4 Technology-Driven Active Learning in the Geosciences

Sunday, 14 March 2021
8:00 AM - 12:00 PM
Talcott

TEACHING GIS, GPS, AND UAS TECHNOLOGIES THROUGH A MULTIDISCIPLINARY VIRTUAL PITCH CONTEST

Paper number: 4-13
Program: Theme Sessions
Time: 11:40 AM – 11:50 AM

Authors

Abstract

This presentation reports on a collaborative course project linking two Geography courses and two sections of an introductory computing course. Over the fall semester, students from Geographic Information Systems and GPS Technology courses collaborated with two Computers & Society classes to develop drone startup business ideas. Through joint class periods students engaged in case study-based discussion on the impacts of drones as a subset of autonomous vehicles. Students examined changes to business (e.g., lidar data services), the role of entrepreneurship, and evolving workforce needs. Students then worked in teams to develop drone startup business ideas to present to alumni judges with expertise in the field. Firstly, students received training and coaching on lean startup methods to develop viable proposals from a professor with NSF I-Corps training and a professor with extensive computing business experience. Secondly, teams received instructor feedback and refined their ideas. Next, students delivered their concepts in a ‘pitch contest’ event held at the end of the semester featuring guest judges, university alumni working in geotechnical or STEM business careers. Based on results from student surveys, we provide conclusions on the effectiveness of this interdisciplinary teaching method in terms of accomplishing learning outcomes, engaging students via teleconferencing, collaborative team project work, and developing students' general skills related to STEM careers.

Geological Society of America Abstracts with Programs. Vol. 53, No. 1

doi: 10.1130/abs/2021NE-361821

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