Industrialization Test Intern

In Schneider Electric, everything we do is geared towards advancing progress and sustainability for all-our colleagues, customers, partners, and the communities and societies we serve.

Whether it's through our products, software, and services that propel the digital transformation of energy management and automation, or through our corporate citizenship and volunteer activities, we make a meaningful impact by empowering people and organizations to become more resilient, electric, and digital.

Which is where you come in.

Working at Schneider Electric means working toward a cleaner, better world.

You're part of a global team built on inclusion, mastery, purpose, action, curiosity, and teamwork, turning sustainability ambitions into actions.

Job Description:

The Test & Industrialization Engineering Intern will support the Industrialization PCBA and Product Test team in developing, improving, and validating manufacturing and test processes for Printed Circuit Board Assemblies (PCBAs) and electronic products.

The intern will work closely with engineers across manufacturing, quality, design, and operations to gain hands-on experience in product industrialization, test engineering, process optimization, and continuous improvement activities.

This internship provides an opportunity to learn about electronics manufacturing, production testing, process validation, and new product introduction (NPI) within a high-technology environment.

What will you do:


* Support production process development by collecting operational data and assisting with implementation activities


* Track performance metrics to help identify opportunities for efficiency, quality, and cost improvements


* Collaborate with team members across production and supply chain functions on active projects


* Learn how industrial operations and supply chain work together to optimize business outcomes

What qualifications will make you successful:

Required:


* Active diploma/bachelor's degree student (max.

7th semester) majoring in one of the following:
+ Electrical Engineering
+ Electronics Engineering
+ Computer Engineering
+ Mechatronics Engineering
+ Manufacturing Engineering
+ Related Engineering disciplines


* Basic understanding of electronics and circuit fundamentals.


* Proficiency in Microsoft Excel, PowerPoint, and Word.


* Strong analytical and problem-solving skills.


* Good communication and teamwork abilities.


* Eagerness to learn and apply engineering concepts in a manufacturing environment.

Preferred:


* Basic knowledge of PCBAs and electronic components.


* Familiarity with test equipment such as multimeters, oscilloscopes, or logic analyzers.


* Exposure to programming or scripting languages such as Python, C/C++, or VBA.


* Understanding of manufacturing, quality, or test engineering concepts.

What's in it for me:


* Global Family Leave


* ...