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Mission. Help optimize the balance between scientific return, technology readiness, and mission feasibility while coordinating with the project manager to align schedule and cost. Lead system-level trade
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and strong interpersonal skills; poised, diplomatic communication with culturally diverse counterparts Proven ability to manage multiple complex tasks simultaneously with accuracy and discretion
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the building and maintaining of a fit-for-purpose QMS aligned with MDR and FDA Class III device expectations Coordinate and track toxicology, verification & validation, and regulatory documentation Work closely
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to ensure alignment with institutional standards. The working language is English. This is a part-time position (40–60%) and is initially limited to one year, with the possibility of extension. The starting
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interests, specifically addressing how their background aligns with the two research themes. A detailed CV, including a list of publications (if any). Academic transcripts from Bachelor's and Master's degrees
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junior team members; for experienced data scientists, focus on applied analytics within ongoing group initiatives. This position offers flexibility to align with your expertise, bridging computational
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timelines, risks, and align milestones across academia and industry. Supervision & mentoring: Co-supervise MSc and PhD students; run code/design reviews; foster a collaborative, high-standards research
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your own research profile according to your interests, while remaining within the project’s goals. Each research direction is composed of a sequence of Tasks that will collectively achieve the project’s
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regional geology, sourced from multiple academic institutions. Through such coordinated collaboration, SA3D aims to deliver an accurate and reliable underground geological models. To complete the SA3D
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the fundamental physics of coherence in coupled frequency comb lasers. A major open challenge is how to combine multiple comb sources into a single coherent system, overcoming fabrication-induced detuning