Basic skills associated with STEM occupations

The skills associated with STEM occupations (science, technology, engineering and mathematics) are very diverse and highly valued in different industry sectors.

Mathematics
This skill involves more than simple numerical calculations. It ranges from statistics to linear algebra, and is crucial in areas such as scientific research, systems engineering and financial analysis.

Science
It is not only about knowing scientific theories, but about applying scientific methods to solve practical problems. This is essential in fields such as biotechnology, chemistry and environmental sciences.

Critical Thinking
This skill involves rigorous analysis to evaluate different solutions or approaches to a problem. It is vital in decision-making, both in research and project management.

Active Learning
Active learning means not only absorbing new information, but also understanding how this information applies in the current and future context. It is especially relevant in emerging technologies, where change is constant.

Complex Problem Solving
This skill involves analyzing multifaceted problems and developing viable solutions. It is common in areas such as complex systems management and urban planning.

Operations Analysis
Here, the focus is on breaking down systems and processes to understand their functional requirements, a key aspect in industrial engineering and systems optimization.

Technological Design
It goes beyond simple construction; it is about adapting or creating technology to meet specific needs. This is especially useful in fields like software engineering and product design.

Equipment Selection
This skill is essential in manufacturing and construction, where choosing the right tools can affect project efficiency and safety.

Programming
This covers different programming languages and their application to solve specific problems, a vital skill in almost all modern industries.

Quality Control Analysis
This skill is critical in industries like food and pharmaceuticals, where product quality is vital. It involves rigorous testing and systematic evaluations.

Operations Monitoring
This skill is crucial in environments where machines play a significant role, such as manufacturing and transportation.

Operation and Control
This involves not only operating equipment, but also understanding and controlling complex systems, a key skill in sectors like energy and aviation.

Equipment Maintenance
Essential in industries that rely on heavy machinery, such as mining or agriculture.

Troubleshooting
This skill is widely applicable and refers to identifying the root causes of problems so they can be fixed effectively.

Repair
This skill goes beyond maintenance and addresses how to repair faulty systems or equipment.

Systems Analysis
This consists of evaluating how different components should interact to achieve a common goal.

Systems Evaluation
Here the aim is to measure the performance of a system in relation to its objectives, in order to implement necessary improvements.

Each of these skills plays a role in different fields and, often, STEM professionals must be versatile and proficient in several of them to succeed in their respective roles.

STEM skills for developing innovative solutions

They are essential for complex problem solving and developing innovative solutions.

Problem Sensitivity
Problem sensitivity is the ability to detect when something is wrong or might go wrong. It is a critical first step in any problem-solving process and applies to everything from civil engineering to medicine. Without this skill, you wouldn't know when intervention is needed.

Deductive Reasoning
Deductive reasoning is the process of applying general rules to specific problems. For example, if you understand the laws of physics, you could apply them to design a safe bridge. This type of reasoning is key in programming, mathematical logic, and health sciences, among others.

Inductive Reasoning
In contrast to deductive reasoning, inductive reasoning involves forming general rules or conclusions from specific information. It is useful in situations where predictions need to be made or patterns identified, such as in market research or epidemiology.

Mathematical Reasoning
This type of reasoning involves knowing which mathematical method or formula to apply to solve a specific problem. It is vital in fields such as engineering, statistics and physics.

Number Facility
This is the ability to perform basic arithmetic operations (addition, subtraction, multiplication, division) quickly and accurately. Although it may seem basic, it is crucial in fields such as accounting, engineering, and any type of data analysis.

Perceptual Speed
This skill involves quickly identifying similarities and differences in sets of letters, numbers, objects, images, or patterns. It is especially useful in tasks that require attention to detail, such as text editing, graphic design or medical image interpretation.

Control Precision
This refers to the ability to quickly and repeatedly adjust the controls of a machine or vehicle to exact positions. This skill is especially useful in fields such as aviation, heavy machinery, or any technology that requires fine, precise control.

Each of these skills adapts and applies in different ways in distinct STEM fields. However, a solid understanding of these basic skills can provide a strong foundation for learning and specialization in a wide range of disciplines.

STEM Values

STEM occupations are associated with certain work values and interests that are key to understanding the nature and appeal of these fields. One of the most valued is achievement, which allows professionals to see the concrete fruits of their work. This is especially evident in areas like biotechnology, where developing a new therapy or product can result in a significant impact on society.

Another important value is independence. Many STEM occupations, such as programming or scientific research, offer a high degree of autonomy. This freedom to take initiative and make your own decisions is often essential for innovation and creative problem solving. 

In addition, recognition is a value that is not taken lightly in these fields. The possibilities for career advancement are remarkable and many roles come with an inherent degree of prestige and potential to take on leadership positions. This is especially true in specialized sectors like aerospace engineering or advanced medicine, where your skills can earn you a place on projects that are at the forefront of human knowledge.

As for work interests, STEM occupations can be classified mainly into two categories: realistic and investigative. Realistic roles usually require a practical orientation and hands-on approach, as is the case with marine biologists who work in the field or mechanical engineers who design machinery. These occupations often involve a more direct connection with the tangible world and may require less social interaction and paperwork.

Investigative roles are ideal for those who enjoy solving problems on a more conceptual level. These occupations, such as those related to research and development or data analysis, demand a deep capacity for thought and analysis to seek out facts and solve problems mentally.

The STEM field offers a rich variety of opportunities that align well with values of achievement, independence, and recognition, and that can satisfy both practical and intellectual interests. These elements help make STEM degrees an attractive and rewarding option for many types of people.