Topic outline

  • Hybrid Organic-Inorganic Materials: Perovskites and Beyond

    Credits: 2 PDH

    PDH Course Description:

    Hybrid organic–inorganic materials represent one of the most dynamic areas in modern engineering materials research and practice. These systems combine the chemical versatility of organic compounds with the structural stability and functionality of inorganic frameworks, producing unique properties that extend well beyond traditional composites. From flexible thermoelectric devices and energy-harvesting systems to biomedical scaffolds and protective coatings, these materials are enabling breakthroughs across multiple engineering sectors.

    This course introduces professional engineers to the foundational principles, classification schemes, synthesis methods, and characterization techniques that define hybrid materials. It emphasizes structure–property relationships, interface engineering, and nanoscale integration as the critical drivers of performance. Special focus is given to applications in energy systems, flexible electronics, environmental technologies, and manufacturing innovation. 

    Topics:

    Upon completion of this course, participants will be able to:

    • Define hybrid organic–inorganic materials and distinguish them from conventional composites.
    • Explain the classifications of hybrids, including Class I vs. Class II systems, MOFs, COFs, nanocomposites, and layered architectures.
    • Describe major synthesis techniques, such as sol–gel processing, interpenetrating polymer networks, and nanobuilding-block self-assembly.
    • Understand characterization methods to evaluate hybrid materials.
    • Analyze structure–property relationships, particularly with respect to mechanical, thermal, electronic, and optical performance.
    • Assess the suitability of hybrid materials for engineering applications in thermoelectrics, printed electronics, biomedical devices, coatings, and additive manufacturing.
    • Identify current challenges, sustainability concerns, and research frontiers driving innovation in hybrid materials.

    To take this course:

    1.) Enroll in Course: Click below to enroll:
    (must be logged into your user account)


    2.) Study: Once enrolled, click below to begin the course:

    Download the Study Guide

    3.) Test: Once you've thoroughly read the course materials, please click below to take the final examination.

    Take the final exam

    4.) Certificate: A passing grade of 70% or higher on the exam, is required to receive the certificate of completion for this PDH course.


    Important – Payment is required prior to printing of your certificate of completion.

    We operate on a trust-based model. You are welcome to complete Steps 1 through 3 to fully review the course material at your leisure. 
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    Print the Certificate of Completion


    Intended Audience: This course is intended for licensed professional engineers in materials engineering, chemical engineering, civil and structural engineering, electrical and electronic engineering, and mechanical engineering. The course is also suitable for engineers engaged in energy systems, biomedical engineering, nanotechnology, and manufacturing, where hybrid organic–inorganic materials are rapidly emerging as enabling technologies. 
    Publication Source: MondoScience Courseware

    Jeelan Moghraby, PhD, MBA


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