• Teaching

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    Optical Engineering and Thermal Radiation

    MEEN 4800/5800

    Link: Syllabus

    Integrated optics and thermal radiation heat transfer. Basic optics covers ray tracing, wave equation, layered media, and light-matter interactions. Its application to thermal radiation considers materials properties, view factors, and participating media.

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    Nanoscale Energy Transport

    MEEN 5315

    Link: Syllabus

    Graduate-level coverage of fundamental theories of carrier transport, from gases, electrons, photons, and phonons. The course explains phenomenological properties of materials and matter at condensed states within an engineering context.

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    Graduate/Senior-Level Advanced Math Methods

    MEEN 5140

    Link: Syllabus

    Videos: TBA

    Introduction to partial differential equations (PDEs) and numerical methods used to solve them. Other topics include series solutions, computational uncertainty, and conduction heat transfer.

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    Undergraduate Heat Transfer

    MEEN 3210

    Link: Syllabus

    Videos: TBA

    Core engineering course on energy physics and modes of heat transfer. Conceptual and analytical details on conduction, convection, and thermal radiation are taught.