The purpose of this course is to explore in depth the more advanced aspects of Android application development via a number of advanced case studies and programming exercises. As well as an in depth coverage of Content provides and services.

The course covers the Android architecture and its Linux underpinnings, the installation of the Android development tools on Linux, Windows and MAC OSX platforms, and use of the Eclipse Java IDE as well as the Android simulator for programming, debugging and testing of Android Java applications.

This workshop introduces the development of applications involving Bluetooth equipped Arduino devices interacting with Android mobile phones.

This course concentrates on the internet programming aspects of developing Android mobile applications.Topics covered include working with the HttpClient, external JARs, local and remote services as well as integrating media players and web based resources into applications. Notifications, location tracking and Google maps are also covered.

This course covers techniques for extending the functionality of the Android platform via the Android NDK and Android IDL APIs.

It explores techniques for accessing the underlying hardware and services available on an Android platform and also covers the building of custom platform images.

The course covers Python application development on Android phones. It provides an introduction to the Python programming language, the installation of the Android Scripting Environment and Python and practical Python scripting for handling events, starting activities, making phone calls sending text messages, polling location and sensor data, text to speech, etc..

This one day seminar aims to provide a comprehensive overview of the Android stack and the development of applications using this stack. It also explains how Android runs on top of Linux and reviews the possibilities arising from porting Android to embedded systems.

This course is for those who have relatively little programming experience and who would like to be able to develop Android applications. This course aims to provide a sound introduction to Java programming that will equip those completing the course with the necessary skills to develop Android applications and to be able to understand how to program using the Android development framework in particular.

The course surveys the various aspects of Augmented Reality and how they can be used to develop interesting and profitable applications for the Android family of mobile phones. The various frameworks and components are analysed, both from a technical point of view, and also from the business models underlying some of the commercial tools and frameworks such as Layar.

OpenGL ES is a cross-platform API for full-function 2D and 3D graphics on embedded systems.This course provides the knowledge that a novice OpenGL ES programmer needs to author interactive, 3D graphics applications using OpenGL ES.It covers key Open Gl ES programming topics such as overview of architecture, modelling, and lighting.It also introduces more advanced topics using extensions such as matrix palette skinning animation.