Computer Engineering Teacher Resources
Find Computer Engineering educational ideas and activities
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Students apply binary code in software applications for computer engineers. In this binary code lesson, students read about binary code and its applications to computer engineers. They download software and read an online binary clock. Advanced students may build a binary clock from a kit.
Students explore the concept of electricity in this activity based unit. In this physical science lesson, students focus on electricity and electrical engineering. The teaching unit includes 5 activities to develop students conceptual understanding of electricity as a energy form. Some of the activities include role-playing as an electrons and building a potato clock.
Students explore the composition and practical application of parallel circuitry, compared to series circuitry. They design and build parallel circuits and investigate their characteristics, and apply Ohm's law. They recognize that electrical engineers, materials scientists/engineers, mechanical engineers, and physicists contribute to the development of electronic technologies.
The animated S2 Unit will use the adventures of a Super Hero and her sidekick to teach basic science and math concepts. Educators can use comic books, Saturday Morning Cartoons and the adventures of Super Heroes to teach a nine-week science and math unit. This unit will cover Metric Measurement.
In this famous people worksheet, students read a selection about Larry Page and complete a variety of comprehension activities including but not limited to a synonym match, spelling, writing and sequencing activities.
Youngsters love to write on their hands, and in this fabulous activity they are actually asked to. Using numbers written on the tips of their fingers, they will learn how the binary number system works. This hands-on lesson is a memorable way to teach about modern computing technology, plus it includes links to videos and a worksheet. Use it in an engineering, a career exploration, or computer class.
How have the women's share of the labor force and chosen occupations evolved in the United States over the last century? Using census reports, graphs detailing the gender makeup of the labor force, and analysis of the careers of Barbie dolls at various points in time, your learners will examine the occupations that women have held historically and consider the need for their presence in more diverse fields, such as computer science and physics.
Emerging engineers read about how Arduino software and how it can be used. Then they follow a nine-step tutorial to connect an Arduino board to a computer and put it to work! The objective is to code a program that will cause an LED to consistently turn on for five seconds, then turn off for two. Understanding of circuits and computer coding is required for students, while purchasing the appropriate materials is required for the teacher. The publisher lists Next Generation Science Standards for grades 3 - 8, but this lesson plan is really only appropriate for high schoolers.
Some interesting reading on the history of barcodes opens this technology lesson. Readers find out how engineers contribute, and then they gather into groups to discuss possible improvements to our current UPC barcode system. Know that though the publisher lists national education standards met as early as third grade, this lesson would be above the heads of most third graders. Use it with a middle school STEM lesson.
It's "Green light, go!" with this lesson! STEM classes are illuminated with the history of traffic signals and how the engineering design has improved over time. They also learn about patents for new inventions. Finally, they research in small groups and come up with a design for a traffic light for a busy intersection that includes two roads, a bicycle lane, and a hospital's emergency entrance.
After reading about radio transmission, application, and the difference between AM and FM, small teams of engineers use a kit to construct an FM radio and then send and receive broadcasts. This is an ideal activity for middle school STEM or physical science classes that are studying electromagnetic waves.
Electronic engineering hopefuls get hands-on with hand geometry and the technology of biometrics. After taking the appropriate measurement on their hands, they configure their personal hand geometry codes and compare them to classmates. A discussion ensues about whether or not using biometrics is an accurate way to provide identification in situations where security is important. For older pupils, consider staging a debate to argue whether or not this technology is useful and secure.
Elementary schoolers identify the three methods of heat transfer: conduction, convection, and radiation. The lesson is mostly lecture-based. When the teacher has finished the presentation, groups of pupils get into teams and they must work together to answer questions posed by the teacher (and embedded in the plan), which will serve to reinforce what they have heard during the lecture. Some terrific extension activities and websites are also present.
A performance engineer, Regina, tells us about her job duties at Intel. She also informs viewers about how she completes performance tests for Intel products. She studied computer engineering and also shares why she loves her job.
Barbie and Ken. Disney princesses and GI Joe. Empowering toys or self-esteem wreckers? Class members poll one another about their response to the question of whether or not they would buy these types of toys for their children. To inform their opinions, class members read an article of background information, an annotated academic article, and an evidence and perspectives sheet. Pollsters use the provided survey grid to gather and analyze the data they collect and the sentence frames to craft a summary analysis.
Discuss the difference between conduction, convection and radiation of thermal energy, and complete activities with your class by investigating the difference between temperature, thermal energy and the heat capacity of different materials.
Students visualize a communication system. They encode, decode, transmit, receive and store messages. Students use a code sheet and flashlight for this process. They will also maintain a storage sheet from which they can retrieve information as and when it is required.
Students role play as immigrants. They experience the process of the Ellis Island immigration center.
With questionnaires, check lists, and supplemental activities, this guide has it all. Intended to expose high schoolers to the wonders of college life, teachers are prompted to have learners visit a college campus. And, this 20-page visiting guide will make it easy.
Students use the Micron Student Web site to research projected growth by job groups in the United States. They use Micron data to see the impact education has on their earning power. Students use the "Get a Job" student website to help them understand the process of applying for and interviewing for a job.