Blackboard: Grade Center

G-604

Date: Monday, November 30, 2015 Time: 3pm-4pm Location: G-604 This workshop will cover how to create tests and set up Blackboard’s grade center for quizzes and assignments. To register, email itec@citytech.cuny.edu

iTEC: Introduction to Jing

G-604

Date: Tuesday, December 1, 2015 Time: 10am - 11am Location: G-604 Jing is a basic, free version of Camtasia Studio that allows you to capture video, animation, and images from your computer screen, which you can share on the Web. It works for Macs and PCs. To register, email: itec@citytech.cuny.edu

OpenLab: Office Hours

N-227 NY

Date: Tuesday, December 1, 2015 Time: 2pm - 3pm Venue: N227 Conference Room Questions Email us at: OpenLab@citytech.cuny.edu

Mid Career Faculty Publication Program

A-441

Dates: Wednesday, December 2, 2015 Time: 1:00 – 2:30 PM Room: Atrium 441 Seminar Leaders: Pamela Brown and Monica Berger Invitation Only.

Blackboard: Grade Center

G-604

Date: Wednesday, December 2, 2015 Time: 5pm-6pm Location: G-604 This workshop will cover how to create tests and set up Blackboard’s grade center for quizzes and assignments. To register, email: itec@citytech.cuny.edu

CUNY’s 14th Annual IT Conference

John Jay College 524 West 59th Street, New York, NY

Instructional/Information Technology in CUNY: Innovating and Integrating Innovation and integration are essential, nowhere more so than with academic uses of technology, but they pull in different directions: innovation strikes out in new directions; integration pulls in and consolidates. Without integrating the new, we would have only random acts of innovation; without innovation, integration would stultify

Physics Seminar: Chiral Bose and Fermi phases in orbital optical lattices

N-823

Place: Namm 823 Date: Thursday, December 3 at Time: 12:00 PM Presented by Prof. W. Vincent Liu Faculty and students are welcome, light refreshments will be served. Abstract: When interacting ultracold atoms are loaded into the metastable but long lived higher orbital excited bands of an optical lattice, would it be possible for the atoms to