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Science Research Program Guide - Secondary Programs Home ...

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Sometimes problems may be avoided by contacting the vendor by phone and making direct<br />

inquiries concerning material availability, cost and shipping. It is also suggested that the<br />

teacher periodically contact the vendor representative to monitor the progress of the orders.<br />

Purchase order requests must be completed and approved before submission to the bookkeeper<br />

for procurement. The procurement process can be more efficient when the science research<br />

teacher works closely with the school bookkeeper.<br />

The teacher should create a procurement schedule that takes into account unforeseen problems.<br />

For example, the vendor may fill your order incorrectly or ship faulty equipment. Shipping<br />

delays or severe weather may destroy live shipments. Backorders are common, especially if the<br />

ordered materials are in demand by other science programs. Exotic materials, such as special<br />

chemicals or specimens, may be difficult to locate and therefore may require more time to<br />

procure. The science research teacher should review a Material Safety Data Sheet for each<br />

substance before ordering.<br />

Student <strong>Research</strong> Implementation<br />

During this phase of the project, the students start their experimentation and/or other activities,<br />

generating research data. <strong>Science</strong> research is, by its very nature, a problem solving activity.<br />

Therefore, the science research teacher should work closely with his or her students to assist<br />

them in solving problems they encounter. This phase of the process can be one of the most<br />

interesting and challenging experiences for both the students and the teacher. The teacher may<br />

be engaged in a diverse range of instructional activities such as assisting in constructing a<br />

hydroponics apparatus or teaching computer data collection techniques. The teacher must be<br />

skilled at disseminating time and attention to his or her students based on prioritized criteria.<br />

This is a challenging skill that is best acquired through practice, but one which can have a very<br />

positive effect on the students’ science research experiences.<br />

Progress Evaluation<br />

A system should be established for evaluating student progress during the science research<br />

project. This could be accomplished in a number of ways including student/teacher<br />

conferencing, formal evaluations such as log/data book checks, oral presentations or periodic<br />

progress reports. For example, a weekly progress report could include a summary of progress,<br />

a description of problems encountered and possible solution strategies to those problems. Such<br />

reports not only keep the teacher informed about student progress, but may also keep the<br />

student focused on working out the details of their project. In addition to teacher evaluations,<br />

mentors could be invited to the school to work with students, individually or in groups, to<br />

evaluate progress and offer suggestions. (Refer to Appendix C)<br />

<strong>Research</strong> Paper<br />

A <strong>Research</strong> Paper is a recommended part of a science project. It entails the major components<br />

of the research project compiled as a single document. During this phase of the research, the<br />

student can be writing certain sections of the paper such as the Introduction,<br />

Procedure/Methodology, and Bibliography. (Refer to Appendix B)<br />

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