Semiconductor Process Engineer – ALD

Posted 14hrs ago

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Job Description

ALD semiconductor process consultant supporting 24-MAG’s advanced AI research initiative. Developing expert technical data, evaluating scientific reasoning, and analysing deposition and materials processes.

Responsibilities:

  • Apply hands-on expertise in Atomic Layer Deposition process development, optimisation, and troubleshooting
  • Analyse deposition parameters, process windows, film properties, and surface-reaction behaviour
  • Work with thin-film processes relevant to semiconductor and advanced-packaging applications
  • Evaluate technical trade-offs involving deposition conditions, materials selection, and process performance
  • Apply precursor chemistry and surface reaction knowledge
  • Interpret materials characterisation data using XRD, SEM, TEM, XPS, and ellipsometry
  • Assess film composition, morphology, thickness, uniformity, interfaces, and related material properties
  • Design and solve expert-level ALD and semiconductor-processing problems
  • Review AI-generated scientific reasoning for technical accuracy and completeness
  • Identify errors in deposition physics, chemistry, process design, and materials analysis
  • Rate and rank model outputs using defined scientific criteria
  • Structure process parameters, deposition recipes, characterisation results, and scientific knowledge into organised technical data
  • Develop reference material for model training and evaluation
  • Translate specialised semiconductor-process expertise into precise written explanations
  • Deliver reliable work according to defined project timelines and quality standards

Requirements:

  • Experienced semiconductor and materials professional with hands-on expertise in Atomic Layer Deposition (ALD), thin-film processing, precursor chemistry, and materials characterisation
  • Hands-on experience developing, optimising, or troubleshooting ALD processes
  • Deep knowledge of thin-film deposition for semiconductor or advanced-packaging applications
  • Strong understanding of precursor chemistry and surface reaction mechanisms
  • Experience interpreting thin-film and materials characterisation results
  • Familiarity with XRD, SEM, TEM, XPS, ellipsometry, or comparable characterisation techniques
  • Practical understanding of semiconductor processing and materials integration
  • Strong scientific reasoning and problem-solving skills
  • Clear written English and ability to explain complex technical decisions precisely
  • Availability for at least 10 hours per week
  • Current residence in the United States
  • MS or PhD in materials science, chemistry, chemical engineering, physics, or closely related discipline is highly relevant; equivalent advanced hands-on professional experience may also be considered
  • Research or industry experience involving deposition processes and semiconductor materials is particularly valuable

Benefits:

  • Fully remote within the United States
  • Flexible weekly hours
  • Long-term, ongoing engagement
  • Weekly payments via Stripe or Wise
  • Potential workload of up to approximately 40 hours per week depending on availability and project needs