The python project: a unique model for extending research opportunities to undergraduate students.

Area of Science:

• Biology Education
• Molecular Biology
• Biotechnology

Background:

• Traditional undergraduate science curricula often lack sufficient hands-on research experience.
• Didactic instruction and limited lab courses are less effective than independent research for knowledge acquisition and retention.
• Barriers like limited faculty mentors and budgets restrict student participation in authentic research.

Purpose of the Study:

• To develop and evaluate a classroom-based course that provides undergraduate students with authentic research opportunities.
• To create a model for integrating undergraduate education with ongoing laboratory research.
• To assess the effectiveness of this course in enhancing student learning and career preparation.

Main Methods:

• Designed a course where students conduct a novel gene expression study relevant to a sponsor's laboratory research.
• Established a collaborative, symbiotic relationship between the classroom curriculum and the sponsor's lab.
• Assessed course success through data quality, student perceptions, learning gains, and career interest.

Main Results:

• Student-collected data proved relevant to the sponsor's ongoing research project.
• The course successfully provided research opportunities within a classroom setting.
• Student learning, perception, and interest in science careers were positively impacted.

Conclusions:

• This classroom-based research course model efficiently provides valuable research experiences to undergraduates.
• The collaborative approach benefits both students and the sponsoring laboratory.
• The model is adaptable for both small and large university settings, addressing a critical need in science education.