimisation approach for intensity-modulated radiotherapy (IMRT) to new problems — non-coplanar beam-direction optimisation and energy-modulated proton beams — to improve how radiation dose is shaped around tumours. Graded magna cum la

Diploma in physics / biophysics. My thesis investigated the dielectric properties of biological cells and related substances — how living cells behave in electric fields — combining experimental measurement with physical modelling. This work contributed to a peer-reviewed publication on modelling t