Across
- 5. Design, develop, manufacture, test, and maintain systems, components, and devices across a broad spectrum of technologies relating to the use and transformation of electrical and electronic signals, including digital, analog, and radio frequency (RF).
- 8. Develop equipment and devices used in Biological research, health care, hospitals, and research facilities.
- 10. Design mechanical devices and systems, such as tools and machinery, thermal products including sensors and detectors, and fluid flow and fluid dynamics products and systems such as pumps, valves, and hydraulic systems.
- 12. While computer engineers are more focused on the hardware design aspects of computer systems, software engineers focus on the science of computing, code/programming development, and the creation of specialized applications such as artificial intelligence and robotics programming.
Down
- 1. Design aircraft, spacecraft, missiles, satellites, and other defense systems.
- 2. typically focused on the hardware design aspects of computer and computer-based systems, including processors, memory, networks, I/O, and communications elements.
- 3. Work to understand and develop solutions to environmental problems of industry and society, such as air and water pollution, sewage and waste management, recycling of materials, and the effective preservation and use of natural resources.
- 4. Plan, design, and supervise the construction of roads, bridges, buildings, airports, dams, and other large-scale projects.
- 6. Work in the field of production of food, pharmaceuticals, chemicals, paints, coatings, and other products that depend on the development of specialized chemicals.
- 7. Science Perform research, testing, and evaluation on new or improved materials whose characteristics will enhance the development of products with superior performance, durability, and cost.
- 9. Focused on designing and creating the equipment and systems to take advantage of nuclear fission for the creation of electrical energy as well as the use of radioactive materials for other applications in fields such as nuclear medicine for health care and disease treatment.
- 11. Develop effective and efficient production systems and processes that provide for the optimum use of workers, machines, energy, and information to allow for cost efficiency. Design the layouts of factories, plants, warehouses, and other facilities using these process optimization skills.