Graphic Design In
User Experience (UX) Design

Course Learning Objectives

The "UX Design" course is designed to provide students with a comprehensive understanding of user experience (UX) design principles and practices. This course covers the entire UX design process, including user research, information architecture, wireframing, prototyping, usability testing, and interaction design. Students will learn how to create user-centered designs that enhance the usability and satisfaction of digital products. The course emphasizes practical skills and knowledge needed to design effective and engaging user experiences. Course Learning Outcomes (CLOs) Introduction to UX Design: Understand the fundamental principles and importance of UX design. Recognize the role of a UX designer in the product development process. User Research and Analysis: Conduct user research to gather insights about user needs and behaviors. Analyze research data to create user personas and scenarios. Information Architecture: Develop information architecture to organize and structure content effectively. Create sitemaps and navigation schemes that enhance usability. Wireframing and Prototyping: Create wireframes to outline the structure and layout of user interfaces. Develop interactive prototypes to test and refine design concepts. Interaction Design: Design interactive elements that enhance user engagement and experience. Apply principles of interaction design to create intuitive user interfaces. Usability Testing: Conduct usability testing to evaluate the effectiveness of designs. Analyze usability test results to identify areas for improvement. Visual Design Principles: Apply visual design principles to create aesthetically pleasing and functional interfaces. Understand the impact of typography, color, and imagery on user experience. UX Design Tools and Software: Gain proficiency in using industry-standard UX design tools and software. Apply tools to create and communicate design solutions effectively. Student Learning Outcomes (SLOs) Understanding of UX Design Principles: Demonstrate a solid understanding of UX design concepts and their importance in product development. Explain the role of UX design in enhancing user satisfaction and engagement. User Research Skills: Conduct effective user research using various methods such as interviews, surveys, and observations. Analyze research data to create detailed user personas and scenarios. Information Architecture Competence: Develop clear and logical information architecture for digital products. Create sitemaps and navigation structures that improve usability. Wireframing and Prototyping Abilities: Create wireframes that outline the structure and functionality of user interfaces. Develop interactive prototypes to test design concepts and gather user feedback. Interaction Design Proficiency: Design interactive elements that are intuitive and enhance the user experience. Apply interaction design principles to create user-friendly interfaces. Usability Testing Expertise: Plan and conduct usability tests to evaluate design effectiveness. Analyze and interpret usability test results to improve design solutions.

Benefits

With AI, the world is your oyster! It is an emerging field, rapidly growing, ever evolving and watched with a keen eye by industries and markets globally. There are many benefits to an education in AI:

In demand Career

With a Bachelor in artificial intelligence you are equipped with in-demand skills in the rapidly growing field of AI. Knowledge of developing AI systems, data analysis and AI techniques makes you valuable across industries, right from healthcare, finance, tech and more. This degree prepares you for career that has multiple options for diversification. AI professionals include AI engineers, data scientists, machine learning specialists, AI consultants, researchers and more. AI is transformative technology that is revolutionising the world. With an education background in AI, you are set up in an in-demand career field with an exciting future ahead!

Innovation and advancement

Applied AI is all about finding solutions and using AI systems to make life simpler. Applied AI draws on its solid foundation in Computer Science to analyse and provide solutions for real world challenges. You are prepared to address complex problems and contribute meaningfully in domains like healthcare diagnostics, fraud detection, autonomous vehicles, personalised recommendations and more. Being able to apply AI techniques for solving tasks makes for an extremely rewarding and impactful job role!

Solving real world problems

AI aims to constantly bridge the gap between natural intelligence and machine learning - it is a field of cutting edge research, innovation and advancing technology. This makes it ever evolving, with new algorithms, models and techniques being developed. By studying AI at an undergraduate level, you gain a strong foundation in AI fundamentals that help you better understand the latest advancements. You step into a career that empowers you to push the boundaries of AI, contribute to research and development and drive innovation in the field.