The Postdoc Teaching Opportunities Program (PTOP) will allow UC Berkeley postdocs across all disciplines to acquire experience and expertise in teaching college level courses at community colleges, liberal arts colleges, and universities in the Bay Area.
October 2, 1:00– 5:00 pm
Title: Be a better teacher using english as a second language
Instructor: Nicolas Gattig (Communication Coach and Author)
Location: Sproul Hall Room 209
Abstract: This interactive workshop is ideal for postdocs teaching at university, using English as a second language. Participants are encouraged to discuss personal challenges and bring their own teaching materials. Participants learn two communication strategies to make their teaching more effective: Making content clear and engaging, and teaching with authentic confidence. Through activities participants learn how to polish their language, having more impact with fewer words. They learn how to design and edit presentations to make them visually attractive and hold students’ interest. In addition, participants learn how to be more confident lecturing in English by means of effective delivery. Using feedback from the instructor and peers, they learn how to develop an authentic teaching personality and handle student challenges. The instructor has an MS in Education and has taught at universities in the U.S. and Japan. As a journalist and corporate communication coach, he brings unique insights from these fields to the workshop.
See more here
O.F.I.T. Spring 2019 Series
April 4th 4:00-5:30 pm
Title: Cutting Edge Laser Applications
Presenters: Hwang Kilean, Zheng Qiye and Park Jaehong
Location: Sproul Hall, room 309, Barrow Lane, Berkeley
Abstract: As Laser technology is developing faster than Moore's Law, it has been greatly changing the world of science and our daily life over the past 60 years. Here, we present examples of cutting edge Laser technology developments and applications in a public language. First, in modern scientific research, an ultrashort pulse of a laser can be generated by a special design of the source. Such laser can be used to characterize the physical processes in a short time scale which is of significance for many research fields as well as industrial materials processing. Second, a high power laser can accelerate sub-atomic particles, electrons, protons, and ions. Particle acceleration is of great importance in many fields: fundamental physics, semiconductor, clean air and water, cancer therapy, etc. Laser-based particle acceleration has attracted more attention because it is portable and cheap, compared to the conventional particle accelerators. In this talk, we understand how lasers can accelerate particles with the help of computer simulations. Third, we will present the basic characteristics and principles of free electron laser. The free electron laser opened both ultra-fast and ultra-small world to the unprecedented limit.
Registration: Click here!
Spring 2019 - OFIT sessions
Do you want to acquire on campus teaching experience this spring semester?
Apply to give your O.F.I.T. session here!