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Digital Electronics™ Overview

Digital Electronics™ Overview. What is Project Lead the Way?. Focus on learning through Rigor Relevance Retention Integration Motivation. What is Project Lead the Way?. Method Learning based on Activities Projects Problem-Solving Cooperative Groups. What is Project Lead the Way?.

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Digital Electronics™ Overview

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  1. Digital Electronics™ Overview

  2. What is Project Lead the Way? • Focus on learning through • Rigor • Relevance • Retention • Integration • Motivation

  3. What is Project Lead the Way? • Method • Learning based on • Activities • Projects • Problem-Solving • Cooperative Groups

  4. What is Project Lead the Way? • Assessment • Written/Oral Reports • Engineering Journal • Artifacts • Presentations • Exams

  5. Digital Electronics Course Description • In general you will learn • skills in basic electronics, logical thinking, problem solving, and trouble shooting digital circuits • a systematic approach that engineers use to design electronic systems • Combinational logic • Integrated circuits • Programmable devices • how machines “think”

  6. Digital Electronics Course Description (cont.) • The course covers the following: • Basic Electron Theory • Electron Laws • Number Systems • Logic Systems • Boolean Algebra • Microprocessors • Student Self-directed Project

  7. Digital Electronics Course Description (cont.) • Software implemented • MultiSIM - to design and test digital circuitry prior to actual construction • WinCUPL – to control programmable logic devices

  8. Unit 1: Fundamentals of Analog and Digital Electronics • Lesson 1.1 Foundations and the Board Game Counter • Lesson 1.2 Introduction to Analog • Lesson 1.3 Introduction to Digital Electronics

  9. Unit 2: Combinational Logic • Lesson 2.1 Introduction to AOI Logic • Lesson 2.2 Intro to NAND & NOR Logic • Lesson 2.3 Date of Birth Design • Lesson 2.4 Specific Combinational Logic Circuits & Miscellaneous Topics • Lesson 2.5 Programmable Logic: Combinational

  10. Unit 3: Sequential Logic • Lesson 3.1 Flip-Flops and Latches • Lesson 3.2 Asynchronous Counters • Lesson 3.3 Synchronous Counters • Lesson 3.4 State Machine Design

  11. Unit 4 – Microcontrollers • Lesson 4.1 Introduction to Microcontrollers • Lesson 4.2 Microcontrollers & The Boe-Bot   • Lesson 4.3 Boe-Bot Design Projects

  12. What do you get? • College Credit (Optional) • CR • College Readiness • Career Readiness • Technology Applications Completion

  13. Contact Ms. Johnson • Visit Ms. Johnson’s Web Page • www.aisd.net/bowie • Select Departments/CATE • Scroll to Ms. Johnson • Email Ms. Johnson • bjohnso1@aisd.net • Call Ms. Johnson • 682-867-4493

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