The Industrial Revolution 5.0 is the latest stage of industrial evolution that marks a fundamental change in the way humans interact with technology, machines and systems.

Unlike previous industrial revolutions that focused more on automation and digitization of production processes (such as the Industrial Revolution 4.0), the Industrial Revolution 5.0 puts humans back at the center of technology by emphasizing collaboration between humans and machines.

This involves not only human interaction with increasingly sophisticated technology, but also the empowerment of humans to innovate, make decisions and lead in an increasingly connected environment.

Some of the hallmarks of the Industrial Revolution 5.0 are:

1. Human-Machine Collaboration

The Industrial Revolution 5.0 highlights the importance of collaboration between humans and machines, where humans and robots work together in an integrated work ecosystem. This not only includes the use of robotics and artificial intelligence to increase productivity, but also enables humans and machines to work together on tasks that require creative expertise, empathy, and complex problem-solving.

2. Use of New Technologies

The Industrial Revolution 5.0 is driven by advances in various technologies including artificial intelligence, Internet of Things (IoT), virtual and augmented reality, quantum computing, and biotechnology. These technologies not only change the way we work and live, but also open up new opportunities for innovation and advancement in various industrial sectors.

3. Human Empowerment

One important aspect of the Industrial Revolution 5.0 is the empowerment of humans to take control of technology and use it to improve quality of life and create added value. This includes upskilling and reskilling the workforce to cope with rapidly changing labor market needs, as well as providing wider access to education and technology training.

4. Digital Infrastructure Development

The Industrial Revolution 5.0 also demands the development of robust digital infrastructure to support widespread connectivity and accessibility to technology. This includes the development of 5G networks, cloud computing, and digital platforms that enable fast and secure data exchange between various devices and systems.

The Industrial Revolution 5.0 offers great opportunities to improve productivity, efficiency, and innovation in various industrial sectors, while being mindful of the social, economic, and environmental impacts generated by technological developments. Therefore, it is important to manage this transformation wisely and ensure that the benefits are felt by all levels of society.

By looking at these opportunities, the Informatics Engineering Study Program at Dian Nusantara University has 2 specializations, namely software engineer and network enterprise engineering, where these two specializations are very much needed in the era of the industrial revolution 5.0.

The Role of Software Engineer & Network Engineer

The role of software engineers and network engineers is becoming increasingly important in supporting the development and application of technology that enables this revolution. Here is how both roles play a role in the Industrial Revolution 5.0:

1. Software Engineer Role

• Technology Innovation

Software engineers play a key role in driving the technological innovation that underpins the Industrial Revolution 5.0. They design, develop, and maintain software that supports new technologies such as artificial intelligence (AI), Internet of Things (IoT), cloud computing, and blockchain.

• Application Development

In the Industrial Revolution 5.0, software applications are the backbone of connecting disparate systems and enabling collaboration between humans and machines. Software engineers are responsible for developing applications that enable automation, real-time data analysis, and intuitive user interface interactions.

• Software Security

With the increased connectivity and complexity of systems in the Industrial Revolution 5.0, software security has become very important. Software engineers are tasked with designing systems with security in mind, implementing security best practices, and regularly updating software to protect against evolving security threats.

2. Network Engineer Role

• Network Infrastructure

Computer networks are the backbone of the Industrial Revolution 5.0, connecting devices, systems, and people. Network engineers are responsible for designing, implementing, and maintaining network infrastructure that can accommodate increasingly complex connectivity needs and improve network speed and resilience.

• Availability and Performance

In the Industrial Revolution 5.0, network availability and performance are critical. Network engineers must ensure that the network can cope with high data volumes, provide low latency, and maintain high availability to support applications and systems that operate 24/7.

• Network Security

As connectivity and IoT penetration increase, network security becomes more complex and critical. Network engineers are responsible for designing robust security systems, implementing firewalls, data encryption, threat detection, and other security practices to protect networks from cyber attacks.

In the era of industrial revolution 5.0, Software Engineers and Network Engineers not only act as individuals who understand technology, but also as innovators and problem solvers. Having the ability to adapt quickly to technological changes, understand business needs, and be able to design and develop innovative solutions. Collaboration and communication skills are also key factors in the success of the Software Engineer and Network Engineer professions.

Job opportunities for Software Engineers and Network Engineers are enormous, not only limited to the technology industry, but also extending to various sectors, including banking, healthcare, education, manufacturing, and others, as information technology continues to evolve and the dependence of organizations and individuals on technological solutions.

Thus, both software engineers and network engineers have a very important role in supporting and driving the Industrial Revolution 5.0 through technological innovation, application development, network infrastructure management, and maintaining system security and availability. Collaboration between the two is key in creating a technology ecosystem that can support ongoing industrial transformation.

(Anita Ratnasari, M.Kom. / Kaprodi Teknik Informatika)

Fakultas Teknik dan Informatika Universitas Dian Nusantara

[email protected]

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