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MOCVD Epitaxy Scientist

Sensor Electronic Technology
Full-time
On-site
Columbia, South Carolina, United States
Summary
This role will focus on MOCVD research activities to support the development of III-nitride based semiconductor optoelectronic devices. Proactively undertaking research activities to support the achievement of ambitious research targets. The successful candidate will be expected to be self- motivated, strong team-player, and current with the literature in the field of III-nitrides semiconductors.

Key Responsibilities & Tasks

  • Development of MOCVD growth processes to progress knowledge and understanding of UV LEDs
  • R&D of III-nitride based semiconductor epitaxial layers and structures in accordance with research goals and activities.
  • Lead R&D projects to develop next generation of UVLEDs.
  • Optimization and characterization of III-nitride LED structures.
  • Undertake data and results analysis to support research activities as well as proactively record and document results in accordance with company processes & procedures.
  • Contribute to the production yield issues and help troubleshoot material and device issues.
  • Co-ordinate and collaborate with internal and external research teams.
  • Prepare project updates for internal and external meetings as

Education & Qualifications

  • PhD in a relevant engineering field or MS with relevant research experience
  • Must be a US Citizen or Permanent Resident

Experience

  • Knowledge and experience of MOCVD and other deposition processes on systems.
  • Experience of undertaking research activities in a complex field and working to targets and objectives.
  • Experience of materials characterization techniques
  • Hands-on cleanroom experience with equipment including, electron-beam deposition, thermal evaporation deposition, lithography, reactive wet and dry etching.

Skills & Knowledge

  • Understanding of semiconductor materials, technologies, devices and applications.
  • Exposure to solid state device design.
  • Strong applied, hands-on experimental capabilities.
  • Ability to work in cross disciplinary teams.
  • Tenacious, hands-on approach to tasks & problem solving.
  • Diligent and methodical approach to work.
  • Desire to complete tasks and get results in an efficient and timely manner.
  • Ability to manage own time effectively: prioritize tasks and workload across activities.

Communication

  • Ability to communicate at all levels with both internal and external contacts.
  • Ability to present information clearly and appropriately for the audience.