Topic outline

  • Modern Materials: Next Generation Material Science

    Credits: 3 PDH

    PDH Course Description:

    This course provides a comprehensive examination of emerging materials that define the frontier of modern engineering and science. Emphasizing foundational principles and real-world applications, the course explores innovations such as nanomaterials, advanced polymers, metamaterials, biomaterials, and smart structures. 

    By taking this course, participants will gain critical insight into the synthesis, processing, characterization, and performance of next-generation materials, with coverage of manufacturing methods, environmental impact, and integration in multidisciplinary engineering domains. This course is designed to equip engineers with the technical awareness necessary to implement modern materials in practical, regulatory-compliant, and forward-looking ways.

    Topics:

    Upon successful completion, the participant will be able to:

    • Describe the properties and categories of next-generation engineering materials.
    • Evaluate the processing techniques and structural applications of advanced polymers, ceramics, composites, and metals.
    • Understand the behavior and potential of nanostructured and smart materials.
    • Apply knowledge of biomaterials and sustainable materials to modern engineering challenges.
    • Integrate material science principles into real-world projects involving civil, mechanical, aerospace, biomedical, and electrical systems.
    • Recognize the implications of additive manufacturing and digital fabrication for future material usage.
    • Understand environmental, economic, and lifecycle considerations of new 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. 
    When you are ready to download and print your Certificate of Completion, we ask that payment has been completed for either the Unlimited Plan or individual PDH credit(s). Clicking the download button below serves as your digital confirmation that payment has been made.

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    Print the Certificate of Completion

    Relevance to Engineering Practice

    This section helps engineers evaluate how the course content may relate to their professional responsibilities, project involvement, technical duties, and continuing competency objectives.

    This course may be relevant to engineers involved in design review, specifications, project coordination, infrastructure systems, equipment selection, product development, operations, construction administration, technical consulting, forensic evaluation, manufacturing processes, or interdisciplinary engineering support functions.

    Relevant Engineering Disciplines

    Civil, mechanical, electrical, structural, industrial, manufacturing, environmental, systems, project, materials, and general engineering practice.

    Relevant Job Functions

    Design engineering, specification writing, project management, quality control, facility operations, engineering consulting, research and development, technical review, and engineering administration.

    Relevant Project Applications

    Infrastructure systems, buildings, manufacturing operations, energy systems, equipment evaluation, construction projects, product development, and interdisciplinary technical systems.

    Professional Development Value

    This course may support professional competency by expanding technical awareness, strengthening interdisciplinary understanding, and improving the engineer’s ability to evaluate practical engineering issues.

    Engineers should independently evaluate course relevance based upon their own scope of practice, licensing-board requirements, employer expectations, and professional development objectives.

    Publication Source: MondoScience Courseware


    Jeelan Moghraby, PhD, MBA

    • Topic 1