SUMMARY OF POSITION : ProNova Solutions is a medical technology company dedicated to advancing the accessibility and performance of proton therapy. We are focused on delivering life-changing technology with the patient at the heart of every design. In addition to building world-class clinical systems, ProNova operates a leading radiation effects testing facility that supports research institutions and aerospace companies with high-energy particle testing. ProNova Solutions is seeking a driven and innovative Physicist to lead technical and research initiatives that advance the next generation of proton therapy systems. This high-impact role focuses on beam transport, accelerator system design, and novel therapeutic delivery strategies such as arc therapy and FLASH. The role involves mentoring and supporting junior team members, with potential for broader technical leadership as the R&D team expands. While some early support for radiation effects testing is expected as part of onboarding and system familiarization, the core of this role is leadership in system R&D, strategic planning, and technical innovation. The successful candidate will bring strong technical expertise, creative problem-solving skills, and the ability to work cross-functionally to guide key decisions in system architecture and optimization. JOB RESPONSIBILITIES: Lead design, analysis, and optimization of beam transport systems for existing and next-generation proton therapy platforms. Drive research and development initiatives exploring novel beam delivery approaches (e.g., arc therapy, FLASH, and non-traditional beamline configurations). Develop expertise in beam dynamics and magnet modeling; evaluate and implement advanced simulation tools (e.g., Opera) to support R&D. Serve as the internal lead for beamline and transport system decisions, collaborating with engineering, clinical, and operations teams. Play a key role in the design, development, and commissioning of a superconducting isochronous cyclotron. Support radiation effects testing shifts during initial onboarding and training phases to gain hands-on familiarity with system operation. Develop R&D programs to advance characterization techniques and measurement capabilities for radiation effects testing users Mentor and support junior technical staff, with a focus on skill development and professional growth. Contribute to the strategic direction of R&D projects. Develop, maintain, and expand collaborations with industrial, academic, and research institutions, including opportunities for adjunct faculty appointments and joint research initiatives. Publish research findings in peer-reviewed journals and present at relevant technical conferences. Identify and pursue grant and funding opportunities to support research and system development. Report to the Vice President of Physics and contribute to long-term planning and capability development. Qualifications: Ph.D. in Accelerator Physics, Applied Physics, Nuclear Engineering, or a related field. Strong experience with particle accelerators, high-energy beamlines, or advanced radiation experiments. Demonstrated ability to lead research or technical projects and collaborate across disciplines. Excellent written and verbal communication skills; strong publication record and professional engagement. Passion for innovation in medical or accelerator technology. Preferred Qualifications: Interest or experience in beam transport system design and modeling. Familiarity with magnet design tools and simulation packages (e.g., Opera, COMSOL). Experience in clinical or research environments involving proton therapy or particle accelerators. Exposure to superconducting magnet systems or cryogenic infrastructure is a plus.