Emerging & Immersive Technologies

The Emerging & Immersive Technologies competency-building programs offered by the Competency Building and Consultancy (CBC) Centre equip students with industry-relevant knowledge and practical skills in Technologies Augmented Reality/Virtual Reality (AR/VR) and Internet of Things (IoT) & 5G. Through hands-on laboratories, real-world projects, and industry-aligned learning, students develop competencies in embedded systems, wireless communication, cloud and edge computing, immersive application development, Unity3D, IoT architectures, smart devices, and interactive digital experiences. The programs emphasize experiential learning and project-based development, enabling students to design, develop, integrate, and deploy innovative smart and immersive technology solutions. These competency-building programs enhance employability and prepare students for successful careers in IoT, 5G communications, AR/VR development, Industry 4.0, smart systems, and next-generation digital technologies.

Core skills for Emerging & Immersive Technologies

Structured competency-building journey in Emerging & Immersive Technologies, highlighting the progressive learning process.

3.1 Augmented Reality/Virtual Reality

The focus of AR/VR Solutions is to provide students with practical knowledge of immersive technologies and interactive application development. The program develops hands-on skills in Unity3D game development, Augmented Reality applications, Virtual Reality experiences, 3D content creation, and real-world immersive solutions for industry and entertainment applications.

Key skills you gain

AR & VR Fundamentals: Introduction to AR & VR, Immersive Technologies, Virtual Environments, Interactive Experiences
Unity3D Game Development: Unity3D Fundamentals, Game Object Management, Scene Development, 3D Maze Game Design
3D Content Creation: 3D Environment Design, Object Integration, User Interaction Design, Visual Asset Management
Augmented Reality Application: AR Application Development, Marker-Based AR, AR Content Integration, Real-Time Visualization
Virtual Reality Experiences: VR Environment Design, User Immersion Techniques, VR Interaction Systems, Experience Optimization
Industry Applications: AR Wedding Invitation Development, AR Playing Cards, Interactive AR Experiences, AR/VR Gaming Solutions

CURRICULUM

Augmented Reality/Virtual Reality Framework

The curriculum is designed to provide comprehensive knowledge and hands-on skills in Augmented Reality (AR), Virtual Reality (VR), Unity3D game development, immersive application design, 3D content creation, and interactive digital experiences. Through project-based learning and real-world applications, students develop the technical competencies required to design, develop, and deploy innovative AR/VR solutions for gaming, education, healthcare, industry, and next-generation immersive technologies.

Topics Covered

AR/VR Fundamentals:	Introduction to immersive technologies, Augmented Reality, Virtual Reality, applications, architecture, and industry use cases.
Unity3D Game Development:	Developing Unity3D-based applications and creating a complete 3D Maze Game through practical sessions.
3D Environment Design:	Creating interactive virtual environments, object placement, navigation systems, and user interactions within Unity3D.
Augmented Reality Applications:	Design and development of AR-based solutions including AR Wedding Invitations and AR Playing Cards.
Virtual Reality Experiences:	Introduction to VR concepts, immersive environment creation, and user experience design for virtual worlds.
AR/VR Gaming Projects	Development of interactive gaming experiences including Zombie Game implementation in AR and VR environments.

Tools you learn: A structured overview of the Augmented Reality (AR), Virtual Reality (VR) by categorizing its core tools and technologies as shown in below

The industry-standard tools used for developing Augmented Reality (AR) and Virtual Reality (VR) applications, providing students with practical exposure to immersive technology development platforms.

Salesforce CRM Core Skills Matrix

Unity3D	AR Foundation	VR Toolkit
Asset Manager	Scene Builder	VR Development Environment
Interactive Design Tools	Mobile AR Deployment Tools XR Interaction Toolkit
3D Game Engine	AR Development Platform

Career Opportunities

AR Developer
VR Developer
Unity3D Developer
XR Developer
Game Developer
3D Visualization Engineer
Metaverse Developer
Immersive Experience Designer

3.2 Internet of Things (IoT) & 5g Technologies

The objective of the IoT & 5G Technologies program is to enable students to understand next-generation communication technologies, design and develop IoT applications, and integrate intelligent devices with advanced 5G networks. The program provides industry-relevant skills in wireless communication embedded systems, IoT architectures, cloud connectivity, edge computing, cybersecurity, and smart applications for Industry 4.0.

Key skills you gain

IoT Fundamentals: IoT Ecosystem, IoT Architecture, IoT Communication Models, IoT Design Methodology
Wireless & 5G Technologies: Evolution of Wireless Networks (1G-5G), 5G Architecture, 5G Spectrum and Standards, Network Slicing and Private 5G
Embedded Systems & Devices: Sensors and Actuators, Arduino Programming, ESP32 Development, Raspberry Pi Applications
IoT Communication Protocols: MQTT, CoAP, HTTP, Application Layer Protocols
Cloud & Edge Computing: Edge Computing, Mobile Edge Computing (MEC), Fog Computing, Cloud Platforms for IoT
Security & Cybersecurity: Authentication Mechanisms, Privacy Protection, IoT Security, 5G Cybersecurity Challenges

CURRICULUM

Internet of Things (IoT) & 5G Technologies workflow

The curriculum is designed to provide comprehensive knowledge and practical skills in Internet of Things (IoT), 5G communication technologies, embedded systems, wireless networking, cloud and edge computing, cybersecurity, and smart connected systems. Through hands-on laboratories, real-world projects, and industry-oriented applications, students develop the technical competencies required to design, develop, integrate, and deploy secure, scalable, and intelligent IoT solutions for Industry 4.0 and next-generation digital ecosystems.

Topics Covered

Introduction to IoT & 5G:	Introduction to IoT, wireless communication evolution from 1G to 5G, Industry 4.0 concepts, IoT ecosystem, IoT architecture, and key features of 5G networks.
Wireless Standards & IoT Architectures:	Wireless communication standards, standardization bodies (3GPP, ITU), 5G spectrum, IoT communication models, design methodologies, and reference architectures.
Sensors, Actuators & Embedded Systems:	Fundamentals of sensors and actuators, embedded systems for IoT, Arduino programming, ESP32 development, and Raspberry Pi applications.
IoT Communication Technologies & Protocols:	Wi-Fi, Bluetooth, ZigBee, LoRaWAN, NB-IoT, MQTT, CoAP, HTTP, and application-layer communication protocols.
5G Architecture & IoT Integration:	5G core network functions, service-based architecture, integration of IoT with 5G networks, and Massive Machine-Type Communications (mMTC).
IoT Applications & Smart Systems:	IoT applications in smart cities, smart manufacturing, connected vehicles, healthcare, agriculture, energy, and transportation sectors
Edge Computing & Cloud Analytics:	Edge computing, Mobile Edge Computing (MEC), fog computing, cloud platforms for IoT, data storage, and real-time analytics.
Security, Privacy & Emerging Technologies:	Network slicing, private 5G networks, non-terrestrial networks (NTN), authentication, privacy, cybersecurity challenges, AIoT, digital twins, and future 6G technologies.
Hands-on Implementation & Projects:	Sensor interfacing, device configuration, data collection, MQTT communication, cloud connectivity, dashboard development, mini-project implementation, and project demonstrations

Tools you learn: The essential hardware, communication, cloud, analytics, and development tools used to design, develop, connect, monitor, and deploy Internet of Things (IoT) and 5G-enabled smart applications

By working with tools such as Arduino, Raspberry Pi, ESP32, MQTT, Wi-Fi, LoRaWAN, NB-IoT, Bluetooth, ZigBee, Cloud IoT Platforms, and Edge Computing Tools, students develop practical skills in device connectivity, real-time data acquisition, cloud integration, analytics, and intelligent IoT application development as below

IoT & 5G Technologies Core Skills Matrix

Arduino	Raspberry Pi	Broker	Wi-Fi
5G Networks	Lora WAN	NB-IoT CoAP HTTP	Cloud IoT Platforms
Edge Computing Tools	Dashboard	Development Data	Analytics Tools
IDE ESP32	MQTT	Bluetooth	ZigBee