Materials Chemistry for Devices and E-Waste Management

1.To explain the principles and applications of various electrodes and energy systems, including batteries and solar cells, in sustainable technologies

2.To explore corrosion mechanisms and control methods, alongside metal finishing processes such as electroplating and electroless plating

3.To understand the principles and applications of sensors, memory devices, and advanced display systems in modern engineering

4.To examine the synthesis, properties, and applications of polymers and nanomaterials in engineering

5.To learn the principles of green chemistry and e-waste management, emphasizing sustainable practices in engineering applications

Materials Chemistry for Devices and E-Waste Management

Course Learning Objectives:

1.

To explain the principles and applications of various electrodes and energy systems, including batteries and solar cells, in sustainable technologies

2.

To explore corrosion mechanisms and control methods, alongside metal finishing processes such as electroplating and electroless plating

3.

To understand the principles and applications of sensors, memory devices, and advanced display systems in modern engineering

4.

To examine the synthesis, properties, and applications of polymers and nanomaterials in engineering

5.

To learn the principles of green chemistry and e-waste management, emphasizing sustainable practices in engineering applications