About the role#
This summer internship offers hands-on experience in developing next-generation optical technologies. You will join our team in Allentown to build automated test solutions and use AI tools to improve engineering productivity. This is a full-time, paid position lasting three months from June to August 2027.
What you'll do#
- Participate in the development of coherent optical subsystems test sets.
- Learn Creol and assist in the design of new hardware solutions.
- Define and configure the necessary test hardware.
- Develop and support infrastructure for automated manufacturing tests.
- Use AI tools to increase team productivity.
What you'll need#
- Current enrollment in a Bachelor degree program for Mechanical Engineering or a related field.
- Experience working in a team to build complex mechanical systems.
- A basic understanding of mechanics and materials.
- A foundation in AI tools, including an understanding of their limitations.
- Ability to work independently and a willingness to ask questions.
- Strong analytical, problem-solving, and communication skills.
- Experience with Azure DevOps.
Location & details#
- Location: On-site in Allentown, Pennsylvania.
- Term: Summer 2027 (June through August).
- Employment: Full-time, paid internship.
About Nokia
Nokia provides technology for fixed, mobile, and transport networks. The company focuses on telecommunications, software, and services. It maintains headquarters in Espoo, Southern Finland. The organization operates as a public company with over 100,000 employees.
How to get in at Nokia
Applying to Nokia early gives you a significant advantage because recruiters review applications as they arrive. Intern Insider sends an instant alert the moment a role matching your target is published, so you can apply among the first before the pile grows. Reaching out to the right people often beats waiting in a queue. Intern Insider surfaces the recruiters behind Nokia roles so you can contact them directly to ask about the position or a referral, which often improves response rates.
