Engineering captures many people’s interest, they’re looked at differently from other professions. But what makes them different? What is special about them? Many people can’t precisely answer these questions, they’d probably say something like ”high salary” or “Social status”. Well, these are without a doubt true, but not the real answer, these are just a result of something deeper, deeper than that.
The Deep Secret
The secret of all of these cool things is “Mindset”, specifically called “The Engineering Mindset”. This is why they have high salaries, better social status, and better treatment in general.
What is this engineering mindset? How does this mindset make a person so important that seems he is “inherently” more intelligent than others? And more importantly, if possible, how can we create this mentality? Read the next few lines to get things cleared up.
The Engineering Mindset
”Mindset” is a word that means the way someone thinks about something, there are many mindsets there, in fact, every single person has his own mindset, his own thoughts, and ideas about something. However, there are some overlaps between these mindsets, and the mindset that overlaps between engineers is called the engineering mindset. Engineering mindset has some special features, these features are what split engineers and non-engineers apart. The engineering mindset is a group of skills that come together to form the mindset
Is Engineering Mindset a Gift or a Skill?
Fortunately, it is possible to develop this mindset. By practicing all the skills that constitute the engineering mindset, you can have this powerful mentality. All you need is to practice each skill continuously until you have the entire mindset.
Skills of Engineering Mindset
Let’s talk about the skills and features of engineers one by one. We'll explain each skill, how it relates to engineers, and how to develop it.
*Note: We'll post articles about each one of these skills in detail very soon.
Skill 1: They Never Overlook the Details
Are have to be detail-oriented, and they understand the importance of paying attention to even the smallest details. They know that a single overlooked detail can lead to major or even fatal problems. Therefore, they take great care to ensure that every aspect of their work is thoroughly checked and verified.
"Don’t overlook small details. Remember that the universe and all that is in it are made from tiny atoms." -Probably an engineer
Developing a detail-oriented mindset can be achieved through practice and by paying close attention to the small details of a project or task. One way to improve this skill is to break down a task into smaller steps and then check each step for accuracy and completeness. Practicing this approach can help to develop a habit of careful attention to detail.
Skill 2: They Analyze, Then Act
Engineers are trained to think analytically, and they are skilled at breaking down complex problems into smaller, more manageable parts. They analyze data carefully to identify patterns and potential solutions. Once they have a clear understanding of the problem, they act quickly and decisively to implement the best solution.
To improve analytical thinking skills, it's important to practice breaking down complex problems into smaller, more manageable parts. This can be achieved by working on problems that require critical thinking and problem-solving. Practice identifying patterns and relationships between different pieces of information, and then use this knowledge to develop solutions. Additionally, seeking feedback from others and learning from their approach can help in developing this skill.
Skill 3: They Think Logic and Science
Engineers think logically and scientifically, and they apply this way of thinking to all aspects of their life. They rely on proven principles and methodologies to develop solutions that are based on scientific principles. They use logic and critical thinking to evaluate the strengths and weaknesses of different approaches and to identify the best course of action.
To develop logical thinking skills, it's important to practice evaluating arguments and identifying fallacies. This can be achieved by studying formal logic and critical thinking, and by practicing evaluating arguments in everyday situations. Additionally, reading widely about science and engineering principles can help to develop a deeper understanding of how logic and science are applied in real-world situations.
Skill 4: They Never Give up
Engineers understand that a successful project often requires persistence and perseverance. They are committed to finding solutions to complex problems, and they don't give up easily. They are willing to try different approaches and learn from their failures. They understand that setbacks are a natural part of the problem-solving process and that they can learn from each experience. In fact, some engineers see those obstacles as challenges and ways to improve their problem-solving skills.
Persistence and perseverance can be developed by setting realistic goals and sticking to them, even when faced with setbacks. Practicing problem-solving and decision-making under stress can also help to develop this skill. Additionally, seeking out mentorship and support from others can provide the motivation and encouragement needed to keep going in the face of challenges.
Skill 5: They Are Curious
Engineers are naturally curious and are always looking for new ways to solve problems. They are constantly seeking out new information and exploring different approaches. They ask questions and seek to understand the underlying principles behind the problems they are trying to solve. They face the unknown in order to gain more knowledge about the problem they're trying to solve.
“The important thing is not to stop questioning. Curiosity has its own reason for existing.” - Albert Einstein
To develop curiosity, it's important to seek out new experiences and challenges. This can be achieved by taking on new projects or challenges, seeking out new learning opportunities, and trying new things. Additionally, seeking out diverse perspectives and viewpoints can help to broaden one's understanding of the world and fuel curiosity.
Skill 6: They Never Stop Learning
Engineers understand that the field of engineering is constantly evolving, and they are committed to ongoing learning and professional development, otherwise, they'll be left behind. They stay up-to-date with the latest technologies, techniques, and methodologies and seek out opportunities to learn and grow. They are lifelong learners who are always looking for ways to improve their skills and knowledge, not only do they learn new things about their field, but also about other fields such as management, computer science, and accounting.
Continual learning can be achieved by seeking out new information and experiences, seeking out mentorship and feedback, and being open to new ideas and approaches. This can be achieved by attending conferences, reading widely, and seeking out opportunities for professional development. Additionally, networking with other professionals can help to broaden one's understanding of the field and provide opportunities for ongoing learning.
Skill 7: They Collaborate
Engineers must be able to work collaboratively with others to achieve a common goal. Collaboration involves communication, empathy, and the ability to work effectively with diverse groups of people. It also requires the ability to listen actively, understand different perspectives, and provide constructive feedback. Almost all engineering-related projects require teams.
Team harmony is an essential aspect of project success, as it affects how team members work together and communicate with each other. Even if individuals are highly skilled and exceptional in their work, if the team doesn't work well together, the project is likely to face various challenges that may lead to failure.
Engineers must be able to communicate effectively with their team members, stakeholders, and clients. This can be achieved by practicing active listening, asking questions, and providing clear and concise information. Empathy is also another part of Collaboration, developing empathy involves understanding and appreciating other people's perspectives, experiences, and emotions. Engineers can develop empathy by seeking out diverse perspectives, engaging in open-minded discussions, and putting themselves in others' shoes.
The engineering mindset is a group of skills that come together to form a unique way of thinking, these skills include attention to detail, analytical thinking, logical and scientific thinking, perseverance, curiosity, and continuous learning. Developing these skills involves practice, breaking down complex problems into smaller parts, evaluating arguments and identifying fallacies, setting realistic goals, seeking new experiences and challenges, and staying up-to-date with the latest technologies and techniques. These skills can be learned and developed through practice and by seeking feedback and mentorship from others. These skills combined form engineers' mindset, which is what makes them smarter, have a higher salary and have more influence and power in societies.