Explore steel classification and advanced applications in car design and manufacturing in this automotive materials course.

Discover the fundamentals of steel sheet piles, their history, properties, and main applications. This module explains their structural and construction advantages, introduces their contribution to the circular economy, and compares sheet pile solutions with alternative retaining-wall systems in terms of performance, installation, durability, cost, and environmental impact.

Applies the Design Advisor tool to assess material, cost, and emissions trade-offs in sustainable vehicle design.

Explore how steel sheet piles are produced, classified, and combined into complete structural systems. This module presents the principal section families, steel grades, anchors, props, connectors, and watertightness solutions. It also introduces environmental product declarations, life-cycle assessment, delivery conditions, manufacturing tolerances, and the criteria guiding product selection.

Learn the key principles governing the design, installation, and maintenance of sheet pile structures. This module covers soil behaviour, loads, failure mechanisms, calculation methods, cost optimization, corrosion protection, and driving techniques. It also introduces structural-health monitoring and shows how reliable data can support maintenance, safety, and service-life extension.

Application Fundamentals Course: Learn to apply core application features and workflows through guided practice and realistic scenarios in this self-paced course.

Learn to explain expulsion prediction in resistance spot welding using data-driven modeling and process parameters in this microlearning module.

Learn to explain how digital twins and simulations optimize welding and forming processes to improve efficiency and material performance in this microlearning module.

Learn how atomic structure and phase transformations influence steel strength and ductility in this short microlearning module.

Learn to analyze welding methods using Life Cycle Assessment to compare energy use, materials, and emissions in EV battery manufacturing through a self-paced microlearning module.

Learn to explain PHS processes, grades, and innovations through a self-paced microlearning module focused on automotive applications.

Learn to explain causes and apply mitigation steps through practical guidance in this self-paced microlearning module.