Kautex is a global company with over 30 plants in 13 countries. As a leading Tier One automotive supplier, we are a pioneer in the design and manufacturing of plastic fuel systems and beyond. From battery enclosures for use in hybrid and full battery electric vehicle applications to autonomous cleaning systems, we are advancing solutions for the era of new mobility. Our portfolio also covers high-quality industrial packaging and cast camshafts. Embracing the transformative venture, Kautex is part of a network of global businesses, offering some of the most advanced technologies and services the world has ever seen.
We foster career growth, drive groundbreaking talent programs, and champion equal opportunities and sustainability in our business practices and products. By working together as one team and supporting one another, amazing things happen. We push the boundaries of what's possible, soar to new heights and reach for the extraordinary, being recognized by prestigious awards such as Fair Company, Great place to work (Silao), MINT minded company, or Ecovadis Platinum. We can`t wait getting to know you and share more about our values and local benefits.
About Us: Kautex Textron is a leading innovator in the automotive industry, specializing in advanced solutions for our global clients. We are committed to advancing technology and sustainability through cutting-edge research and development. Join our dynamic team and contribute to groundbreaking projects that shape the future of automotive engineering.
Project Description: We are seeking a motivated and detail-oriented student to undertake a Bachelor's or Master's thesis project in Engineering. The successful candidate will play a crucial role in comparing surface pretreatment methods for adhesive bonding processes on thermoplastic composites. This project offers a unique opportunity to gain hands-on experience in both literature research and practical testing.
Key Responsibilities:
* Conduct literature research on various surface pretreatment methods for adhesive bonding processes on thermoplastic composites
* Compare different methods in terms of adhesion promotion, manufacturing process integration, cost efficiency, and sustainability
* Perform practical testing using qualitative and quantitative methods
* Conduct statistical evaluation of test results
* Collaborate with the engineering team to integrate findings into manufacturing processes
* Prepare detailed reports and presentations on research findings
Qualifications:
* Currently enrolled in a Bachelor's or Master's program in Engineering, Materials Science, or a related field
* Strong analytical and problem-solving skills
* Familiarity with adhesive bonding processes and thermoplastic composites is a plus
* Experience with statistical analysis and testing methods
* Excellent written and verbal communication skills
* Ability to work independently and as part of a team
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