← Back to Jobs

Mandatory Internship High-Speed PCB Test Structures for Resin Skew Characterization

Bosch · Schwieberdingen, Germany · Onsite
Corporation
0 Applicants · 0 Views · Posted 2 days ago · Updated 21 hours ago
Share:
Apply with a reviewed legal workflow Pro returns you here with Application OS, unlimited human CV review, Career Kit context, and private member network paths around this role.
Continue with Pro

Position Overview

Position: Entry
Type: Job
Practice Area: Intellectual Property
Remote: No
Posted:
Last checked:
Deadline: Aug 18, 2026

Job Description

Modern automotive systems operate at data rates exceeding 16 Gb/s, where small variations in printed circuit board (PCB) materials have a significant impact on signal integrity. One important effect is resin skew, caused by the inhomogeneous distribution of glass fibres and resin within PCB laminates. Differential signals propagating over glass bundles versus resin pockets experience different propagation velocities, leading to timing skew and potential eye-diagram degradation. This internship investigates the measurement-based characterization of resin skew using dedicated, high-speed PCB test structures. The goal is to design, simulate and analyze differential test structures that enable the quantification of skew induced by glass weave and resin distribution. The work contributes to the development of standardized measurement structures for the reliable high-speed interconnect design and material selection.

  • During your internship, you will review literature on glass weave effects and resin-induced skew in high-speed PCBs.
  • You will perform Vector Network Analyzer (VNA) measurements of test coupons to obtain broadband S-parameters.
  • In addition, you will analyze measured and simulated S-parameters to extract propagation delay and differential skew.
  • Furthermore, you will investigate the influence of glass style, trace orientation and routing geometry.
  • Last but not least, you will document your findings and propose improved characterization structures.
  • Education: studies in the field of in Electrical Engineering, Physics or comparable
  • Experience and Knowledge: of Python, MATLAB or similar analysis tools is beneficial
  • Personality and Working Practice: you are a person with a structured and independent working style
  • Work Routine: your on-site presence is required
  • Enthusiasm: interest in high-frequency electronics, signal integrity or electromagnetic simulation
  • Languages: good in German and English

Start: according to prior agreement
Duration: 3 - 6 months (confirmation of mandatory internship required)

We offer you

  • 35 hours/week with flextime
  • a permanent contact person who will accompany you during your internship
  • a modern working environment, as well as mobile working by arrangement
  • the opportunity to become part of our student network students@bosch Stuttgart
  • discounts in our company restaurants

Requirement for this internship is the enrollment at university. Please attach your CV, transcript of records, enrollment certificate, examination regulations and if indicated a valid work and residence permit.

Diversity and inclusion are not just trends for us but are firmly anchored in our corporate culture. Therefore, we welcome all applications, regardless of gender, age, disability, religion, ethnic origin or sexual identity.

Need further information about the job?
Torben Wendt (Functional Department)
+49 173 254 6327

Work #LikeABosch starts here: Apply now!

#LI-DNI

Practice Area

Position

Entry

Application Deadline

August 18, 2026

Employment Type

Full time

Pro application workflow

Apply to this role with Pro

Create your Pro account, return here automatically, and keep this role connected to Application OS, unlimited human CV review, Career Kit context, and private member network paths.

Pro workflow Returns to this job Unlimited CV review
Checkout sends you back to this job automatically.
Application OS keeps this role, Career Kit context, and tracker together.
Unlimited human CV review and private member network paths are included.
Report this job
Thank you. Our team will review this report.

Tell us if this listing is inaccurate, closed, fake, duplicated, or unsafe. You do not need an account to report it.