DRÄXLMAIER Tunisia PFE Book UATS-Sousse

Project Number

Project Name

Description

Tasks

Profile

Required Skills

Number of Interns

Duration

01

Development of a Leather Quality Inspection Machine

This project focuses on developing an automated leather inspection machine before production. The system detects surface defects to improve quality control and reduce manufacturing defects.

  Analyze and optimize processes.

  Define system requirements.

  Develop automation solutions.

  Design key mechanisms.

  Create 3D models and drawings.

Mechanical Engineering student; Production Engineering

Analytical skills, project management, and CAD tools (AutoCAD, SolidWorks).

2

4-6 Months

02

Smart Monitoring and Anomaly Detection System for Industrial Equipment

This project aims to develop a smart monitoring system that collects and analyzes equipment data in real time to detect anomalies and predict potential failures using Artificial Intelligence.

  Analyze processes and identify automation needs.

  Define system requirements.

  Develop automation concepts and programs.

  Create technical drawings and documentation.

Final-Year Engineering Student, Production Engineering

Analytical Thinking

Project Management

Microsoft Excel (Advanced)

PowerPoint

Power BI

Power Query

Power Automate , TIA Portal 20

2

4-6 Months

03

Network Segmentation and Access Control Enhancement

This project focuses on implementing a Zero Trust security architecture with MFA and identity-based access control. It also aims to secure internal resources through network segmentation and restricted access management.

  Analyze the existing network architecture.

  Design network segmentation and micro-segmentation.

  Configure VLANs and access control rules.

  Test and validate network security.

  Document the implemented solution.

Final-year student in Network Engineering or Cybersecurity

Network security, VLANs, access control, MFA, and problem-solving.

2

4-6 Months

04

Automated Cutting System for Ambient Lighting Harnesses

This project aims to develop an automated workstation for preparing ambient lighting harnesses used in automotive wiring systems. The solution automates cable feeding, clamping, and cutting operations to improve productivity, quality, and process reliability.

  Analyze processes and define system requirements.

  Design and develop automated cutting solutions.

  Create control programs, 3D models, and technical drawings.

  Build, test, and optimize the prototype.

  Prepare technical documentation and reports.

Mechanical, Mechatronics, Industrial Automation, Electromechanical, or Industrial Engineering student.

Mechanical design, CAD (SolidWorks/AutoCAD), industrial automation, PLC basics, problem-solving, and technical drawing.

2

4-6 Months

05

Development of an Automated Vision Inspection System for Color and Variant Identification

This project aims to develop an automated vision inspection system using a smart camera to identify product colors and variants. The solution improves quality control and reduces inspection errors.

  Analyze inspection requirements and define criteria.

  Design and configure the vision system.

  Integrate smart cameras with PLCs.

  Test, validate, and optimize performance.

  Prepare technical documentation and reports.

Vision & Automation Engineering; Mechatronics Engineering studentS

TIA Portal V21 and industrial vision systems; CAD (SolidWorks/AutoCAD), industrial automation, and technical problem-solving.

4

4-6 Months