
About us
The Orange County/Long Beach Chapter of the ASA (OCLBASA) exists to serve statisticians, biostatisticians, actuaries, and students of statistics who work and/or live in the Orange County/Long Beach area. Each year the Chapter presents a Careers Day on statistics, a Poster Competition for High School AP statistics students, and other activities designed to serve our members and serve the community at large. Chapter activities are selected and designed to offer the opportunity for academic and non-academic professionals in statistics to build networks that benefit both groups. Finally, the Chapter Sections on Statistical Education, Statistical Consulting, and Statistical Computing offer a structure for organizing and presenting activities that will serve local statisticians who are particularly interested in these areas of statistics. We invite anyone in the Orange County/Long Beach area who has an interest in statistics to become a Chapter member. More information about the Chapter and its activities can be found on the Chapter's website at http://community.amstat.org/OCLB/Home/
Upcoming events
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ASA Traveling Course: Data Visualization with Applications to the Life Sciences
·OnlineOnlineTO PURCHASE TICKETS PLEASE VISIT:
https://www.eventbee.com/v/asa-traveling-short-course-data-visualization-with-applications-to-the-life-sciences/event?eid=297924431PLEASE NOTE: This Meetup page is only an announcement and is NOT to be used to RSVP. Please use the link above to purchase tickets and receive the zoom link for this event.
Instructors:
- Dr. Richard C. Zink, Principal Research Fellow at JMP Statistical Discovery
- Rebecca Lyzinski, Senior Software Developer in the JMP Life Sciences groupCourse description:
(Bio)statisticians and data scientists are effective at utilizing cutting-edge methodologies to address the complexities of data in order to produce meaningful results. Despite this technical prowess, quantitative scientists struggle to communicate the story contained within these data to their non-statistical colleagues. Given the volume of data to review, the variety of analyses to perform, and the need to turn findings into actionable outcomes, it should come as no surprise that clear insight is often out of reach to the research team. The traditional means of data summary – static tables and listings – are ineffective for understanding the story hiding in plain sight; data visualization is the key to effective communication for the modern quantitative scientist. The goal of this short course is to describe visualization methodologies to aid in the interpretation and communication of data from applications in clinical trials and other life science topics. Categorical, continuous, and time-to-event endpoints are discussed, and numerous practical illustrations are presented. To supplement lectures on subject matter, participants will utilize JMP software to reinforce concepts and gain hands-on experience in producing effective data visualizations.Agenda (PST):
08:00-12:00 Lecture on basics and applications
12:00-13:00 Lunch
13:00-15:30 Continue Lecture on applications
15:30-17:00 Hands-on Experience with JMP Graph BuilderAbout the Instructors:
Richard C. Zink is Principal Research Fellow at JMP Statistical Discovery and has spent 20+ years in and around clinical trials and medical product development. Richard is author, editor, and contributor to 10 books on statistical topics in clinical trials and clinical research. Richard holds a Ph.D. in Biostatistics from the University of North Carolina at Chapel Hill, where he serves as Adjunct Professor of Biostatistics and Adjunct Assistant Professor of Public Health Leadership and Practice. Richard was awarded the distinction of Fellow of the American Statistical Association in 2020.Rebecca Lyzinski is a Senior Software Developer in the JMP Life Sciences group, developing new reports and analyses for JMP Clinical software. Before joining JMP, Rebecca worked in statistical programming for the pharmaceutical industry. She was a Manager of Statistical Programming at IQVIA, where she was responsible for programming tables and figures for U.S. FDA clinical trial analyses; she was also the subject matter expert on CDISC (Clinical Data Interchange Standards Consortium ) standards for her programming group. Rebecca holds a masters in biomathematics from North Carolina State University.
Learning Objectives:
- Describe the transition from traditional methods of data analysis and summary to visual approaches
- Explore and interpret life science data using one or more data visualizations
- Assess the strengths and limitations of various graphical techniques
- Communicate the “data story” through numerous examples
1 attendee
Past events
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