12 of the Most in Demand Engineering Jobs

It’s hard to say whether the industry will continue to expand or get over-saturated or even obsolete when deciding on a career path. The trend is towards information technology and automation, which will remain the case in the near future.

Traditional fields, such as civil and petroleum engineering, are still among the most in demand engineering jobs, but the fastest-growing fields are those in the IT sector. Take a look at some of the engineering jobs that are most in demand and show the greatest potential for salary for 2023 and beyond.

Top In Demand Engineering Jobs

1.Data Science & Machine Learning

In recent years, software engineering has seen steady growth and no sign that it has stopped. Data science is a branch of software engineering industry that includes the development of relevant, data-based computer. Such large data sets are known as big data and are accessible from a wide range of sources, including e-commerce, medical and financial sectors.

This area gathers, analyzes and provides data with the aid of statistics and software engineering, so that the end user can improve his services. The data that best sell products at a certain time of year to create target marketing campaigns are a clear example.

Machine learning is a subset of data science that is used to make predictions about what might happen in the future, based on data about what happened in the past. Machine learning algorithms will make predictions, test whether these predictions are accurate, and then optimize the algorithm to improve the accuracy of forward-looking predictions.

The more varied the amount of data available, the better the predictions. A Bachelor’s degree is not always necessary to start a career in data science, as there are several short courses that cover the required subjects. However, it is important to note that a strong background in both mathematics and coding is needed.

Data Science & Machine Learning Engineer Average Salary

Average starting salary: $95,000
Average mid-level salary: $128,000 – $185,000
Average late career salary: $165,000 -$250,000

2.Automation & Robotics Engineer

Robot systems are also excellent at performing menial routine activities that don’t require a human worker’s dexterity and attention to detail. However, robots are starting to switch from single-arm welding and assembly robots to advanced humanoid robots with rapid developments in computation, energy storage and materials. The Boston Dynamics robots are one striking example of this.

Automation & Robotics Engineer Average Salary

Average starting salary: $69,000
Average mid-level salary: $96,000
Average late career salary: $185,000

3.Petroleum Engineer

Petroleum engineers usually work on drilling methods, the design of drilling equipment and the implementation and monitoring of the drilling plan for the extraction of crude oil. Petroleum engineering has been in demand for the last few years and is set to continue to grow over the next decade.

Despite the push for electric vehicles and clean energy, oil is still highly valued as it is used in many different industries. Many petroleum engineers are expected to retire in the coming years , which means that new engineers will be able to work. There is, of course, a moral dilemma in getting into the petroleum industry when one considers the growing environmental crisis that we face, something that needs to be taken into account when looking for a job.

Petroleum Engineer Average Salary

Average starting salary: $97,000
Average mid-level salary: $132,000
Average late career salary: $190,000

4.Civil Engineer

Civil engineering has historically been, and is likely to continue to be, one of the most in demand engineering jobs in the world. They ‘re literally building the very infrastructure around us, and this is unlikely to change in the future.

There are a lot of branches of civil engineering that make it a great field to be in. Major civil engineering fields include structural engineering, environmental engineering, road / highway engineering and transport engineering.

Civil Engineer Average Salary

Average starting salary: $59,000
Average mid-level salary: $72,000
Average late career salary: $125,000

5.Electrical Engineer

Electrical engineering is another traditional engineering sector that shows continued demand. Electrical engineering is a very broad field, which includes: power engineering, instrumentation and electronic engineering, among others. The wide range of possible career paths within electrical engineering means that there will probably always be jobs available. Electrical Engineer is one of the top in demand engineering jobs.

Electrical Engineer Average Salary

Average starting salary: $67,000
Average mid-level salary: $82,000
Average late career salary: $96,000

6.Alternative Energy Engineer

There has been an international push towards clean and renewable energy. For example, demand for solar energy technology has increased dramatically, resulting in ever-decreasing panel costs. This creates a feedback loop that further pushes up demand. There is no doubt that the future will be alternative clean energy.

Despite the fact that coal-fired power stations still make up the majority of global energy production, their growth has stagnated while alternative energy has grown. The energy engineer must begin with at least a bachelor’s degree in mechanical or electrical engineering. A master’s degree in energy engineering in the specific field desired can further improve job prospects.

Alternative Energy Engineer Average Salary

Average starting salary: $65,000
Average mid-level salary: $82,000
Average late career salary: $91,000

7.Biomedical Engineer

Biomedical engineers combine their medical and engineering knowledge to develop new equipment, systems and software to help advance the medical industry.

With both medicine and engineering being constantly evolving industries, there is a seemingly endless number of advances or developments that could be made in the biomedical field.

Broadly speaking, biomedical engineering is based on two factors-people who are ill, and evolving technology. Both of these factors will continue, ensuring the continuous growth of the industry is almost guaranteed.

Biomedical Engineer Average Salary

Average starting salary: $62,000
Average mid-level salary: $88,000
Average late career salary: $115,000

8.Chemical Engineer

Chemical engineers use their skills to solve problems in the manufacturing process of fuels, medicines, chemicals, food, and many other products.

Their research and findings can help companies improve processes in manufacturing, improve safety, and reduce costs; and they work across a variety of businesses.

The need for chemical engineers to maintain or improve production rates, or reduce waste, is highly unlikely to disappear in industries such as manufacturing and food production.

With developments in nanotechnology, alternative energy and biotechnology set to continue to expand, there is likely to be a demand for chemical engineers to work in the sectors that serve these types of businesses.

Chemical Engineer Average Salary

Average starting salary: $65,000
Average mid-level salary: $90,000
Average late career salary: $110,000

9.Mining Engineer

Mining is the beginning of the lifecycle of any product, as this is the stage at which the raw materials for everything that is manufactured are obtained. A mining engineer typically designs and supervises the excavation and construction of open pit and underground mines. They also design methods for processing and transporting the mined materials to different processing plants. While the consumption trend for iron is set to begin to decline over the next few decades, demand for lithium, copper , nickel and various other metals required in electronics and batteries is set to continue to grow.

Mining Engineer Average Salary

Average starting salary: $63,000
Average mid-level salary: $96,000
Average late career salary: $135,000

10.Project Engineer

The project engineer is a critical field that is necessary in every engineering branch. Project engineering is not typically something that is explicitly studied, because any engineering degree can provide you with a project engineering post. However, further study in project management is usually recommended after a Bachelor’s degree in order to improve overall efficiency.

Project engineers manage projects of a technical nature that may include the design , procurement, manufacture and delivery of small , simple components to complex chemical treatment plants. The role is multidisciplinary in nature and requires a fundamental technical understanding of every aspect of the project.

Project Engineer Average Salary

Average starting salary: $55,000
Average mid-level salary: $82,000
Average late career salary: $93,000

11.Environmental Engineer

With 70 % of Americans saying that they believe the environment is more important than economic growth, it now seems like a perfect time to start a career in environmental engineering.

Using a combination of engineering, biology and chemistry, environmental engineers are working to improve waste disposal and recycling processes, water and air pollution control and public health issues to address global issues such as climate change and environmental sustainability.

People are becoming more aware of the impact our society has on the planet, and more and more corporations are working to create sustainable solutions to their business problems. When you combine this with potentially huge changes in infrastructure caused by population growth, there are bound to be plenty of opportunities for environmental engineers to thrive.

Environmental Engineer Average Salary

Average starting salary: $64,000
Average mid-level salary: $82,000
Average late career salary: $100,000

12.Industrial Engineers

The job of the industrial engineer is to identify ways to reduce waste during the production process by developing systems that combine workers, machinery , materials, information and energy to produce a product or service.

Their work can help companies improve manufacturing processes and reduce costs, and they can work in almost any business sector.

Because one of the main objectives of industrial engineers is to reduce costs, their work is valued by a wide range of industries.

With huge technological advances on the horizon for potentially hundreds of industries , companies will rely on industrial engineers to help them identify the most cost-effective ways to operate in these turbulent times.