1. civil engineer
Civil engineers design the many spaces we occupy and the infrastructure we travel on each day, planning and overseeing projects for everything from airports, bridges and buildings to power plants, railroads and highways. Civil engineers also analyze topographic and geologic data to calculate project costs and determine feasibility of blueprints and initial project goals.about this job
2. electrical engineer
Designers of electrical components, equipment and systems, electrical engineers are responsible for the many products that power our world. Electrical engineers leverage their in-depth understanding of electrical engineering principles to develop products for commercial, industrial and domestic purposes. They're also responsible for the development of projects from initial conception through final testing to ensure that end products deliver on goals and are up to specs.about this job
3. project manager
Complex engineering projects have many moving parts, and companies are always looking for skilled project managers to keep them on track. Responsible for project planning, coordination and oversight, project managers are involved in virtually all phases of the development life cycle. These managers must also be expert communicators who can work with team members to understand each individual's strengths to match them with the right project tasks.about this job
4. robotics engineer
Robotics engineers are at the center of one of today's most exciting fields, making it one of the best jobs you can get in engineering. Robotics engineers design plans for the creation of robots, determining their main functions and task-completion protocols. Robotics engineers are also responsible for evaluating prototypes after initial design to ensure performance is up to par.about this job
best engineering skills and certifications
CAD and autoCAD
Long gone are the days of pencil and paper. CAD and AutoCAD (a proprietary brand of CAD software) are computer-aided design softwares used by engineers to illustrate their visions and bring them to life in both 2D and 3D. With the ability to save designs automatically to the cloud and functionality that allows for quicker edits and faster feedback, projects can be completed in a fraction of the time — and with greater accuracy.
In engineering, drafting is the process by which abstract ideas are transformed into functional designs. Drafting requires a high degree of creativity and artistic ability, along with a high degree of computer prowess, to be able to effectively bring concepts to live through CAD software.
The complex inner workings of electrical products are designed by electrical designers wielding this particular skill set. Electrical design requires not only the knowledge of electrical components and how they interact, but also the ability to use computer design software to bring them all together.
Mastery of electrical systems is needed for occupations like electrical engineering, which involve the design, development and testing of electrical equipment. Proficiency with electrical systems requires a high attention to detail and a deep understanding of how electrical components work together to achieve desired end functions.
The engineering skill set is a unique mix of both hard and soft skills, requiring just as much art as it does computer science. As the architects of all things from computers and machines to our cities’ streets and sidewalks, engineers must be able to back up their big dreams with realistic — and cost-effective — designs.
FANUC is a Japanese maker of robot software products. With the ability to simplify and standardize the robot-manufacturing process through their use, competency and experience with FANUC products is a valuable skill for aspiring robotics engineers to learn.
The final important step on electricity’s journey from the initial transmission system to a consumer’s property, power distribution involves the development and maintenance of power distribution systems to ensure the proper flow of electricity. Roles like electrical engineering commonly require this skill set.
Common programming languages like C, C++ and Python are used by robotics engineers to bring their creations to life, but the study of programming languages doesn’t end there. Many robots are programmed with proprietary languages, meaning a knowledge of how to learn a variety of programming languages is just as important as knowing the languages themselves.
project engineering and project management
Project engineering is project management for engineering or technical projects, with all of the typical managerial responsibilities the role entails. Everything from initial planning to budgeting and personnel management falls within the project engineers’ purview to ensure projects get completed accurately, on time and under budget.
Solidworks is a solid modeling computer-aided design and computer-aided engineering program popular with engineers everywhere. However, it’s project management functionalities make it a favorite tool of project engineers and managers, too, with capabilities that aid in data analysis and automation.
Toolsmiths work in tandem with testers to understand their processes and see what new solutions they can devise to facilitate their work. Knowledge of high-level programming languages is generally required, as is an in-depth understanding of the testing process.
Generally used to denote the back-end aspect of web development, web programming is an essential skill for engineers working in the robotics space. Web programmers use programming and markup languages to create fully functioning web applications.