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Important Engineering Skills for a Successful Career

Important Engineering Skills for a Successful Career

Posted by: Brightwood Engineering Education
Date: August 30, 2016

 

The word engineering comes from the Latin words ingenium, meaning "cleverness," and ingeniare, meaning "to contrive, devise,” so we know successful engineers are intelligent. There’s more to becoming a successful engineer than one’s intelligence, though.

According to Monster, a leading company in job connections, some of the most common skills you’ll need to be an engineer include good communication, high interpersonal skills, enthusiasm, organization, and technical expertise. While these are helpful skills to possess, let’s expand on this very bland and generic list a bit.

First and foremost, you need a mind that’s geared toward problem solving. Part of being a good problem-solver includes the ability to remain objective, determine obstacles, identify opportunity, take action, and implement reverse engineering. Fantastic problem solvers also need to be able to delegate responsibility and push their (often large) egos aside.

Successful engineers pay very close attention to detail. So if you’re one of those people who look through everything with a fine-toothed comb and sometimes aggravate your peers with your precision, you can check that skill off your list. You’ll also need a thirst for knowledge. This cannot be taught in school; this is something you possess…or you don’t.

So far, we’ve touched on a series of innate, not-really-related-to-engineering skills that are often associated with your personality. If you do possess most of these qualities, then you may be an engineer at heart. In the meantime, we can revisit technical expertise and cover the engineering skills you’ll need to actually be good at your job.

Let’s break down the skills you’ll need by the five most popular engineering disciplines, because at the core of a successful engineering career lies qualifications in science, technology, engineering, and mathematics subjects at the master’s and post-graduate levels.

Civil Engineers

  • Math, science, IT skills
  • Ability to explain design ideas and plans clearly
  • Ability to analyze large amounts of data
  • Project management skills
  • Ability to work within budgets and deadlines
  • Knowledge of relevant legal regulations
  • Experience conducting experiments, designing systems, components, or processes that meet desired needs for economic, environmental, social, health and safety, and sustainability factors

Electrical Engineers

  • College math
  • Computer structure and logic
  • Knowledge of AC-DC electronics, networking, probability, physics, microprocessor systems, power systems, semiconductors, electro-optics, linear control system
  • Ability to produce and interpret technical diagrams
  • Understanding of electrical health and safety regulations

Mechanical Engineers

  • IT (software, computer-aided design)
  • Technology design technique skills
  • Knowledge of blueprints and models
  • Budgeting skills
  • Ability to adapt to changing circumstances
  • Ability to work under pressure and deadlines

Industrial Engineers

  • Science (some physics and chemistry), technology, and mathematics
  • Production and processing
  • Design techniques and tools
  • Knowledge of circuit boards, processors, chips, electronic equipment, and computer hardware and software

Environmental Engineers

  • Math (arithmetic, algebra, geometry, calculus, statistics, and their applications)
  • Chemical composition and structure
  • Knowledge of circuit boards, processors, chips, electronic equipment, and computer hardware and software, design techniques, and tools
  • Relevant equipment, policies, procedures, and strategies
  • Relevant laws and legal codes
  • Practical application of engineering principles, techniques, procedures, and equipment
  • Business and management skills

While there are different educational backgrounds and classes that play a more dominant role in certain engineering disciplines, the crux of becoming a successful engineer lies in the skills you can’t always learn in the classroom.

Keep in mind that the most successful engineers have those distinctive qualities we mentioned earlier—an analytical mind, superb communication skills, logical thinking, creativity, and a desire to continue learning.

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