Seium University

Diploma in Joining Technologies and Adhesives for Mobility

About us Diploma in Joining Technologies and Adhesives for Mobility

The Diploma in Joining and Adhesive Technologies for Mobility explores advanced techniques in material joining, especially in the mobility sector. It focuses on the study of structural adhesives, welding, and other joining methods, including the analysis of material compatibility and joint durability. It addresses the application of these technologies in vehicle manufacturing, from automobiles to aircraft, with an emphasis on design optimization and weight reduction.

The program offers practical knowledge in joint testing, failure analysis, and finite element simulation (FEM) to evaluate the strength and performance of joints. It includes the study of industry regulations and standards, such as those related to safety and quality in vehicle manufacturing. Participants acquire skills in material selection, joint design, and project management, preparing them for roles such as design engineers, materials specialists, and manufacturing technicians.

Target keywords (naturally occurring in the text): material joining, structural adhesives, welding, joint design, FEM analysis, vehicle manufacturing, mobility engineering, joint diploma.

Diploma in Joining Technologies and Adhesives for Mobility
  • Format:
  • Duration:
  • Hours: 900 H
  • Language:
  • Credits:
  • Registration date: 24-08-2026
  • Strat date: 04-10-2026
  • Available places: 3

1,695 $

Competencies and results

What you will learn

Who this program is for:

Diploma in Joining Technologies and Adhesives for Mobility

9.9 Principles of Adhesion: Theory and Applications in Mobility
9.9 Adhesive Selection: Design Criteria and Key Factors
9.3 Adhesive Properties: Mechanical, Physical, and Chemical
9.4 Material Compatibility and Surface Preparation
9.5 Design of Adhesive Joints: Geometry and Configuration
9.6 Adhesive Application and Curing Processes
9.7 Quality Control and Testing of Adhesive Joints
9.8 Adhesives for Electric Vehicles: Challenges and Solutions
9.9 Adhesives in the Automotive Industry: Applications and Trends
9.90 Failure Analysis and Maintenance of Adhesive Joints

Capstone-type projects

  • Assembly Simulation: Design and FEM analysis of adhesive and welded joints in critical electric vehicle components.
  • Joint Design: Selection of adhesives and joining techniques to optimize strength and durability in vehicle bodies and chassis.
  • Prototyping and Validation: Tensile, shear, and fatigue testing of assembled prototypes.
  • Process Optimization: Implementation of joining robots and analysis of their impact on efficiency.

Joint Design: Selection of adhesives and joining techniques to optimize strength and durability in vehicle bodies and chassis.

Prototyping and Validation: Tensile, shear, and fatigue testing of assembled prototypes.

Process Optimization: Implementation of joining robots and analysis of their impact on efficiency.

Admissions, fees and scholarships

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Seium - University of Advanced Engineering
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