This lecture will familiarize you with foundations of research and design methodologies in Human Computer Interaction (HCI). You will learn how to choose the right research and evaluation methodology, and you will learn how to pick the right design methodology. You will find out what mixed method research designs are and how to use them.

In this tutorial, we introduce the concept of Spatial Computing and provide several best and worst practices of Augmented Reality designs, illustrating them by examples of solutions and applications.

In this lecture, we will focus on selecting, producing and implementing Augmented Reality targets. The lecture discusses multiple features of AR targets, specifically focusing on how to create recognizable and trackable targets.

In this tutorial, we will create Augmented Reality targets, test them using Vuforia and look at ways to optimize them for better recognition.

In this lecture, we will look into the psychology of perception, learning about the pathway from the primal sensory experience, to preattentive features and Gestalt principles, to characteristics of specific senses (like signal detection theory, proprioception, and the vergence accommodation conflict). You will learn how these perceptual properties and affordances map to features in the UI toolbox at hand for building Augmented Reality.

This tutorial provides practical instruction on creating marker-based Augmented Reality experience, including creation and packaging for Unity 3D and deploying to devices.

In this lecture, we will discuss Agile software engineering models in contrast to the traditional methods. We will explain Scrum in detail and give more information on code style guides and code reviews. After a general discussion of DevOps we will close with source code management with git.

This tutorial combines presentation, demonstrations and assisted experimentation to teach the fundamentals of 3D modelling. The tutorial will cover modelling, rigging, texturing/materials/lighting, animating, and exporting to Unity 3D for real-time application.

This lecture will guide you through the history of AR, starting over 400 years ago with analogue AR, but quickly turning to electronic and digital AR, with the more intense research history spanning the decades from the 1990s. We will look at the development of technology software platforms and hardware solutions up to the late 2010s.

This tutorial will familiarize you with 3D scanning and animation. We will work on constructing a 3D character, including the steps of obtaining a 3D scan of a human, converting it into a low-polygonal 3D model, cleaning the data (both 3D models and textures), and animating it to be ready for an Augmented Reality application.

You will learn in this lecture to understand and evaluate technology alternatives from end-user development to high- and low-level software engineering. Furthermore, it will teach you to develop a deeper understanding of component-level technology and introduce you to available sensor hardware and delivery systems.

This tutorial provides insight into the job market, what employers want, and the CodeReality skills framework that helps you to keep track of developing the right, sought-after talents.

This lecture provides an outlook on future developments, picking up on weak signals and emerging trends in the research community. This includes novel tools such as consumer-grade volumetric capture, hearables, voice-activated graphics, or brain-computer interfaces and innovative application areas such as Digital Assistants, Diminished reality, Deep Fakes, Programmable Synthetic Hallucinations, Umwelt Hacking, Perceptual Adaption, Sensory Augmentation, Neuro Design, or Wearable Skin.