What does the future hold for engineering? Perhaps we won’t know the answer until it arrives; when it comes to a field with such breadth as this, anything is possible. One thing’s for certain, though: artificial intelligence will play an enormous role in what happens to the discipline over the next few years. It’s already shaping the manufacturing industry and it won’t be long before all engineering specialisations are transformed in one way or another by this revolutionary technology.

’Necessity is the mother of invention’ is a phrase we’ve all heard at one time or another no doubt. As humans, we’re hard-wired to think about the problems we face in life and try and come up with solutions to them, solutions which facilitate us and others around us. The invention of the wheel is a classic example.

Engineering is a profession that applies the principles of math and science to practical problems. In the U.S., an undergraduate engineering degree usually takes four years and can cost up to tens of thousands of dollars. Graduate programs can take anywhere between two to six years and add more to the cost of an undergraduate degree. Luckily, many scholarship programs are available to help students offset those costs.

For many civil engineers, conferences provide an opportunity to exchange ideas and connect with new people working in the field, as well as stay up-to-date on the latest trends in the industry. Like other engineering disciplines, numerous conferences dedicated to civil engineering are held around the world each year, with many on the continent of Europe alone.

The world is beset by intertwined crises: the climate, pandemic, and, increasingly, a crisis in the global food supply. It’s prosaic to say, but as the world’s population increases, more food is needed to sustain it. And regardless of the population size, humanity will only ever have the same amount of land on which to produce its food. This, as one may expect, is a growing tension. Luckily, engineers of all stripes are busy using their expertise, conjuring up innovative solutions to address the issue. Here we take a look at some of the most impressive.

Engineers are, by definition, problem solvers and innovators. Whether it’s to do with transportation, buildings, medical devices or energy sources, engineers are always looking for ways to make everyday life better for their fellow human beings. With the rapid rate at which changes are taking place in the world today, we all have to keep on our toes to stay ahead of the curve, and this is especially true in the engineering world. To this end, here are 8 of the greatest challenges engineers can expect to face in the next decade.

Current or future engineers; are you in your final years of college and wondering what’s next? Have you wondered how or if your career will change over the course of the next 30 years? These seem to be very good questions considering what engineering jobs were 30 years ago compared to what they are now.

Chemical engineering is one of the most complex fields of engineering with many specialisations from water treatment, to the food and beverage industry. Due to the complexity of the field, it is critical that the modern chemical engineer remains up to date with the latest developments and advances in their area of expertise. In this article, we’ll offer up 5 great conferences across a few of the chemical engineering sectors that you should seriously consider attending.

When you mention the Internet of Things (IoT) and how it applies to engineering, most people’s thoughts turn to the manufacturing industry. Undoubtedly, the use of internet-enabled devices that link up, communicate and work with each other will revolutionise factory work. It will make assembly line processes more streamlined and cost-efficient. But, there are also plenty of uses for IoT technology in the traditionally, more ‘manual’ environments of construction and infrastructure projects. It’s estimated that IoT will have an economic impact of $6.2 trillion by 2025.

The first step in many engineers’ careers is an engineering internship. Some companies and universities call internships “co-ops”. Companies offer interns an opportunity to gain real-world engineering experience while they are still students and may offer full-time employment upon graduation. As a student, it can be difficult to get your first engineering internship because you don’t have much experience. You need to find other ways to stand out. Luckily, this article will give you some tips and tricks that will help you get a leg up on your competition.

Environmental engineers deal with the protection of the natural environment from harmful elements such as pollution and contamination. They may also work on industrial processes in various factory settings and can specialize in areas such as air, water, or waste management. In addition, environmental engineers should stay up-to-date on regulatory procedures and environmental guidelines. Attending conferences is one such way for professionals to stay up-to-date. Continue reading below for the top five environmental engineering conferences in 2019.

Computer engineering is a hybrid between electronic engineering and software engineering and its focus is to develop hardware and software systems. Due to the complexity and rate of change in technology in this field, it is imperative for a computer engineer’s knowledge and skills to remain up to date. The most efficient way to achieve this is by attending conferences as these concentrate new developments in one place. Software engineering refers to the creation of programs that can perform a defined set of functions through coding.

A masters in Industrial Engineering gives you all the skills you need to gain employment in manufacturing, managing supply chain systems, or warehousing. You will learn how to apply 21st-century technology solutions to manufacturing challenges. Many courses also offer modules in mathematical modelling, simulation and optimisation. An Industrial Engineering masters can lead to a number of careers including maintenance engineer, quality control manager, systems engineer, sales engineer, etc.

Architectural engineers are professionals who study the planning, design, construction, and operation of engineered systems for different types of buildings. Their jobs share similarities with those of civil engineers in terms of tasks and specializations, but also feature differences which make the career field distinct. According to the Bureau of Labor Statistics, an annual increase of 8.4% is expected until 2024 for civil engineers, including architectural engineers, due to the need for improvements and repairs to existing and aging infrastructure.

As an engineer, finding the perfect job is often a long drawn out process of trial and error. Some aim for the highest paying jobs, while others use a passion based approach to selecting a job. Each of these approaches has its advantages and disadvantages.

The automotive industry in the US is one of the largest in the world with a total of 17.2 million light vehicles sold in 2018. Despite the forecasted drop to 16.9 million units for 2019, records show that there is no significant change to the national employment of automotive engineers in the United States. The overall job outlook for engineers in the automotive industry is looking positive, with an average growth rate of 1.34% per year. Professionals who want to stay competitive in this major US industry will do well to proceed with a Master's in automotive engineering. 

The industrial revolution came in the middle of the 18th century to change everyone’s lives for good. With the invention of machines, most jobs and tasks that were previously performed by manual labour (humans and/or animals) were replaced by new and more efficient methods.It also meant that previous tasks that were unimaginable before were now possible, which lead to the most significant paradigm shift humanity had ever experienced.