When choosing a career, it may be difficult to predict how your chosen industry will perform in the future. Do you anticipate wage increases? Will looking for a job be time-consuming? Many things can seem enigmatic. Automation and information technology are the current trends in engineering. Despite the continued high demand for traditional fields like civil and petroleum engineering, it is clear that IT-related fields are growing the fastest. The following careers are the most sought-after for engineering graduates.
- Machine Learning and Data Science
Software engineering has increased steadily over the last few years, and there are no indications that this growth will stop. Data science is a branch of software engineering that focuses on making sense of large amounts of data. Statistics and software engineering are combined in this field. For instance, analysts may use data on which products sell best at a specific time of year to create targeted marketing efforts.
Data from the past is used to predict potential future events using machine learning, a subfield of data science. To improve the accuracy of future forecasts, machine learning algorithms first generate predictions, check their accuracy, and then improve further. The diversity of the data volume increases the forecasts’ accuracy. An undergraduate degree is typically not required to begin a career in data science because many short courses are available that cover the necessary subjects. It’s important to keep in mind that both coding and mathematics require a strong foundation.
- Engineer in automation and robotics
Due to ongoing advancements in computation, energy storage, and materials, robots are beginning to develop from simple humanoid machines to complex ones. A robotics engineer is responsible for the planning, creation, testing, and implementation of robotic systems. Mechatronics, electronics, or mechanics are the most common engineering specialities among engineers who work in robotics. Now that we’re getting closer to living in a fully automated world, careers in automation are more promising than ever.
- Mechanical Engineering
It is a highly diverse field with an astounding array of career options. Controlling industrial systems, as well as producing machines and other devices, are among the responsibilities of mechanical engineers. Their proficiency is necessary for many different industries, including resource extraction, manufacturing, and agriculture. Given the wide range of industries that need mechanical engineers, it is unlikely that the market will become oversaturated with entry-level engineers.
- Civil Engineering
Civil engineering has always been a highly sought-after profession. Civil engineers construct the infrastructure of the entire world. Market saturation is difficult because there are numerous subfields within civil engineering. It is an excellent field to work in as a result. The four main subfields of civil engineering are structural engineering, environmental engineering, road/highway engineering, and transportation engineering.
- Electrical Engineering
Electrical engineering is another area of engineering that consistently experiences demand. The extremely broad field of electrical engineering has several subfields, including power engineering, instrumentation engineering, and electronic engineering. Many different career paths can be taken in electrical engineering.
- Engineer in alternative energy
There has been a global movement toward clean and renewable energy as a result of the increasing burden that climate change is placing on the planet. For instance, the demand for solar energy technologies has increased significantly, which has decreased the price of solar panels. A feedback loop that has been sparked by this increase in demand is pushing it even higher. Without a doubt, alternative, renewable energy is the way of the future. The majority of the world’s energy is still generated by coal-fired power plants, but their growth has slowed as alternative energy sources have grown. To work as an energy engineer, you must have completed your undergraduate studies in a subject like mechanical, electrical, or energy engineering.
- Mining Engineer
Mining is the first step in the life cycle of any product because it is here that the raw materials for finished goods are gathered. Open pit and underground mine construction are typically supervised by a mining engineer. They also create plans for handling and transporting the extracted materials to various processing facilities. Over the coming decades, it is anticipated that demand for metals like lithium, copper, gold, and nickel, which are required for electronics and batteries, will continue to rise while iron use will be on the decline.
- Project Engineering
A project engineer is necessary for every area of engineering. Project engineering is not thoroughly researched because it is a multidisciplinary area of engineering. After receiving an undergraduate degree in project management, it is advised to continue your education to increase your overall effectiveness. A project engineer is in charge of managing technical tasks that may include designing, acquiring, producing, and delivering anything from parts to elaborate treatment facilities. The position requires a fundamental technical understanding of every project component due to its multidisciplinary nature.
In this world of technology-enabled communication, there’s a requirement for experts in related fields. Employment opportunities in data science and automation are highly sought after and offer start and mid-level salaries higher than the national average. Engineering in any specialised field will benefit you only when you are interested in the course. Thus, go for the domain you desire to pursue because this decision would have a long-lasting impact on your life.