This module introduces the basics of silicon in photovoltaics and covers silicon processing methods. Students learn about fundamental properties of crystalline silicon and the manufacturing processes used in solar cell production.

This module covers crystalline silicon solar cell design, including advanced cell architectures and module integration. Students learn about various cell designs and the process of converting individual cells into complete solar modules.

This module focuses on various measurement techniques used to evaluate solar cell performance, including J-V characteristics, EQE measurement, reflectance-transmittance analysis, and lifetime measurement.

This module explores thin film solar cell design and deposition techniques. Students learn about different thin film architectures and various methods for depositing thin film materials.

This module covers specific thin film technologies including thin film silicon properties, challenges, processing methods, and state-of-the-art devices. Students learn about practical applications and limitations of thin film silicon technology.

This module examines advanced solar cell technologies including CIGS, CdTe, and III-V semiconductor devices. Students learn about materials, processing methods, and special applications for these technologies.

This module introduces organic photovoltaic technologies, including basic principles, various technologies, and perovskite solar cells. Students learn about organic materials and their applications in solar energy conversion.

This module focuses on comparing different PV technologies and exploring hybrid devices and systems. Students learn to evaluate various technologies and understand how they can be combined for optimal performance.