In the second course, the material expands to include logic and settheory, as well as an overview of the Pythagorean theorem and its applications which play an important role in advanced mathematics. There is a logical progression to the next lessons, which cover volume and surface area of basic shapes such as prisms, cylinders and spheres, as well as an introduction to exponents and their applications.
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In the first course, the students develop a foundation for their future mathematical knowledge by studying number systems and working with whole numbers, integers, and fractions, as well as measurements of different types, leading up to proportions, ratios and rates.
88-3135-0000
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This course explores the principles and techniques involved in Lean Manufacturing including minimizing waste in production and improving work flow in industrial processes.
Catalog number 88-3109-0000
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Automatic identification systems enable direct entry of data into a computer system, programmable logic controller (PLC) or other microprocessor-controlled device without using a keyboard. AutoID technologies provide a quick, accurate and cost-effective way to track items, collect and enter data, and encode a wide range of information, from a simple detail to comprehensive statistics about an item or person.
In the Automatic Identification Systems module, students are introduced to the most popular AutoID technologies: bar codes, magnetic stripe cards, smart cards, biometric technologies and radio frequency (RF). Students observe how different automatic identification technologies offer different solutions to data collection and storage problems. Students determine the advantages/disadvantages, features and typical applications of each technology.
Cat. Number 88-3051-0000
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Safety for Semiconductor Manufacturing introduces high school students to the essential safety practices used in real semiconductor fabrication facilities. Students explore fab safety basics, electrical and chemical hazards, ergonomics, mechanical, vacuum, and pneumatic risks during maintenance, safety interlocks, and lockout/tagout (LOTO). The course builds awareness, decision-making skills, and safe work habits needed in high-tech manufacturing environments.
Click here to watch a video about the course. Visit Intelitek.com to learn more.
Duration: 16 Hours
Part number: 88-3031-0000
Version: 1.0.0.0
What’s in a microchip?
In this course, students will get a broad look at the world of semiconductor manufacturing, from the atomic structure of tiny silicon devices to the global impact of geopolitical forces on multinational companies and everything in between.
Duration: 16 Hours
Part number: 88-3025-0000
Version: 1.0.2.0
This course provides a comprehensive introduction to the operation and maintenance of semiconductor cleanrooms. It focuses on the cleanroom environment itself—its design, infrastructure, classifications, and safety protocols—rather than fabrication processes. Participants will learn about cleanroom layout, behavior and best practices, personal protective equipment (PPE), cleaning procedures, and contamination control. Additional topics include floating floor systems, hazards, particle filtration, and certification standards. By the end of the course, students will understand how to safely and effectively work within cleanroom environments across semiconductor and related industries.
Duration: 16 Hours
Part number: 88-3024-0000
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The Fiber Optics module introduces students to fundamental concepts of optics that form the basis of fiber optics. Students learn essential concepts relating to the laws that light waves follow and how these laws are used in optical fibers. Students are introduced to the basic fiber optic transmission diagram and learn the general elements, including lasers, LEDs, photodiodes, amplifiers, multiplexors and demultiplexers. Students also learn about the process of fiber optic manufacturing as well as of general applications of optical fibers.
Cat. Number 77-3021-0000
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The Advanced Electronics module continues the sequence that was begun in Fundamentals of Electronics. In this module, students learn about integrated circuits, their structure, and various applications. Advanced Electronics explores logic gates and their uses. The module furthermore explains and illustrates flip-flops, shift registers, and counters. Finally, students explore the process of interfacing between digital electronic systems and an analog world: conversion of data from digital to analog and from analog to digital formats, acquisition of data, and displays. Students are able to gain a basic understanding of various electronics circuits and to analyze such circuits.
Cat. Number 88-3020-0000
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The Fundamentals of Electronics module introduces the student to fundamental concepts of electronics. The module reviews basic concepts of electricity necessary to understand electronics, and proceeds to introduce various electronic components and their uses. In the first ten activities, this module teaches essential concepts relating to electronic circuitry, conversion of alternating current to direct current, semiconductors, and the structure and use of transistors and various diodes. The student is introduced to regulation and filtration of electrical current for use in electronic systems. In the last five activities, the student is introduced to logical and binary systems, necessary to the understanding of logic gates, which are at the heart of electronics systems. This module provides a basic understanding of the foundations of electronics systems. In this module, students are provided a basis for further study and exploration of electronics circuits and systems.
Cat. Number 88-3019-0000
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