July 26


Five Trends Changing the Face of Engineering

Engineers can be confident that their work will change from what it has in the past in the upcoming years and decades, despite the fact that there are still many unknowns about the future. These tendencies, according to analysts, will revolutionise the engineering industry. Look at the software abilities needed to become a mechanical engineer.

1.  The Future Will Be Interprofessional

Peter Briggs, Chief Engineer’s Advisor at Engineers Australia, said: “The biggest shift I see coming is the amount of work or projects that will require a multidisciplinary approach.”


“That is something that many disciplines do, not just one in particular. The responsibility for directing how things are installed falls to your mechanical and structural engineers. Your electrical engineers and power systems engineers then incorporate it into the grid. One of the biggest changes we’ll see in the future, according to him, is the size of the projects being performed.

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2.  Systems Engineers Will Take Center Stage

Future transdisciplinary work will make one talent, in particular, systems engineering, even more important. Systems engineers who are capable of planning and managing these projects will be required by processes that are becoming more complicated and that depend on engineers with a wide variety of experience.


“The Internet of Things has also arrived together with the fourth industrial revolution. Because of this, a lot of things are networked and connected, and projects produce a lot of data when we did not previously have this technology, “stated Briggs.

3.  Creativity cannot be mechanically automated.

As all engineers are aware, automation is rapidly expanding due to robotics and artificial intelligence. Fortunately, algorithms are not likely to take the place of engineers.

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According to Briggs, engineering is a set of skills that will prepare you for the economy of the future since it teaches you to address problems using fundamental principles. This approach can be used to resolve issues in a number of non-engineering domains.


You can apply your knowledge of engineering practice to a wide range of tasks, projects, and positions if you are familiar with the specific technology you will be employing or, for example, the programming and software skills you will need. Actually, preparations are being made for a future when change is more rapid and quick.

4.  Manufacturing, infrastructure, space, and renewable energy are booming industries.

Engineering is significant in almost every part of life, and there is still a considerable demand for engineers in almost all fields. But in some fields, engineering will play a very significant role.

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Briggs noted that “these massive megaprojects that you’re seeing in renewable energy and infrastructure generally are on a significantly wider scale” when compared to past engineering endeavours. There has been a substantial shift in how sustainability can, and should, be incorporated into every project. In fact, the UN Sustainable Development Goals cannot be achieved without engineering.


5.  Micro-credentials will be necessary.

Although engineers have always needed to stay current with new knowledge, this will become increasingly crucial in the future. According to Briggs, “engineering is a discipline that requires continual education. The future of engineers’ professional development is micro-credentials.


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Engineering is an ever-evolving industry. Engineers must keep up with the trends to keep up with the industry. Automobile design is an exciting field preferred by many. Check out these design engineer courses to learn in-depth about this field.



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