Testing and Characterization Techniques for Surface Properties in Engineering

This examination focuses on testing and characterization techniques utilized to assess surface properties of materials. Core areas include techniques such as microscopy, spectroscopy, and profilometry, which provide insights into surface structure and chemical composition.

Accurate characterization of surface properties is fundamental in achieving desired performance outcomes in material applications. Knowledge of these techniques is critical for identifying relationships between surface features and material performance in chemical processes.

Students will be assessed based on their ability to describe these characterization methods, explain their principles, and compare their effectiveness in different contexts. Proficiency in technical language will be emphasized.

Candidates should also show familiarity with recent advancements in characterization techniques that may impact surface engineering practices in the future.