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FAQs
What is the location of the Process Automation Engineer Co-op/Intern position?
The position is located in Ottawa, Canada.
Is this position full-time or part-time?
This position is full-time.
When was this job posted?
The job was posted today.
What are the key responsibilities of this role?
The key responsibilities include contributing to proprietary robotics software, developing optimization algorithms for positioning optical components, improving software deployment systems, solving complex problems in multi-disciplinary teams, testing solutions on real hardware, and collaborating with various R&D teams.
What skills are required for this position?
Required skills include excellent problem-solving, communication, and time management skills, object-oriented design experience, software development experience in C++, C#, VB, VBA, or Python, and experience with source control tools like git, SVN, or mercurial.
What opportunities will I have as an intern?
As an intern, you will have exposure to precision automation software, Lumentum’s manufacturing processes, CI/CD pipelines, and mentorship from senior engineers and management.
What makes Lumentum's student program unique?
Lumentum's student program is unique because it offers opportunities to work on real projects with meaningful impact, supports diverse perspectives and inclusivity, and provides flexible working schedules, continuous learning, mentorship programs, and employee resource groups.
Does Lumentum offer scholarships for interns?
Yes, Lumentum awards scholarships of $5,000.00 to five Canada-based interns from underrepresented groups, provided they complete an internship/co-op with the company.
Are there any perks or benefits while working at Lumentum?
Yes, Lumentum offers perks such as a small gym with showers, a cafeteria with subsidized meals and free coffee & tea, a prayer room, a games room, and ample free parking or convenient public transit options.
What types of projects will I work on during my internship?
You will work on projects related to robotics software, optimization algorithms for optical components, and improvements to software deployment systems, alongside real hardware testing and collaboration with R&D teams.