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Biotechnology and baccalaureate biology education: A Delphi study forecasting change through 2003.

机译:生物技术和学士学位生物学教育:一项Delphi研究,预测到2003年的变化。

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摘要

The impact of biotechnology on undergraduate biology education through 2003 was assessed using a modified Delphi technique. Leading bio-educators, drawn from respected universities through the United States, and noted biologists at the forefront of biotechnology formed a panel of experts who attempted to form a consensus on changes that might occur in the Biology undergraduate curriculum. Using a three round Delphi instrument, the impact of technology was assessed in five general areas:;Process/methodology. Increased use of instrumentation at all levels, increased emphasis on computer modeling, writing and communication skills, and increased use of problem-based learning are all anticipated. Considered desirable by some but nevertheless not likely to occur in the near future are undergraduate courses taught at industrial sites and stretching of the undergraduate curriculum to five years.;Specialization. Increased pressure for early specialization is considered likely through 2003. Early research training and increased vocational training are also considered likely, although the latter was considered undesirable.;Ethical and social concerns. The new technology is expected to continue to raise questions and pose new ethical issues; the use of specific kinds of live material in teaching is expected to be limited; and the inclusion of a Bio-ethics course in the curriculum is considered likely by 2003.;Curriculum content. Major changes anticipated in this category include an increased emphasis on Molecular Biology and Genetics, increased utilization of computer application, continued emphasis on ancillary sciences and mathematics, and a decline in the study of Organismic Biology and Ecology, although Ecology is expected to rebound in the middle to far future.;External forces. Budgetary pressures associated with the purchase and maintenance of equipment is expected to increase sharply; faculty recruitment in certain areas is expected to be more difficu and the number of biology majors through 2003 is expected to remain stable or decline.;In addition to likelihood of occurrence, desirability and impact were also assessed.
机译:使用改良的Delphi技术评估了生物技术对直到2003年的本科生物学教育的影响。领先的生物教育家来自美国著名的大学,并由生物技术最前沿的著名生物学家组成专家小组,他们试图就生物学本科课程中可能发生的变化达成共识。使用三轮Delphi仪器,在五个总体领域评估了技术的影响:过程/方法论。预计所有级别的仪器使用都将增加,计算机建模,写作和沟通技巧的重视程度将增加,基于问题的学习的使用也将增加。一些人认为可取但在不久的将来不太可能发生的事情是在工业现场教授本科课程并将该本科课程延长到五年。专业化。到2003年,早期专业化的压力可能会增加。尽管认为后者不受欢迎,但也可能进行早期研究培训和增加职业培训。预计新技术将继续引发问题并提出新的道德问题;预计将限制在教学中使用特定种类的现场资料;并计划在2003年之前将生物伦理学课程纳入课程。课程内容。预计该类别的主要变化包括:对分子生物学和遗传学的重视程度增加,对计算机应用程序的利用增加,对辅助科学和数学的关注程度不断提高以及对有机生物学和生态学的研究有所减少,尽管预计生态学将在这一领域有所反弹。中长期。外力。预计与设备购买和维护有关的预算压力将急剧增加;某些领域的教师招聘预计将更加困难;预计到2003年,生物学专业的人数将保持稳定或下降。除了发生的可能性之外,还评估了期望和影响。

著录项

  • 作者

    Schofield, Carol Day.;

  • 作者单位

    University of Connecticut.;

  • 授予单位 University of Connecticut.;
  • 学科 Education Sciences.;Education Curriculum and Instruction.;Education Higher.
  • 学位 Ph.D.
  • 年度 1989
  • 页码 140 p.
  • 总页数 140
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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