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Applied Nanotechnology in Automotive

This course explores the applications of nanotechnology in the automotive sector, focusing on how nanomaterials and nanotechnology-driven innovations enhance vehicle performance, safety, fuel efficiency, and sustainability. Students will learn about fundamental nanotechnology concepts, key materials, manufacturing processes, and real-world applications in modern and future automobiles.

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Course Duration:

24 hours

Level:

Intermediate

Course Objectives

  • Understand the principles of nanotechnology and its significance in the automotive industry.

  • Identify and analyze key nanomaterials used in vehicle manufacturing.

  • Evaluate the impact of nanotechnology on fuel efficiency, emissions control, and safety.

  • Explore smart surfaces, self-healing materials, and next-generation coatings.

  • Assess challenges related to large-scale production, costs, and environmental sustainability.

Prerequisites

  • Basic knowledge of materials science or engineering.

  • Understanding of automotive components and manufacturing processes.

  • Fundamental chemistry and physics concepts (recommended but not mandatory).

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