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Biology LibreTexts

1.1: Course Design and Learning Goals

  • Page ID
    17489
  • Biology education at the undergraduate level is undergoing a transformation. For decades, many have viewed biology as an encyclopedic subject, because of the vast amount
    of content matter included in the undergraduate curriculum. A recent reevaluation of undergraduate biology education, however, is guiding biology curricula in a new direction, stressing the importance of involving students in the process of scientific investigation in their coursework (Bauerle et al., 2011). This reevaluation process has also challenged educators to sort through the vast amount of content in introductory biology to identify the core concepts that students should learn and the key competencies that students should acquire during their undergraduate education. This course has been designed in line with these recommendations.

    Our course research project is designed to illustrate the core concepts of biology:

    • Evolution: The proteins involved in Met and Cys synthesis show varied patterns of conservation during evolution.

    • Structure and function: The structures of the proteins involved in Met and Cys synthesis are adapted to their catalytic roles.

    • Information transfer: Met and Cys synthesis requires enzymes encoded by multiple genes.

    • Pathways and energy transformation: The enzymes involved in Met and Cys synthesis are

      parts of intersecting energy-consuming pathways.

    • Systems biology: The reactions involved in sulfur amino acid synthesis intersect with many other metabolic pathways in cells.

    During the semester, students will develop proficiency in some key competencies of professional biologists. Working in teams, students will:

    • propose hypotheses and design experiments to test their hypotheses.

    • learn basic skills of molecular cell biology.

    • collect, organize and interpret experimental data

    • find and use information from the primary scientific literature and online databases.

    • communicate scientific results in a series of short oral presentations and written reports.

    • use feedback from their peers and the teaching staff to compile data from the short interim reports into a final poster and a final report written in the format of a scientific publication.