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Full-Time

Process Technician

Posted on 10/1/2024

OTI Lumionics

OTI Lumionics

51-200 employees

Develops advanced materials for OLED displays

AI & Machine Learning
Consumer Goods

Entry, Junior

Mississauga, ON, Canada

Onsite position in Mississauga, Ontario.

Category
Manufacturing Engineering
Mechanical Engineering
Required Skills
Communications
Data Analysis
Requirements
  • Post-Secondary Degree in Science/Engineering or equivalent combination of education and experience
  • Excellent hands-on skills
  • Understanding of processing engineering (i.e., design-of-experiment, root-cause analysis, process optimization)
  • Excellent organizational, time management, analytical and follow-up skills
  • Strong communication skills and be able to work effectively in a team environment
Responsibilities
  • Follow SOP (Standard Operating Procedure) to operate R&D and/or production equipment.
  • Follow SOP to perform sample testing, which may include but not limited to transmittance and reflectance measurements of thin film samples, OLED device performance measurements such as IVL (current-voltage-luminance) characteristics, OLED degradation measurement, etc.
  • Assist facility engineers in repairing, modifying and setting up new equipment.
  • Assist process engineers with maintenance tasks for R&D and/or production equipment and the laboratory.
  • Assist process engineers with data processing and report preparation.
  • Provide feedback to software engineers on potential improvement to programs and software for R&D and/or production equipment developed by OTI Lumionics.
  • Perform all tasks in accordance with established Safe Work Practices and Standard, Operating Procedures.
  • Must have the ability to work all shifts (e.g. morning and evening shifts, weekend shifts, and holiday shifts).

OTI Lumionics develops advanced materials specifically for OLED displays used in consumer electronics and automotive applications. Their materials are created through a combination of quantum simulations, machine learning, and real-world testing. The company stands out from competitors with its unique Materials Discovery Platform, which allows for rapid development and testing of new materials tailored to customer specifications. Additionally, they have an in-house pilot production facility that supports the transition from material development to mass production. OTI Lumionics not only focuses on materials development but also offers services like computational materials design, materials synthesis, and application engineering. Their goal is to provide high-quality materials that meet the demands of the growing electronics market.

Company Stage

Series B

Total Funding

$55M

Headquarters

Toronto, Canada

Founded

2011

Growth & Insights
Headcount

6 month growth

-1%

1 year growth

-1%

2 year growth

17%
Simplify Jobs

Simplify's Take

What believers are saying

  • The $55 million Series B funding and successful customer mass production qualification highlight strong financial backing and market validation.
  • Collaborations with industry giants like Samsung and LG Technology Ventures indicate significant growth potential and industry trust.
  • Their innovative technology, such as under-panel cameras, positions them at the forefront of next-generation consumer electronics.

What critics are saying

  • The advanced materials sector is highly competitive, requiring continuous innovation to maintain a leading edge.
  • Dependence on partnerships for scale-up and mass production could pose risks if any partner faces operational challenges.

What makes OTI Lumionics unique

  • OTI Lumionics leverages a unique Materials Discovery Platform that combines quantum simulations, machine learning, and real-world testing, setting it apart from traditional materials development companies.
  • Their in-house pilot production facility ensures that materials meet exacting customer specifications, providing a seamless transition from development to mass production.
  • Partnerships with Tier 1 chemical and materials partners for scale-up and mass production enhance their ability to deliver high-quality materials efficiently.