Playing to the Strengths of non-Major Students in Astro 101 Takashi Sato  Kwantlen Polytechnic University, Vancouver, Canada Background & Struggle Term Paper Astro 101 is a generic label for introductory survey courses for non-majors in University. During a 13-week semester, each student develops a topic and writes a paper. There are five main components to the process. A common struggle for instructors of Astro 101 is working with, or around, the students’ deficiencies in science and mathematical preparation. Astro 101 can be taught as a watered down (astro)physics course but can lead to frustration of both instructor & students. ‡ Instructor sees student deficiencies ‡ student sees focus on math & physics This poster describes an implementation of Astro 101 where the paradigm has been turned around to work with the strengths of the non-major students, rather than focusing on their deficiencies. The term paper is illustrated in detail. Student Strengths Kwantlen Polytechnic University (KPU) is an undergraduate University outside Vancouver, Canada ‡ All classes are limited to 35 students ‡ The typical Astro 101 student at KPU is an arts or business major ‡ Astro 101 carries a 1st year number, but ‡ students can be in years 1, 2, 3 or 4 of a 4 year degree When students enter the Astro 101 class, they typically bring with them skills and experiences exceeding those of typical science undergraduates, in areas such as ‡ paper writing ‡ active group learning ‡ public speaking ‡ group presentations Part 0 – Plagiarism Awareness Tutorial (due Week 5) The University offers an online tutorial on citation and what constitutes plagiarism. Students: ‡ Take the tutorial and earn a digital “badge” ‡ Many have already done it ‡ Required before submitting a proposal Part 1 – Proposal (due Week 5) Each student submits a proposal ‡ “Free” choice of topic ‡ Encourages early start on paper ‡ Must include at least one reference (i.e. students must first find literature) ‡ Requires instructor approval ‡ Often requires revision/resubmission Part 3 – Abstract Booklet Abstracts are: ‡ Submitted online ‡ Compiled into a booklet ‡ Distributed to all students (due Week 10) (Week 11) Homework Assignment #12: (due Week 12) Abstracts are split into two groups. For the first group: ‡ Read each abstract and ‡ Prepare at least one question to each author (to be used during panel discussion) Homework Assignment #13: ‡ Do same for second group (due Week 13) A common reason for non-approval is a topic that is too broad & shallow. Small class size means the instructor can work with each student on developing a reasonable proposal. ‡ Personalized topic reduces “copy & paste” Part 2 – Paper (main body) (due Week 10) Papers are: ‡ 6~8 pages ‡ Requires 3+ sources Part 4 – Panel Discussion (Weeks 12 & 13) Students are called up in groups of ~4 Each panel: ‡ Ideally assembled from related topics ‡ Fields questions from the class or each other ‡ Lively debate is common Panel discussion provides a forum for students to share their new knowledge with the class, transforming what might have been a solitary exercise of paper writing into a culminating community experience. Business students are particularly skilled at group presentations Course Components Group Presentations & Peer Feedback Collaborative Group Assignments Online Homework prior to class Labs (weekly) No Exams Term Paper (this poster) Total 20% 20% 10% 25% 0% 25% 100% Discussion The course described here is very different from the traditional science course. Astro 101 is perhaps the student’s last science course: ‡ No requirement to prepare student for the next astronomy course with specific content ‡ This freedom helps make departure from traditional practice possible Plagiarism – unintended improvement ‡ A widespread concern at Universities ‡ Reduced incidences of plagiarism on papers ‡ Possible reasons ‡ Instructor works with student on topic ‡ Topics are less generic ‡ Student has to appear on panel ‡ must actually know the topic This format is made possible with small classes. Contact Takashi Sato takashi.sato@kpu.ca Dept. of Physics Kwantlen Polytechnic University Richmond Campus Canada Scan to download poster, or go to www.kpu.ca/physics/sato/IAUWien Presented at the XXXth General Assembly of the International Astronomical Union, Wien 2018/08/24-27 బ⸨ ᩗ