AR For Education
AR For Education
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INTRODUCTION
INTRODUCTION
Embarking on a research endeavor guided by expertise in Augmented and Virtual Reality, I delved into the realm of enhancing learning experiences for engineering students. This project aimed to revolutionize education by creating immersive lab simulations focusing on embedded systems such as Arduino and sensors. Through innovative solutions, the goal was to automate and enrich the learning process within a virtual environment, fostering practical understanding and skill development in engineering disciplines.
KEY FEATURES
KEY FEATURES
Immersive Lab Simulations: Developed interactive virtual environments focusing on embedded systems like Arduino and sensors to enhance engineering education.
Automation of Learning Processes: Implemented solutions to automate learning activities within the virtual lab environment, streamlining the educational experience for students.
Practical Skill Development: Facilitated hands-on learning and skill development through virtual experiments and simulations, providing students with practical experience in engineering concepts.
Personalized Learning Experiences: Incorporated customizable features and settings in the UI to tailor the learning experience according to individual student preferences and learning styles.
Expertise in AR/VR Technologies: Leveraged expertise in Augmented and Virtual Reality to create engaging and immersive learning environments, enhancing student engagement and comprehension.
SKILLS
SKILLS
Language: C#
Technologies: Unity3D Engine, Virtual Reality (VR) and Augmented Reality (AR) Development, Arduino Simulation, Sensor Simulation, User Interface (UI) Design and Implementation
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