DESCRIPTION
The design process begins with an initial product idea and leads to the creation of a working prototype. In Level 1 of Tech-World Design, students learn the product design process from concept to completion. They resolve the same issues as professional designers, and experience the challenges and rewards of being a member of a design team.
DETAILS
Students in Design Level 1 begin by identifying a problem and writing a design brief. Then they sketch several possible solutions based on the criteria which they have deemed to be significant. They learn to read and create technical drawings using mechanical drafting tools and use industry standard CAD software to create drawings that meet the criteria of functionality, safety and ergonomics. They continue developing their CAD skills by designing products and testing them in simulated conditions of use with a two-dimensional modeling program. After evaluating the test results, students make revisions to the design that will satisfy the safety criteria. In addition to technical drawing and modeling skills, the Tech-World Design CELL develops critical thinking and problem-solving skills in a simulated-work environment, building practical skills and self-confidence along the way.
DESCRIPTION
High-tech manufacturing facilities are complex blends of human and artificial intelligence. Robots and automated material-handling systems control many of the routine, dangerous, or time-consuming processes once performed exclusively by humans. The Tech-World Automation and Material Handling CELL prepares students for careers in the high-tech field of robotics.
DETAILS
In Level 1, students are guided to understand how automation is integrated into the manufacturing process and its impact on careers and production. Beginning with the fundamentals, students examine the role that computers and robots play in isolated manufacturing tasks, known as islands of automation. They gain an understanding of plant layout and the requirements that must be met to make automation feasible. They examine the many methods of conveyance between islands of automation and learn how a flexible manufacturing system (FMS) is organized to increase production efficiency. Ultimately, students learn how a programmable logic controller acts as the “brain” to communicate and control the interaction among the islands so that production is efficient and timely. This is the essence of computer-integrated manufacturing (CIM) that is so common in today’s high-tech work place.
DESCRIPTION
Fluid power systems, which consist of hydraulic and pneumatic devices, are essential to industries involved in manufacturing, construction, farming, mining, and transportation. The Tech-World Mechanical Systems CELL focuses on the principles behind these mechanical systems, and provides students with the experiences that will set them on their way toward entering this important and expanding field.
DETAILS
As students view powerful simulation software and practice with state-of-the-art equipment, they learn about the principles of fluid power, and mechanical devices, such as levers, gears, and pulleys. The Tech-World Mechanical CELL provides practical, hands-on experience with the industrial-grade hydraulics trainer so students can apply the knowledge they gain. As they create hydraulic circuits and employ a variety of gauges, valves, actuators, and controls, students gain real-world experiences with the actual components used in today’s industry. The theory and practical knowledge that students apply in the Mechanical Systems CELL prepares them for careers in Mechanical Systems—such as aerospace or hydraulic engineering—and lays the foundation for more advanced study in hydraulics or pneumatics.
