Smart or intelligent materials are described as materials that can achieve a controlled, predictable, variation in one or more of their properties as a direct response to an external stimuli and/or a change in their environment. The external changes can be fluctuations in temperature, light, pressure, magnetic or electrical fields, surrounding moisture, or chemicals. Not all smart materials are the same. Some can change their properties due to more than one of the external stimuli at the same time, and some materials offer greater adaptability due to certain external changes than others.

Whether it be moving documents between departments, stocking shelves, or even making sandwiches, many businesses have processes that can be refined. These processes are often inefficient, can produce waste, and use up valuable time and resources – particularly in the case of bad sandwich making. So, what’s the solution? Consult a process engineer. Unfortunately, many businesses do not consult a process engineer because they don’t even know that they should. 

Whether it be moving documents between departments, stocking shelves, or even making sandwiches, many businesses have processes that can be refined. These processes are often inefficient, can produce waste, and use up valuable time and resources – particularly in the case of bad sandwich making. So, what’s the solution? Consult a process engineer. Unfortunately, many businesses do not consult a process engineer because they don’t even know that they should. Check out our Process engineering jobs

As we collectively learn the lessons from our handling of a global pandemic, there is an increasing awareness of the need to be prepared for the big issues our planet faces through the 2020s. In particular, what can engineers do to combat some of the known challenges that we will face? Here we look at 3 global and interconnected societal challenges and ask what engineers can do to help solve them. 

Automotive engineering is one of today’s most exhilarating engineering industries. Want to design a car that will be driven in a Formula 1 race? Want to help develop the next electric vehicle? Then automotive engineering may well be the field for you!

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.

When looking for an engineering job, you have two options. You can either work at an engineering startup, or an established engineering company. Each is different, and both have their benefits and drawbacks. No matter which of these you choose, you will gain valuable engineering experience by working there. 

Electrical engineers are saddled with a lot of responsibility in today’s world of rapidly advancing technologies.They are tasked with designing, developing, and testing electrical equipment and systems. From smartphones to supercomputers, electrical engineers are deeply involved in every step of the engineering process. But what is electrical engineering?

Machine learning is the ability of an algorithm to learn from data and improve its accuracy over time. It is a concept that is on everyone’s minds in today’s technological, innovative world.

When it comes to engineering, the pulp and paper industry is not one that generally springs to mind. Engineers, however, play an essential role in this industry. Without engineers, the industry could not exist, and the world as we know it would change drastically. What is the pulp and paper industry? Companies in the pulp and paper industry manufacture pulp, paper, paperboard, and other paper products mainly using wood as a feedstock. Rags, flax, cotton linters, sugar cane residues, and used paper can also be used in the manufacturing process.

Technically speaking, corrosion is the gradual destruction of materials by a chemical or electrochemical reaction with their environment. Although it is commonly believed that corrosion is only associated with metals, they are not the only materials susceptible to it. Non-metallic materials, including plastics and glass, can also corrode.

Because of the coronavirus pandemic, many engineering companies have pivoted away from in-person job interviews in favour of online job interviews. This switch has put many engineers into unfamiliar territory. Gone are the days of sweaty handshakes, nervous fidgeting, and worrying about food stains on clothing. These woes have been replaced by noisy children and pets in the background of video calls, shaky Internet connections, and making sure that your microphone is on. Always have it on...

Chemical engineering is one of today’s broadest and most in-demand engineering disciplines. Chemical engineers work in a variety of industries, including energy, mining, chemical production, food production, and water treatment. Because of their diverse skillset and the industries in which they work, chemical engineers are highly sought-after.

2020 was an unprecedented year. The coronavirus pandemic has brought the world to its knees, changing life as we know it. It’s been particularly crippling for the world of engineering. A global economy in recession has forced many companies to rethink their operations. For new engineers, this organizational rethinking has led to fewer career opportunities.

The U.S. federal government is the country’s largest employer, employing around two million workers. It is also on a hiring spree to replace the wave of retiring baby boomers, which means more opportunities for young people graduating from university this year. As a government engineer, one will have a chance to build the country with the added security of a steady pay-check. Government workers are rarely laid off. Other desirable benefits include health and dental insurance, regular merit-based promotions, safe pensions, and even student loan repayments.

While most electrical engineering jobs don't require a Master's degree, those who want to undergo further training on advanced technologies, carry out original research, and have opportunities to land management positions, will find that having one is an advantage. A Master's degree will give engineering professionals more opportunities to work for prestigious companies in the country and abroad. Universities in Canada offer both Master’s and doctorate programs for anyone interested in getting the most out of the field.

Engineering and research related professions are undoubtedly some of the most popular in current times, with a significant proportion of our passionate youth opting for these majors in university.

Food engineering is a multi-disciplinary field that is responsible for the production and preservation of food. The focus of a food engineer is to constantly improve the food production process, whether that is introducing energy efficient machinery, or developing a new type of packaging to increase the shelf-life of a product. Working closely with food technologists and food scientists, their combined goal is to provide a healthy, tasty, long-lasting product while also ensuring global food supplies remain plentiful and safe.

It’s a sad fact that historically, women have been less likely to move into STEM (Science, Technology, Engineering & Math) career fields. The institutions and organisations mentioned in this article aim to empower woman and girls to pursue careers in the STEM fields. The lack of woman in STEM fields currently is a global problem, and as such this article aims to shine light on five institutions that are working hard to eradicate this issue and to help us move towards a more equal society.

Humankind has always been fascinated by flight. Many an inventor has looked at how effortlessly birds float on the wind and wondered if a similar feat can be achieved by using only human ingenuity. The chances are high that you are reading this article because you too have an interest in all things aeronautical. This article lists some of the more impressive feats that have been achieved thus far and aims to instil a sense of awe. Check out our aerospace engineering job listings

Ever since I was a kid, I dreamed of becoming an engineer. From playing with LEGO to being an active member of my high-school robotics team, I loved building things and breaking them down to learn how they worked. This being said, I have kept an open mind about a position in management down the road and from this perspective it was important to me to prepare for a career in both business and engineering. My answer: a dual degree program whereby I completed a BA in economics alongside a BSc in Mechanical Engineering.

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.

Self-improvement via continued study is a sure-fire way to increase your earning potential. A Master’s degree is a very good way to prove your expertise within a given field and the choice of your Master's will set your career trajectory. But let’s face it, Master's programs in many countries are far from cheap. Luckily, there are ways to fund your studies and this article aims to provide you with a list of the most practical ones. Check out our full range of Master's program listings