There is so much scope for the modern civil engineer than just designing car parks and drainage systems. There are opportunities in an ever-growing world to make your mark on modernising cities, ensure the largest-scale projects are built for safety and longevity and to protect the environment for compliance and ethical reasons.
Before completing their studies, civil engineering students should understand these different fields and choose one that matches their skillsets and career goals. Some of the leading specialities in the field of civil engineering include:
1. Municipal Engineering
With urban regions expanding outwards virtually all over the globe, new suburbs, communities and even entire towns are being constructed every single day. This field of engineering supports the civil projects required to make sure they run smoothly. This involves creating and managing water supply and sewage systems, planning streets for safety and efficiency, sidewalks, bike paths and other transport solutions and waste management.
Municipal engineering also involves future planning for community development and ensuring compliance with local regulations, all while adhering to strict deadlines and tight budgets. A Master of Town Planning or Master of Urban Planning outlines all logistical, social, and compliance aspects of municipal engineering, making this a suitable upskilling pathway for those looking to ultimately be employed by local council, state, or federal government offices, or to work in collaboration with civil agencies in the public sector.
2. Construction Engineering
Probably the most commonly known field of engineering, this covers every aspect of the construction of residential, commercial, industrial and public infrastructure projects. This is where multi-skilled engineers come to the fore, as civil, mechanical and electrical engineering principles are all required from the initial planning phase to the final construction and ongoing operations.
This field involves elements of project management, quality control and safety, team management, resource management and the ability to understand and apply new technologies for greater efficiencies. As the construction industry continues to boom, these engineers will always be in demand. But landing the contracts for the biggest and most desirable projects is highly competitive.
3. Structural Engineering
Are you the type that likes to think big? Then this is likely the stream of engineering for you. Structural engineering focuses on the large, modern feats of architecture. This goes beyond just buildings and skyscrapers, though. It includes large structures like bridges and dams, making sure they are not only functional, but safe, stable and ready to stand the test of time.
This field uses advanced statistical methods for design and risk assessment in projects to ensure these projects will stand up to various conditions in different geographical areas. Data from the activity and investment in the construction sector also helps structural engineers determine if a project is economically viable.
4. Geotechnical Engineering
Every structure is only as good as the bedrock it is built on. Geotechnical engineering is the stream that focuses on the dirt and soil buildings are constructed on, providing the basis for foundations, retaining structures, earthworks and other civil engineering tasks like roads, access points, waste management and hazard mitigation.
Unlike other fields of engineering, this stream often deals with chaos and uncertainty rather than proven data. Nature throws up plenty of variables, so a geotechnical engineer needs to use advanced math techniques to create safe and reliable designs based on these fluctuations and limited data. This involves using maths models like mean, standard deviation and fractiles to mitigate the raft of uncertainties the earth itself delivers.
5. Environmental Engineering
While geotechnical engineering is focused on the environment around a project, this stream is more focused on assessing the overall environmental impact of any given project. Given federal governments worldwide are currently evaluating the environmental impact of existing civil projects with the intention of ‘futureproofing’ cities, environmental engineers are poised to play a vital role in civil projects over the next few decades.
A great example here is Net Zero initiatives calling for updates to civil projects. For example, with the Australian Government setting a target to reduce emissions to 70 per cent below 2005 levels by 2035 on the way to Net Zero, environmental engineering has rapidly become a highly important discipline and skillset within the Australian government.
Worldwide, every aspect of a project is subject to an Environment Impact Assessment with everything from pollution control, waste management, wastewater systems and climate change mitigation required. A wide range of modern and historic scientific principles are employed to ensure the project does not negatively impact human health or the environment, while also helping developers create long-term sustainable solutions.
6. Transportation Engineering
Modern transport systems are highly complex and the levels of risk are very high. That makes this field of engineering vital for town planning, civil engineering projects and the planning and design of transportation systems of all sizes.
This can range from creating access points, safe parking, loading zones, roads and signage for a shopping centre complex all the way up to planning transport options for entire cities or regions – including roads, bridges, airports and railways.
7. Water Resources Engineering
This field is spread across two main principles, the sustainable management, planning and use of water resources to meet human needs, along with a project’s impact on water supplies, public health and the environment in general.
The importance of water security in a world with a growing population cannot be understated. Which is why there are already almost five million engineers in this field and a heavy demand for more, globally.
8. Coastal Engineering
Living by the sea comes with its own set of unique challenges, with rising sea levels being just the tip of the iceberg. There are also evergreen concerns like erosion, storm surges, pollution of waterways caused by urban activity, and rectifying decaying or ineffective infrastructure like seawalls and breakwaters.
Coastal engineers address these challenges and more, managing structures and systems for coastal-specific issues and tailoring solutions to meet the unique environmental and climatic needs of their locality. Coastal engineers are also tasked with experimenting with aqua architecture, building on coastlines to create new developments that live in harmony with marine ecosystems.
Find your Ideal Role in Civil Engineering
The world’s population keeps growing and the need for new projects, infrastructure and entire new communities is not slowing down either.
Which makes the demand for civil engineers higher than ever, with scope to work anywhere in the world in a field that matches their skills and passions.
So if you have always dreamed of being part of the construction of the world’s largest buildings, the most impressive bridges and dams, or entire towns and communities built for a sustainable, safe and functional future, there is a stream with your name on it.
