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laboratories. Experience in curriculum development and innovative teaching methods.
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propulsion systems. The candidate will conduct experimental research on hybrid/solid propulsion, payload deployment mechanisms, and micro-launcher development. Key qualifications: PhD in Aerospace; Physics
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qualifications: PhD in Telecommunications, Physics, Electrical or Aerospace Engineering Experience in RF front-end design, SDR, antennas, and optical links Understanding of satellite link budgets and LEO-specific
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development. Key qualifications: PhD in Aerospace, Physics or Mechanical Engineering Experience in propulsion system testing in vacuum environments Hands-on CubeSat or small satellite propulsion projects
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embedded software for CubeSats. They will teach embedded systems and spacecraft engineering and lead experimental research on robust satellite architectures and mission reliability. Key qualifications: PhD
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international conferences Pursue research funding through grant proposals Teaching activities Supervise graduate students working on master's or PhD theses in metallurgical engineering or related disciplines
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international conferences Pursue research funding through grant proposals Teaching activities Supervise graduate students working on master's or PhD theses in metallurgical engineering or related disciplines
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. Preferred Qualifications: Experience with advanced simulation tools and computational methods related to propulsion systems. Background in interdisciplinary research involving propulsion and energy systems
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Otolaryngologists (ENT Specialists) Other medical specialties may also be considered Candidate Criteria Doctor of Medicine MD or MD/PhD Experience in teaching, at least three years of experience in the medical field
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to take on leadership roles within a dedicated sport-related academic structure (department or school) and contribute to the academic community through committee service. Candidate Profile A PhD in Sport