The document provides information for competitors participating in the 8th annual Queen's Case Competition (QCC) taking place on September 23-24, 2016. It includes messages from the QCC Director and I.C.B.C. Co-Chairpersons welcoming competitors and emphasizing the opportunities to improve case skills and network. The weekend schedule and competition rules are outlined for the Maroon and Gold streams. The document also introduces the unique Texas Style case format for the Gold stream and lists the competition sponsors.
嬉习喜戏:?通过游戏改善世界(How Games can Change the World)Felania Liu
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a TEDxRUC talk delivered last year, Nov.30th in Beijing. It's an introductory level talk to those who want to know more about Gamification, or how to use games--with an emphasis on the fun--to make the player/users more engaging to activities that may not be attractive otherwise. An example of utilizing Legends of Heros in the teaching of overseas Chinese was illustrated in the end. The slides are in Chinese, but the photos are somewhat self-explanatory.
The document discusses three types of training for developing human resources: learning, training, and development. Learning involves acquiring new knowledge and skills, especially hands-on skills. Training strengthens existing knowledge and skills through re-education, especially hands-on skills. Development refers to building and improving attitudes, abilities, values and beliefs over time, especially for managers, and can be seen as transformational learning. While knowledge and skills can grow quickly through learning and training in the short term, building and improving attitudes, abilities, values and beliefs takes much longer time, even fundamentally without progress.
This document contains notes on optical engineering topics including:
1. Optical science and technology, including fiber optics, optical components, and optical circuits.
2. Sources of light including natural light sources like sunlight and artificial light sources like lasers.
3. Optical design engineering which involves using principles of optics and design software to model optical systems.