An aerospace engineer designs, tests, and manages the electronic manufacturing of aircraft, spacecraft, satellites, and missiles.
Do you have a passion and skill for software application development and customer service? Then this just might be the career for you.
Assembly operators are responsible for building the electronic products that we use every day. They take parts from various suppliers and assemble them into a finished product, often under strict quality control standards.
Assembly and test technicians are responsible for assembling different components or parts of semi-finished or finished electronic products to deliver a product that is ready to be sold in stores or other industries.
A CAM / CAD operator is responsible for utilizing computer tools to edit data and communicate potential issues to customer and/or sales staff and come up with creative solutions to help streamline the manufacturing of our boards.
CNC machinists are responsible for setting up and operating different CNC (computer numeric controlled) machines and equipment.
CNC operators manage computer numeric controlled (CNC) equipment from setup to operation, producing parts and tools from different resources including metal and plastic.
EHS specialists are responsible for planning, implementing, and enforcing an organization’s Environmental, Health, and Safety (EHS) policies and procedures.
If you enjoy solving problems through a practical, hands-on approach and contributing to the invention, manufacture, and repair of electrical and electronic equipment, then you should consider this career!
Electrical engineering specifically deals with electricity, electro-magnetism and electronics. It also covers power, control systems, telecommunications, and signal processing.
An electronics drafter is responsible for creating 3D models of electronic products in modeling software.
The duties of an electro-mechanical technician are to install, repair, maintain and upgrade computer-controlled or electronic mechanical systems.
An electronic assembler works behind the scenes to bring together the pieces of equipment we use every day, such as computers, electronic devices, toys, and engines.
An engineering manager, is responsible for overseeing a team of engineers in the completion of engineering projects.
Engineering technicians assist engineers with research and development, quality control, or design.
An environmental engineer uses the principles of engineering, soil science, biology, and chemistry to develop solutions to environmental problems.
Facility maintenance technicians are responsible for the general maintenance, repairs, and upkeep of property structures and facility equipment using a variety of power tools and hand tools.
The field applications engineer is a technical support engineer for marketing and salesman at technology companies.
Front end engineers plan, design, build, and implement the user interface systems of websites, software programs, and web-based applications.
Computer hardware engineers research, design, develop, and test computer systems and components such as processors, circuit boards, memory devices, networks, and routers.
Industrial engineers look for various avenues in which to eliminate wastefulness in production processes.
An instrument technician is a professional who is responsible for testing, repairing, and inspecting electronic manufacturing equipment to ensure proper operations of the machines.
A lead engineer is a professional who supervises a team of engineers working on maintaining and streamlining corporate projects.
Machine operators set-up, operate, and maintain machinery, usually in a manufacturing setting.
A manufacturing engineer designs and manages the manufacturing systems for a product.
Manufacturing planners are responsible for coordinating production workflow for projects and scheduling shifts according to production needs.
A manufacturing production planner is responsible for the accuracy and timeliness of the production process.
A manufacturing systems engineer is in charge of designing, evaluating, and installing systems in manufacturing equipment.
Materials engineers develop, process, and test materials that create products ranging from computer chips to biomedical devices.
Mechanical design engineers use physics and engineering principles to design mechanical systems and devices.
Mechanical engineers develop, design, build, test, and inspect mechanical devices and systems, such as machines, tools, and engines.
Mechanical engineer technicians help mechanical engineers design, develop, test, and manufacture mechanical devices.
Mechatronics is a field of engineering that delves into the principles of design and production of automated equipment.
Nanotechnologists perform a broad range of research on a molecular level and help create innovative ways to improve areas like medical care and electronic manufacturing.
A nanotechnology engineer is someone who works around the smallest, most amazing fragments of science.
A printed circuit board (PCB) assembler works to build electronic components onto printed circuit boards (PCB) to prepare the boards for use.
A PCB designer is a technical professional who uses computer software programs to design the layout for circuit boards and collaborates with engineers to create 3D models of circuit boards.
Photonics is the science of using light to generate energy, detect information, or transmit information.
Principal engineers leads a group of new and experienced engineers throughout the project.
Process engineers are responsible for providing the chemical or biochemical processes and equipment that ultimately extract materials from their raw states and transform them into a beneficial or saleable end product.
A product engineer is responsible for the design and creation of products.
A product safety engineer is someone who determines whether products are safe for use by consumers.
Project engineers are responsible for planning and overseeing projects to ensure they are completed in a timely fashion and within budget.
Quality assurance technicians make sure that an organization's products meet quality standards before going out to consumers.
Quality control inspectors are responsible for ensuring that the products and services produced by their company meet certain standards of quality.
If you do quality work, you might just get hired. As a quality engineer, you test plans for products to discover any problems that may arise and what is causing them.
Research engineers plan, design, develop, and build innovative equipment and technologies using a research-driven process.
Do you love solving complex problems? Are you interested in electronics, programming, and mechanics? You may want to consider a career as a robotics engineer!
The role of a semiconductor engineer is to design, fabricate, test, assemble and package semiconductor devices.
Semiconductor technicians are highly skilled workers who test new kinds of semiconductor devices being designed for use in many kinds of modern electronic equipment.
A surface mount technology (SMT) engineer generally assists in the production line of surface mount technologies, which involve attaching electronic materials to printed circuit boards.
A soldering technician, or solderer, melts and applies solder to circuit boards or other metal components to fuse pieces together.
Supplier development engineer's assist in the selection, qualification, maintenance, and development of suppliers.
A systems engineer is in charge of designing, evaluating, and installing systems in manufacturing equipment.
A test operator is responsible for testing various electrical and other machinery, components, and tools.
A wire harness assembler ties and routes wires for electrical equipment and systems.