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Lessons Learned Science

Science Portfolio Report

With the completion of the e-portfolio pilot project at UBC, the departments involved have outlined a summary of the successes and suggested improvements to the program. To download the science portfolio report, click here.

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Science

Science

Biology 240 is a lab course that uses guided inquiry. As part of the course assignments, students are required to fill in a lab journal at the end of each class. However, students were not required to reflect, over-all, on the entire process that is reflected in their journals. The e-portfolio project facilitates further reflection and integration of materials in the course and across other courses, and helps create meta-reflective individuals and peer-to-peer learning environments. This type of reflection encourages on-going dialogue and individual, instructor, course, and, potentially, program reflection.

Contact: Joanne Nakonechny at joanne.nakonechny@ubc.ca

Categories
Science Software WebCT

Uploading Images to the Student Presentation Area

Uploading Images to the Student Presentation Area: this document guides students how to upload images to their student presentation area in WebCT.

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Science Software WebCT

Convert Word to HTML

How to Convert Word to HTML: this document guides student how to create a web page from scratch using Microsoft Word. Students can then upload the HTML file to their WebCT e-portfolio.

Categories
Examples Science

Concept Map from the Biol 321 Project

Thanks to Elizabeth Young from the Science project (Biol 321) for sharing her concept map on Bryophytes.

elizabeth_concept_map400x300.gif
Click on image to view full size image

Categories
Science

Science e-Portfolio Project

BIOL 321 is both a lecture and learner-centred lab. The proposed e-Portfolio project proposed facilitates reflection and integration of material in the lecture and laboratory components of the course and across other courses. This type of reflection encourages on-going dialogue and individual, instructor, course, and potentially program reflection.

Objectives:

  • To create a reflective individual and peer-to-peer learning environment through the use of personal reflective paragraphs.
  • To assess students’ conceptual understanding of the course concepts, the extent to which key concepts are related to other courses, students’ reflection of their own learning, and responsibility for learning.
  • To provide a reflective space for graduate students in the Life Sciences so they can assess their growth and development as teachers.

Evaluation:

The project evaluation, both formative and summative in nature, will be based on student surveys and focus groups and the instructor’s evaluation of the process and project product.

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