In the past few decades, traditional engineering has lost some of its appeal due to the growing interest and demand for software engineers. However, engineering is still a highly sought skill that covers many industries.
Engineers can specialize in various areas. For instance, civil engineers advise on major construction projects, electrical engineers design and build electric networks, and precision engineers produce super-precise machinery parts that need to be accurate to the hundredth of a millimeter.
Jobs in the engineering sector
The engineering sector is huge and still expanding on a global level. Although many developed countries have seen a fall in production levels, specialist engineering is still vitally important.
Advancements in engineering are helping to improve transport networks, allowing for more efficient power stations and more energy efficient homes, and making cars safer and more reliable. Engineering advancements have also led to improvements in farming, science, and medicine.
Aerospace engineering is one of the areas that appeal to many undergraduates. Many children grow up designing airplanes and testing various models of paper airplanes. There is still something magical about flight, and this is one of the most exciting areas of engineering. Of course, aerospace engineering also covers space vehicles, including rockets and satellites.
As an economy develops, people move away from traditional agriculture to work in the service sector. However, people still need to eat; in fact, with a growing population and increasing levels of obesity, it is clear that humans are eating much more now than when a majority of the population worked in agriculture.
All of this is possible thanks to developments in agricultural engineering. This form of engineering is closer to biology in some respects and is suited to those who have studied bioengineering. Agricultural engineers develop biofuels, plan animal environments, and find better food processing methods. Agricultural engineers are focused on making farming more efficient and more profitable.
Biomedical engineers help to design and build innovative diagnostic systems and surgical machines. Many new devices are designed every year, and some of these can very quickly have a huge positive impact on the medical community. Biomedical engineers are helping doctors diagnose and treat illnesses and carry out complex surgical procedures.
Geological engineers combine engineering with physical geography and are involved with the planning of construction sites, conducting groundwater studies, and finding new fossil fuels such as oil, gas and shale.
Mechanical engineers specialize in motion technology, systems management, and energy generation. They help build large industrial machinery and find urban solutions to human problems, for example through the implementation of elevators, trains, and tramlines.
There are many other fields of engineers to consider. To become an engineer, it is important to choose a specialist area as soon as possible, ideally before committing to a university degree course. Specialist engineers will always find it easier to start a rewarding career in engineering.
When starting the job search, it is important to put together a long list of prospective companies that have positions matching one’s skills and education. Research company websites and read through all job descriptions to learn how different roles require specific engineering skills.
Companies such as Transducer Techniques are always in need of highly skilled precision engineers to help produce their innovative load cell systems.
Even during these time of economic uncertainly and slow growth, there are still many excellent engineering companies that are on the lookout for enthusiastic graduates who can bring new skills and knowledge to the industry.