Surface Modification and Characterization

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Certificate

Paid

Language

Level

Intermediate

Access

Free

Last updated on June 21, 2025 3:50 pm

See how the material surfaces of various implants are modified to make them biocompatible and prevent infections in this free biointerface engineering course.

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Metal implants are invaluable solutions for patients who have sustained fractures or require a dental or hip replacement. Have you ever thought about how the body copes with these non-biological objects? In this biointerface engineering course, learn about the surface modifications that make them compatible with bodily systems, eliminate immune reactions, and prevent the accumulation of harmful bacteria. Start this fascinating course today.

What You Will Learn In This Free Course

  • Explain the various types of surface…
  • Outline the key challenges faced in …
  • Describe the procedure of coating ti…
  • List the techniques used in the char…
  • Explain the various types of surface modification methods
  • Outline the key challenges faced in surface modifications of biomaterials
  • Describe the procedure of coating titanium alloys with calcium phosphates
  • List the techniques used in the characterisation of surfaces
  • State the different types of self-assembled monolayers (SAMs)
  • Discuss the factors affecting the formation of SAMs
  • Summarise the effects of self-assembled monolayers on titanium alloy surfaces
  • Surface Modification

    This module will introduce you to the objectives of surface modification and the physiochemical properties of surfaces. You will also study the techniques used in surface improvement, the challenges faced in surface modifications of biomaterials, and the use of calcium phosphates as surface modifiers.

    Self-Assembled Monolayers

    In this module, you will learn about the methods used in the characterisation of surfaces, their resolution and their accuracy. You will also study the Self-Assembled Monolayers (SAMs), the factors affecting their formation, and surface modifications of titanium alloys.

    Course assessment

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      Surface Modification and Characterization
      Surface Modification and Characterization
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