The future of engineering jobs

Contents

• Industry trends: the Industrial Revolution 4.0
• Skills for engineers: advice for engineering careers
• Programs to study: what programs does Waterloo offer related to this field? 

Talk about a revolution: future of work

We're at the beginning of Industrial Revolution 4.0, where a mass of new technologies is going to change everything! (We mean everything!)

Let's break a few of these areas down and see what your future in engineering might look like.

Biotechnology

Biotechnology uses living organisms or biological material – like plant or animal cells, molecules and tissue – to make products such as pharmaceuticals, nutritional supplements, environmentally friendly chemicals, and biofuels. It can be applied in all sorts of industries including health care, agriculture, and the energy sector.

The biotechnology industry employs over 200,000 people in Canada, and is expected to hire 65,000 workers by 2029. Globally, it’s projected to be worth almost $1.7 trillion USD by 2030.

Medical and health care applications hold particular promise. As an engineer, you could help treat illness and enhance healthcare with innovations like new methods of cancer detection, artificial kidney dialysis, or biosensors for medical research. In agriculture, you might develop a nanocoating to keep food fresh without plastic waste, or develop probiotics for plants to boost hydroponic production.

Careers in biotech

Your engineering career may lead to a career in a start-up, government, private companies, or clinical laboratories. You might invent something, like bio-ink to help faster 3D printing of kidney tissue. Or, you may have a career as a genetic counsellor, a biomedical engineer developing treatment for Alzheimer's, or helping amputees regain mobility with high-tech prosthetics.

Sustainability

If you’re looking for jobs of the future that will also make a difference, the fight against climate change needs you! And it opens up so many frontiers and opportunities in engineering.

Engineers make a big impact on the planet and on our communities. As our infrastructure ages and the climate changes, buildings, roads, and bridges will need to be reinforced, retrofitted, or rebuilt. We’ll need to establish new, climate-resilient building standards and introduce improved, greener materials – like lower-carbon cement, or bricks grown from bacteria.

As a civil engineer, you could help design net-zero buildings, or work on public transportation projects that help communities reduce emissions.

As a geological engineer, you can advance sustainable practices to protect our planet's resources. You'll develop skills to minimize the environmental impact of resource extraction, design stable infrastructure, assess risks for landslides and earthquakes, or remove hazardous contamination from groundwater.

As a chemical engineer, you might find ways to use chemistry to tackle waste. Chemical engineers have discovered how to turn plastic bottles into pollutant-absorbing material, or remediate waste and make biofuel at the same time.

As an environmental engineer, you can help combat the critical environmental challenges facing our natural and built structures. You'll gain the skills needed to design smarter water treatment and distribution systems, clean contaminated soil, or even build a better city.

The global shift to – solar, wind, geothermal, even tidal – means demand for electrical and mechanical engineers will grow. Maybe you’ll develop better batteries, or new methods of energy management. If you’re adventurous, you might work on microgrids for remote communities.

Carbon capture

Carbon capture, utilization and storage (CCUS) generally involves extracting carbon from emissions – often right at the source – and converting it into a solid, which is then stored in geological formations underground. Experts increasingly think that CCUS technology will be necessary to meet the world’s climate targets. Governments around the world are eager to adopt it. The catch: CCUS is still new. There’s opportunity here to push existing technology. You might even discover new methods of carbon capture, such as transforming CO2 into useful chemicals.

The Internet of things (IoT)

As more and more sensors are developed and connected to networks, we'll have the ability to collect data from more and more places and things on land, in the air, water, and space.

By 2030, there will be over 41 billion connected products, and that means huge amounts of data — already, the world uses five quintillion bytes per day! One of the factors slowing down the growth of the internet of things is a lack of trained workers. There's going to be a worldwide demand for data engineers to set up and manage data networks, collection, and storage. Expect plenty of career opportunities in data analysis, too.

The opportunities are limitless

You might be involved in making sensors for everything from smart contact lenses to monitors for diabetes. Or employed as a design engineer creating products for businesses or homes. Or how about an autonomous shuttle?

AI innovation and machines that learn

Artificial intelligence (AI) is one piece of a puzzle that will see machines helping people, doing dangerous or repetitive jobs, and informing smart decision making.

AI is based on computer-coded instructions that allow machines and robots to learn, then execute tasks or make decisions. The applications seem to be limitless with up to 97 million new jobs being created by 2030!

A demand for engineers

Engineering grads will be needed in all sectors from government to finance. You'll design and develop the software, hardware, and interfaces powering AI-based products and services like guide self-driving semi-trailer trucks, predicting virus mutations, identifying and protecting against cyber-attacks, or tracking and predicting weather patterns.

Skills for engineers: advice for engineering careers

As an engineering student, you'll learn about many facets of engineering – like developing structures or creating electric systems – and work with new, exciting technologies. What you're passionate about will determine your focus and where your career takes you. Waterloo’s co-op program, the largest in North America, gives you the opportunity to test out a job or industry before you graduate while earning money and building professional connections.

Here are some transferable skills that will help engineering grads build successful careers:

• Analytical skills. Engineering involves tackling complex problems: you’ll need to be able to use complex reasoning, pick up on patterns, and gather and organize data.
• Problem solving skills. Engineering grads should be able to define problems clearly; understand context; take different points of view; and break down a big problem into smaller questions or steps.
• Collaborative skills. Most jobs in the workforce today involve working in teams. Conflict resolution and organizational skills translate into leadership skills and become even more important as you advance in your career.

Programs of study

Here are some degrees to explore, listed with a handful of possible job titles for graduates. Worth noting: for some of these careers, a range of different degrees could be your first step; some may require additional training or an advanced degree. If that’s part of your plan, Waterloo’s Centre for Career Development has dedicated advisors who supports students all the way through the graduate program application process. The best degree to pursue is the one that excites you the most!

What's next

• Learn more about Waterloo's Faculty of Engineering.
• Applying to university? Sign up for tips and advice from current Waterloo students.