NSF Sponsored Teaching Program Overview
BOB GOLDBERG, UCLA
Teaching Non-Science Students About the Excitement of Discovery
Bob Goldberg's NSF Program has been assessed in several ways. First, students evaluate HC70A and HC70AL at the end of each quarter as part of the UCLA course evaluation system. Second, a survey is conducted in HC70A on the first and last days of the quarter in order to compare student attitudes towards a range of genetic engineering issues. Third, students who have taken both HC70A and HC70AL are given a questionnaire that addresses the impact these classes have had on their academic career, their understanding of how science is carried out, and their view of the excitement of discovery. Fourth, each HC70AL student is given an exit interview to discuss the strengths and weaknesses of the lecture and laboratory components of Bob Goldberg's NSF Program and how to improve the program. Finally, Bob Goldberg interviews the undergraduate teaching fellows and peer laboratory mentors to assess the impact that teaching HC70A and/or HC70AL has had on their future career goals and objectives.
Sample Assessment Results
Student evaluations have been excellent throughout the past six years that the HC70A course has been taught. For example, on a scale from 1-9 (1 low-9 high), the following ratings have been obtained for three sample questions: (1) 8.6, "your overall rating of the instructor;" (2) 8.6, "your overall rating of the course;" and (3) 8.7, "you have learned something you consider valuable." Other evaluation questions produced similar results. In addition, 36 of the students stated that they had a "high interest in the subject matter before taking the course," while 80 indicated that they had a high interest in the subject matter after taking the course!
Click here to read the results of a survey given to the HC70A class on their attitude towards genetic engineering before and after they took the class.
The impact that both HC70A and HC70AL has had on students that participated in the Gene Discovery Laboratory can be evaluated by reading the questionnaire filled out by past HC70AL students. Click here to read the results of this questionnaire.
Sample statements from three former undergraduate teaching fellows, Kristin Gill, Mike Ferry and Malik Francis, can be read by clicking here.
On 2009, UCLA center of Educational Assessment engaged in assessment of aiming to document students' perspectives on their experiences in HC 70A and 70AL, assessing the impact of these courses on student learning outcomes, and capturing the gains of former students who became undergraduate Teaching Fellows and Peer Research Mentors in HC70A and HC70AL. Click here to read the full assessment report.
SIT IN ON BOB GOLDBERG'S CLASSES
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Watch Bob Goldberg's Lectures on YouTube
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HC70A & HC70AL
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Watch Bob Goldberg's Lectrures Through UCLA Webcasting
Download Bob Goldberg's Lectures Through iTunes
AN UNORTHODOX APPROACH TO TEACHING
Bob Goldberg believes that teaching should be challenging, fast-paced, media oriented, and a collective - students interacting with students and students interacting with the professor - no matter how big the class might be. He does this by learning the names of his students, taking his students to weekly dinners, using the Socratic Method to engage and challenge students intellectually, calling on students in class to "design experiments", asking other students to challenge whether the experiment is "correct" or not, and by using guest speakers, films, and demonstrations that make science come "alive." Bob Goldberg uses a unique non-competitive team approach in his classes that encourages students to work together in teams, to be their own "professors," and to learn to think critically about how science is done rather than spitting back rote-memorized facts. Students in his classes take collective oral exams, work on take-home exams and quizzes together, perform in plays and docudramas that simulate "real-life" science-based situations, and carry out an all-class project that is filmed and presented on the last day of class. Bob Goldberg's classes are not classes, they are an experience!
Honors Collegium 70A - Genetic Engineering in Medicine, Agriculture, and Law
This course provides non-science majors and entering life science students with a foundation in molecular biology and genetics as it applies to genetic engineering, and addresses the social, legal, and ethical issues that arise from emerging new genetic technologies. This class is highly interactive, team-oriented, problem-based, and teaches students how to think critically about experimental science and the societal issues raised by advances in genetic engineering, genomics, and human reproduction. 532 undergraduates have taken this course in the thirteen years that it has been taught.
Click here to browse the HC70A web site or click here to read the UCLA Honors Collegium HC70A course description.
Honors Collegium 70AL - Gene Discovery Laboratory
Undergraduates who have taken HC70A carry out an original, hands-on research project using state-of-the-art genomics technologies. Non-science students from majors as diverse as economics, communications, and classics team up with beginning life science students in an intense ten-week effort to identify genes that control seed development. Students use Arabidopsis as a model organism and identify knock-out mutations in genes known to be expressed during seed development. The Gene Discovery Laboratory teaches students who have never worked in a laboratory how to carry out an original research project and analyze data critically. At the end of the quarter, each student presents their results at an all-class symposium and is presented with a lab coat embroidered with their name. During the past thirteen years, 73 students have participated in the Gene Discovery Lab, and knock-outs in 103 Arabidopsis genes have been identified and studied.
Click here to browse the HC70AL web site or click here to read the UCLA Honors Collegium HC70AL course description
MCDB 199 - What are GMOs? History, Science, and Applications of Genetic Engineering
Genetic engineering is one of most revolutionary technologies in history of science, and allowed genes to be isolated from living cells and studied for first time. The invention of genetic engineering in 1970s had profound impact on our understanding of basic cellular processes, and gave birth to multi-billion dollar biotechnology industry that created drugs to treat human disease, higher-yielding crops able to grow with fewer chemical inputs, genetic testing services to understand ancestry and genetic makeup, and many other applications of benefit to society. This course focuses on the science of genetic engineering from its origins to present. We primarily read and analyze research papers that have propelled major breakthroughs in medicine, agriculture, and law using genetic engineering technology.
Honors Collegium 199 - Teaching Undergraduates How to Teach
This informal course on the art of teaching is taken by undergraduates who serve as Teaching Fellows and Peer Laboratory Mentors in HC70A and HC70AL. Students learn how to develop a teaching "game plan," dissect and teach scientific papers, speak in front of a class, use the Socratic method as an interactive teaching tool, and gain the confidence and poise needed to teach their peers. Peer Laboratory Mentors also learn how to organize a teaching laboratory, demonstrate and teach genomics and bioinformatics procedures, and how to lead teams carrying out original research projects using functional genomics. In the past thirteen years, 31 non-science and science undergraduates have participated as Teaching Fellows and Peer Laboratory Mentors.
Fiat Lux MCDB19 - Ethical Implications of Genetic Engineering
HC70AL students participate in this seminar and use case studies to discuss research ethics and social implications of genetic engineering research.
Click here for Fiat Lux web site.
COURSES DESIGNED FOR BOB GOLDBERG'S TEACHING PROGRAM
ARTICLES ON BOB GOLDBERG'S TEACHING PROGRAM
Bob Goldberg's Class Selected as One of the Top Ten "Hottest Classes in America"
"An undergraduate course taught by Bob Goldberg titled "Genetic Engineering in Medicine, Agriculture and Law" was selected as one of "America's 10 Hottest Classes" by the web site the Daily Beast, founded by former New Yorker editor Tina Brown. Professor Goldberg "has been lauded on many occasions for being one of UCLA's best teachers," the publication notes. "
Bob Goldberg Named by Newsweek Magazine as One of "America's Top Professors"
Bob Goldberg is featured in Newsweek's Guide, "Finding the Right College for You" in an article titled, "In Search of Great Professors." A great professor can "get you excited about a whole new subject, influence which major you choose, and maybe even change your life," Newsweek says. "America's top profs ... excite and inspire their students" and "break down the wall that too often separates the classroom from the real world." Goldberg is the first professor Newsweek profiles.
The World's A Classroom? Thanks to Technology, It Can Be
An article from UCLA Newsroom decribing a long distance course, HC70A, Genetic Engineering in Medicine, Agriculture, and Law, taught by Professor Goldberg simultaneously to UCLA and UC Davis studens using state-of-the-art fiber optic cables, and live audio and video hookups through California Research and Education Network (CalREN).
Rising to the Challenge: Merging Research and Innovation for Undergraduate Science Education
An article by Dan Gordon highlighting Bob Goldberg's undergraduate science education program funded by the Howard Hughes Medical Institute.
Long Distance Learning
An article from the UCLA Daily Bruin describing a multi-cultural long distance course taught by Professor Goldberg simultaneously to UCLA and Kyoto students in Japan using state-of-the-art fiber optic cables, electronic blackboards, and live audio and video hookups.
An article by Dan Gordon in the UCLA Magazine on Bob Goldberg's novel approach to teaching.
To Teach or Not
An editorial by Bob Goldberg in the journal The Plant Cell on undergraduate education.
BOB GOLDBERG'S NSF PROGRAM GOES BOTH STATE-WIDE AND INTERNATIONAL
In 2009, Bob Goldberg extended his Teaching Program across California to UC Davis, and in 2011 to Tuskegee University in Alabama, where through remote teaching, he lectures to students both in the classroom at UCLA and on a screen at UC Davis and Tuskegee University. The HC70A lectures and discussions are carried out in real time over a dedicated fiber optics cable using a state-of-the art classroom that allows simultaneous video and audio interactions between Professor Goldberg and his students. UCLA, UC Davis, and Tuskegee University students interacted with each other, working in groups on an electronic blackboard, and participating in joint discussions and all-class projects. During the quarter, UC Davis and Tuskegee University students got the opportunity to visit UCLA, visiting the lab and interacting with Bob Goldberg and the rest of the class in person.
Bob Goldberg's NSF program was taught simultaneously to students at both UCLA and Kyoto University in Japan as part of a unique Trans-Pacific International Long-Distance Educational Program (TIDE) in 2004. This novel way of teaching gave Professor Goldberg the opportunity to allow his students, from both sides of the Pacific, to merge their different cultures and universities into one large international classroom. In addition, students from each university got the opportunity to "switch sides" for a week during the quarter - UCLA students went to Kyoto and participated from Japan while Kyoto University students visited UCLA and participated "live," providing for a novel cultural and educational experience.
The HC70AL Gene Discovery Lab is also part of Bob Goldberg's NSF-sponsored long-distance learning program.
Kyoto University students who had completed HC70A visited UCLA for a quarter and teamed up with UCLA students in the laboratory using functional
genomics to uncover genes required to make a seed. Approximately 75 UCLA and Kyoto University students participated in the HC70A long-distance
learning program, and 16 UCLA and Kyoto University students teamed-up in the HC70AL Gene Discovery Laboratory. This unique NSF-sponsored program
demonstrates the power of high-tech long-distance learning and the impact of teaching an integrated course in different locations to students,
including those with different cultures and languages.
Professor Bob Goldberg
Program HC70AL Bioinformaticist, and Webmaster
HC70A Peer Mentor
HC70A Peer Mentor
MEET THE INDIVIDUALS THAT MAKE BOB GOLDBERG'S TEACHING PROGRAM POSSIBLE
Bob Goldberg created and currently teaches a novel Teaching Program which is funded by the National Science Foundation (NSF) Plant Genome Program and supported by the UCLA College of Letters and Sciences. This program targets
non-science majors at all levels and entering life science students, primarily those with no laboratory research experience. Professor Goldberg's objective is to teach undergraduates about "the excitement of discovery",
how orignial science is carried out, how advances with DNA and genes are transforming their lives, and how to teach science. Professor Goldberg also used cutting edge teaching technology, including the Calformia Research and Education Network (CalREN) for long distance learning, UCLA BruinCast for webcasting, and more recently, YouTube and iTunes in order to create one large "global classroom".
The teaching program consists of: (1) a lecture course, HC70A: Genetic Engineering in Medicine, Agriculture, and Law, which provides students with a foundation of molecular biology, and focuses on the ethical, legal, and social implications that result from emerging genomic technologies. HC70A is currently being taught simultaneously at UCLA, UC Davis, and Tuskegee University through an interactive, long-distance learning program that uses special fiber
optics technology. In the past, this class was taught to students at both UCLA and Kyoto University in Japan; (2) a lab course, HC70AL: Gene Discovery Laboratroy, which provides an original research experience for students who have completed HC70A,
and uses functional genomics to address the question of what are the genes required to make a seed? A novel aspect of HC70AL is that it
provides non-science undergraduates an opportunity to learn first-hand how science is carried out and what scientists really do; (3) a tutorial, HC199: Teaching Students How to Teach, gives undergraduates the opportunity to learn how to teach. Students who have completed both
courses can return and work as Teaching Fellows and Peer Research Mentors, providing a real-life classroom
experience in teaching, mentoring, and educating their own students.