Engineering
IN THIS LESSON
Introduction to the Engineering Career Cluster
Engineering is often incorrectly viewed as a complicated subject, reserved for only the smartest people in the society. But at its core, engineering is simply about solving problems.These problems are grouped into categories based on their nature. For example, electrical engineers work with things like electricity, power systems, and circuits. Mechanical engineers focus on objects in motion, such as airplane parts, vehicles, or even the flow of blood cells.
Engineers help build the world around us—from skyscrapers and bridges to medical devices. Almost everything we touch, eat, or use in our daily lives is connected in some way to engineering. One of the unique things about engineering is that many engineers don’t stay in their specific field. Their problem-solving skills allow them to move into areas like management, business, or even medicine. Engineering teaches tools and ways of thinking that can be applied to almost any challenge.
Although becoming an engineer takes time and effort, the field offers strong job security. That’s because only a small percentage of people earn the title of "Engineer."
Fields and Careers in Engineering
Below are five key fields within this cluster, along with common roles and career trajectories.
Aerospace
Aerospace engineers design and test aircraft, spacecraft, satellites, and drones. They often work on improving flight safety, fuel efficiency, or space exploration technology. Careers can lead to roles in companies like NASA, Space X, Boeing, or defense contractors, with opportunities in design, system integration, and mission planning.
Bio-Medical
Biomedical engineers apply engineering principles to healthcare, developing medical devices, imaging systems, and artificial organs. They often work alongside doctors and researchers to improve patient care. Career paths include roles in hospitals, research labs, medical device companies, or further studies in medicine or biotechnology.
Civil
Civil Engineers design, build, and maintain the infrastructure we use every day - like roads, bridges, buildings, and water systems. They ensure structures are safe, sustainable, and efficient. Common roles include structural engineer, transportation planner, and project manager. Career paths lead to work with construction firms, government agencies, or consulting companies, often progressing into leadership or specialized technical roles.
Mechanical
Mechanical engineers design, build, and test machines and mechanical systems, from engines to vehicles to heating systems and factory robots. Common roles include product design, manufacturing, and maintenance engineering. Career trajectories often lead to automotive, aerospace, energy, or robotics industries, with opportunities in design, operations, or management.
Electrical
Electrical engineers work with electricity, electronics, and electromagnetism to design systems like power grids, communication networks, and electronic devices. Common roles include designing circuits, developing renewable energy systems, and working on robotics or telecommunications. Career paths often lead to positions in tech companies, utilities, aerospace, or advanced research and development.
Education and Certifications:
Engineering is a regulated profession, which means there are strict rules about who can officially call themselves an engineer. This is because the decisions engineers make can affect thousands of people, so they carry a serious responsibility to protect public safety and well-being.
To make sure engineers are qualified and trustworthy, the profession is governed by provincial and national organizations. These groups set the standards and require engineers to take an oath to act ethically, follow the law, and do their work properly.
The path to becoming a licensed engineer is designed to be challenging—so that only those who are truly committed make it through. First, you need to complete a Bachelor of Applied Science (BASc) degree, which usually takes 4 to 5 years. After that, you must work for 48 months (about four years) as an Engineer-in-Training (EIT), gaining real-world experience under the supervision of a licensed engineer.
During this time, you’re doing meaningful and relevant work—and getting paid for it—but your work must be reviewed and approved by a licensed engineer. Once you complete this process and meet all the requirements, you earn your professional designation and are trusted with the authority to sign off on official engineering documents, such as drawings and reports.
Here is a list of common bachelor’s degrees, which you can explore these further on EducationPlannerBC:
Bachelor’s Degrees:
Bachelor's of Applied Science Degrees (BASc)
*With focus on the sub-discipline you choose (ie. electrical, mechanical…..)*
Graduate Degrees:
Unlike other fields, a masters degree is not required for engineers as you have access to high paying jobs from the 3rd year of your undergraduate degree. However, if you are eager to obtain additional degrees here are a few options:
Master of Engineering (MEng)
Master of Applied Science (MASc)
Certifications and Diplomas:
Engineering Technologist and Technicians Diplomas
*Technicians provide technical support to companies and organizations. Note: You are not an engineer and the program duration is 1-2 years. This option will likely require additional training and education*
As mentioned earlier, certifications can boost your job opportunities and show that you have specialized knowledge in certain areas.
Engineering is a broad field with many sectors, so there are countless certifications you could pursue depending on your interests. While it's impossible to list them all, some common and valuable options include MBAs, project management certifications, and specialized programs like supervision or technical training.
The great news is that many employers support ongoing learning. In fact, it's common for companies to pay for your training—or even cover the cost of a master's degree—because it benefits both you and the organization.
Note: Most of these certifications become available after you complete your bachelor's degree.
Understanding the World of Engineering
In general, the engineering and construction world is organized into several key roles:
1. Project Owner
This is the person or organization that funds the project and owns it once it’s completed. For example, BMO Field in Toronto is owned by the Bank of Montreal—they financed its construction and now hold ownership.
2. Contractors
General contractors manage the overall construction process. They make sure communication flows between the owner, design team, and trades. They also make sure everyone is doing their part correctly and on schedule.
3. Design Team
These are the engineers and architects who design the project. If we’re building a high-rise, for example, the architect designs how the building will look inside and out. The engineer then uses math and physics to make sure the design can actually be built safely and effectively.
4. Trades
These are the skilled workers and companies who physically build the project. Electricians, plumbers, excavators, and other trades are often called the “boots on the ground.”
Once you earn your engineering degree, you can work in any of these areas. You might join a design firm and work in an office, head to the field with a trade, or help manage and supervise projects as part of a contractor’s team. Because of these different paths, no two engineering careers look exactly the same—but there are a few common traits that most engineers share.
What Makes a Great Fit?
Passion
To succeed in engineering, you have to enjoy the work. That passion doesn’t always appear right away—it might not even show up in high school or your first couple of years in university. But often, during a co-op or internship, you’ll find yourself thinking, “This is actually really interesting.” Maybe it’s bridge design or robotics or energy systems. That spark is what drives many engineers forward.
Values
Engineers tend to value pride in their work, innovation, leadership, safety, and efficiency. They care about doing things right, solving problems, and improving systems. Ethics are especially important—engineers are trusted to make decisions that affect lives, so integrity is non-negotiable. Lifelong learning is also key; engineers are always growing, adapting, and learning new things.
Lifestyle
Office-based roles often follow a standard 9-to-5 schedule. But jobs that involve construction sites or fieldwork usually start early—some as early as 6 a.m. A typical day might last 8 hours, but engineers should be prepared to work 10–12 hours when projects demand it. The work can be intense and fast-paced, especially with tight deadlines and financial pressures. However, most engineering firms offer strong salaries, excellent benefits, and support systems that make the workload worthwhile.
Impact
Engineering has a real and lasting impact on the world. Whether you help build bridges, clean water systems, power plants, or innovative technologies, your work often improves people’s lives in visible ways. Engineers are behind the Eiffel Tower, the Golden Gate Bridge, spacecraft, and the infrastructure we rely on every day. And even with everything we've built so far, we're still just scratching the surface of what’s possible. The limits in engineering go only as far as your curiosity and ambition take you.
Is This Career Cluster Right for You?
If you're thinking about a career in engineering, it's helpful to understand the types of skills often used in this field—and whether you're interested in developing them. You don’t need to have all these skills right now. Just ask yourself: do these sound like things you'd enjoy learning?
During your bachelor's degree, you'll build a strong foundation in math and physics. These core principles will stay with you throughout your career. As you progress, you'll build on that foundation and apply your knowledge to real problems in your chosen industry. It's not about memorizing everything, but about developing an understanding of how things work and how to apply that knowledge to create real-life solutions.
In addition to technical skills, soft skills like communication, organization, attention to detail, and leadership are also important. Engineers often work in teams, manage projects, and ensure solutions are practical and effective. You don’t need to have these skills figured out from day one—they’re developed over time, through experience.
Engineering is a commitment to lifelong learning and personal growth. Your career can be shaped to fit the life you want. If you prefer a relaxed work environment, there are companies that offer that. If you're looking for high-paced challenges that push your limits, those opportunities exist too. It might sound overwhelming, but you won’t be doing it alone. You'll have mentors, experts, and teammates to support you—and along the way, you’ll build strong friendships and valuable connections. The true value of engineering comes with time, patience, and the willingness to keep going.