Senior MOCVD Engineer — Epitaxial Growth for Lasers
Hisense Photonics
SOUTH PLAINFIELD (NJ)
On-site
USD 90,000 - 120,000
Full time
14 days+
Application generator
Don’t send a generic resume — generate a resume and cover letter tailored to this exact role.
Get past ATS filters
Job summary
A leading technology firm located in South Plainfield, New Jersey, is seeking an experienced individual to lead and manage epitaxial growth activities for laser and detector materials. The role focuses on ensuring efficient MOCVD reactor operation and optimizing material performance while upholding ISO 9000 quality standards. Candidates must have over 5 years of experience in MOCVD growth and possess a master's degree in a relevant field. This position fosters collaboration and improvement in material quality and operational efficiency.
Qualifications
5+ years of experience in MOCVD crystal growth of III-V semiconductor lasers and related devices.
Strong expertise in epitaxial growth processes and materials characterization techniques.
Excellent communication and interpersonal skills.
Responsibilities
Coordinate all epitaxial material growth and characterization activities supporting laser manufacturing and R&D.
Drive continuous improvement in laser component performance and material quality.
Ensure a safe, efficient, and cost-effective work environment.
Skills
MOCVD crystal growth
Epitaxial growth processes
Materials characterization techniques
Communication skills
Teamwork
Education
Master's degree or higher in Chemistry, Materials Science, or related field
Job description
A leading technology firm located in South Plainfield, New Jersey, is seeking an experienced individual to lead and manage epitaxial growth activities for laser and detector materials. The role focuses on ensuring efficient MOCVD reactor operation and optimizing material performance while upholding ISO 9000 quality standards. Candidates must have over 5 years of experience in MOCVD growth and possess a master's degree in a relevant field. This position fosters collaboration and improvement in material quality and operational efficiency.