Impact of Modern Technology on Innovative Communication System

We all know how technology is shaping the world right now. Communication today has undeniably become more convenient—there’s no denying that! But does it always hit the mark? No, not always.

Emerging modern technologies affect not only one sector but many sectors. Technology has changed how we communicate. Communication systems have become instantaneous because of real-time smartphone messaging apps like WhatsApp, Facebook, Instagram, etc., also called unified communication.

According to reports, India is expected to reach 1 billion smartphones by 2026 from 220 million as per the current record. It is also estimated that people spend around 77% of their time on various social media platforms.

The communication system has become innovative, impacting modern technology, which we will discuss in this blog. Modern technologies and digitalisation are changing innovative communication systems through advancements related to B Tech Electrical & Electronics Engineering.

Learning about new technologies excites you? If you also want to know about new technologies and how they impact the communication system. In that case, you can embark on your engineering journey from Manipal University Jaipur.

The Cornerstones of Communication Systems

Because of digitalisation, the history of the communication system has changed from traditional to modern and innovative. Regarding conventional methods, earlier communication mediums were newspapers, radio, and television, but communication became more accessible because of the internet.

The introduction of email further enhanced modern communication, SMS service, and video chats, making the innovative communication system more accessible and unified. Distance is not an issue for people who are talking from faraway places.

B Tech EEE programs can set the essential pace for modern communication systems by offering students the opportunity to learn and develop highly demanded skills in industries like information technology, aerospace, telecommunication, and defence.

Breakthrough Technologies Shaping the Future

Let us discuss technologies shaping the future and making the communication system innovative.

5G and Beyond: 5G will be one of the most critical technologies affecting innovative communication systems by delivering the peak download speed of up to 20 gigabits per second, and drive economic growth of 13.1 trillion dollars in global economic output, and create new job opportunities for around 22.8 million.

IoT (Internet of Things): IoT is a network that creates a more interconnected world by connecting interrelated devices that connect and exchange data with other cloud and IoT devices. With the advancement of 5G, improving high-speed networks will allow real-time data exchange, which will drive innovation.

Cloud Voice services and CPaaS: Clouding technologies are tools that help store data and information. Cloud voice and CPaaS are other advancements in the modern communication system. CPaaS (Communication platform as a service) is all set to grow from $676 million to $2,764 million by 2029. This cloud-based service offers adaptable and cost-effective communication services like voice calls, video meetings, SMS, etc., that can be added to applications or websites to make communication easier.

Artificial Intelligence: Artificial intelligence (AI) and communication go hand in hand, or both can work effectively when appropriately integrated. Nowadays, AI makes communication easier via chat-bots, AI-driven tools that converse with text or speech. About 40% of internet users worldwide nowadays prefer chat-bot interactions over virtual agents on their websites. Siri, Alexa, and customer service chatbots are examples of virtual assistants that have made innovative communication systems possible.

Now, we are very close to another big transition, where artificial intelligence with machines is there to make the communication system smoother! Applying AI and machine learning will be possible only when B-tech EEE students have enough skills. If you also wish to learn electronic engineering, you can check out the best Universities of India for B Tech.

The Role of B Tech EEE in Driving Innovation for Modern Communication Systems

Now, let's discuss some of the roles of B Tech EEE in driving innovation in the communication system:

• Designing and innovating the electronic devices that will help in technology development and advancement
• Conduct research in energy systems, automation, and communication.
• Integrating new technologies like AI, 5G, CPaaS, etc, which we have discussed in the blog, is the future of the innovative communication system.
• Contribute to advancement and sustainability and enhance performance efficiency in different industries.

Btech EEE provides learners with a foundation in the principles and technologies that improve communication systems for people and businesses, which will help students get good placements in future. You can also check the Placements at MUJ.

Universities like Manipal University Jaipur are at the forefront of integrating emerging technologies. Let's read the latest example of how universities are creating innovations.

“Revolutionising Communication: Northumbria University’s Impactful Tech Innovations”

Let’s discuss the recent real-world example of Northumbria University, which has been awarded almost £850,000 for three research projects. According to reports, this could change how we communicate in the future.

Members of the university will be working on advancing optical wireless communications. Talking about the projects in more detail, three projects have been introduced that will contribute to making the communication system more innovative:

• FOCAL (Free-space Optical Communications for Aerial-satellite Networks): Aims to use lasers for data transport between Earth and satellites to provide internet access in underserved areas.
• OWIN6G (Optical and Wireless Sensors Networks for 6G scenarios): This project uses LED lights to send data to mobile devices, enabling light-based communication and positioning systems.
• 6GISLOC (Integrated Sensing, Localisation, and Communication for 6G based on AI-Assisted Optical Camera Communication): Develops optical wireless communication systems for 6G networks using existing lighting and wireless infrastructures.

These are some of the university's new projects that B Tech Electrical & Electronics Engineering students must know.

Challenges and Future Directions

Despite the many benefits of modern technologies in the communication system, innovative communication still faces challenges in cybersecurity and privacy, which require measures to protect sensitive data and information. New insights from IBM show the experience of 3,556 cybersecurity and business leaders hit by a breach.

Future trends in innovative communication may comprise greater reliance on quantum encryption, AI-driven communication protocols, and expanding 6G technologies.

B Tech EEE students will play a very important role in advancing these technologies in the future, which will change the modern communication system and make it faster!

Conclusion: Embracing the Future

This blog has discussed the impact of modern technology on the innovative communication system. Emerging technologies are changing the world, and technology is advancing too fast, so communication systems have to keep up with them. What technology has to offer you in the future is unpredictable!

Do you also wish to change the future? Then what are you waiting for? Enrol in Manipal University Jaipur today only!