After major advances in
technology, science, and computer science, engineering students and graduates
from around the world can expect high demand and one of the lowest unemployment
rates in all major industries in the coming decades. Here are the top most
demanding engineering field in future.
1. Software engineering jobs
With the rise of cloud technology
and mobile computing, more and more brands are learning to work digitally and
to develop new systems and applications. The software sector is a rapidly
evolving area that is likely to offer interesting career opportunities and high
salaries for engineering graduates with experience in mobile and cybersecurity.
2. Aerospace engineering jobs
With an estimated worldwide
demand for 27,000 new passenger aircraft and 40,000 commercial helicopters
between 2013 and 2031 and rapid advances in aerospace technology, the sector
will continue to grow and create high-wage jobs for graduates with strong
technical knowledge of aerospace systems. and problems - solve innovative
minds.
3. Civil engineering.
As the population grows, so does
the need for infrastructure. Critical areas in this sector include the
maintenance and construction of new roads, water supply management, waste
filtration and the development of residential properties in urban areas. One of
the main advantages of civil engineering is that it is "recession
proof". In a healthy economy, civil engineers build new infrastructure. In
an economically difficult situation, civil engineers repair existing ones.
4. Environmental engineering work
Pollution and socio-economic
trends will lead to a growing demand in the coming years of engineers who need
to use their knowledge of science to develop new solutions in critical areas
such as air and water pollution, recycling, waste management and green energy.
With a high average salary, growth potential and the ability to work with the
latest technology to implement critical changes, environmental technology has a
bright future.
5. Biomedical engineering work.
To meet the needs of aging
populations around the world and to drive rapid innovation in medical
technology, including 3D printing and microelectromechanical systems (MEMS),
the demand for biomedical engineers to enter and develop the medical workforce
will increase.
6. Mining engineer
Mining is the beginning of a
product's life cycle, as it is at this stage that raw materials are extracted
for everything that is produced. A mining engineer usually plans open pit and
underground mines and oversees their excavation and construction. They also
design methods to process the extracted materials and to transport them to
various processing plants. As iron consumption declines in the coming decades,
the demand for lithium, copper, nickel and other metals needed for electronic
products and batteries will continue to increase.
7. Project Engineer
A project engineer is a critical
field that is needed in all technical areas. Project engineering is generally
not explicitly studied, since you can get a job as a project engineer with each
engineering degree. However, more studies in project management are generally
recommended after a bachelor's degree to improve overall efficiency. A project
engineer manages technical projects that can include the development,
acquisition, manufacture and delivery of small and simple components to complex
chemical treatment plants. The role is multidisciplinary and requires a basic
technical understanding of all aspects of the project.
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