ELT3
This course requires 2 options.

Electronics 3

Course Description

Teacher in Charge: David Jackson.

This course offers a rigorous exploration of electronics, delving into its intricate technical aspects. Tailored for students contemplating careers in electronics engineering, mechatronics, or as electrical technicians, it provides a solid foundation for future endeavors in these fields.


Topics covered include computer logic and logic circuits, where students will tackle various logic gate problems, honing their problem-solving skills and gaining a deeper understanding of digital systems.


Furthermore, the course focuses on the development of programming abilities. Students will engage in creating an integrated demonstrative product aimed at autonomously monitoring and managing a greenhouse, providing practical application of programming skills within an electronic context.


A critical aspect of the curriculum involves a detailed examination of semiconductor manufacturing processes and structures. This knowledge serves as a basis for the analysis of circuits employing semiconductor devices, allowing students to comprehend the functioning of electronic systems at a fundamental level.


Additionally, students will explore the Bohr's model of the atom and band structure, culminating in a research project centered around the function of light-emitting diodes (LEDs). This project provides an opportunity for students to apply theoretical concepts to real-world scenarios, fostering a deeper appreciation for the practical applications of electronics principles.


Overall, this course offers a comprehensive and enriching educational experience, equipping students with the skills and knowledge necessary to excel in the dynamic field of electronics.






Course Overview

Term 1
US26123 (3 credits)

We will creat a nuber of logic circuits using simple boolean logic


US26119 (4 credits)
Creating and programming a greenhouse controller

Term 2
US26120 (3 credits)
US26122 (3 credits)
Semiconductor theory;
We will examine the function of;
-P-type and N-type semiconductors
-Transistors
-Diodes
-LEDS

Creating circuits for a range of semiconductors, measuring and recording their outputs and reporting on the circuit function.

Term 3
AS91522 (3 credits)

A research project providing an in-depth look at the function of LEDS, considering semiconductor construction. This will use Bohr's model of the atom and energy levels combined with band structure and how this produces electromagnetic radiation in the visible spectrum.

US9221(3 credits)

An insight to the commercial production of electronics devices.

Term 4
Complete any unfinished work

Prerequisites

If you did not take a pathway course at Level 2, or did not achieve US18239, US18240 and US 18241 in that course, you will need HOD approval.

Students who have completed level 3 Physics or  level 2 Physics with excellence can also apply to the HOD for approval.

Pathway

Key Competencies

Credit Information

You will be assessed in this course through all or a selection of the standards listed below.

Total Credits Available: 19
Internal Assessed Credits: 19
External Assessed Credits: 0
Assessment
Description
Level
Internal or
External
Credits
L1 Literacy Credits
UE Literacy Credits
Numeracy Credits
U.S. 9221 v10
NZQA Info

Demonstrate knowledge of the development of an electronic product typically undertaken by a manufacturing company


Level: 3
Internal or External: Internal
Credits: 3
Level 1 Literacy Credits: 0
University Entrance Literacy Credits: 0
Numeracy Credits: 0

Assessments:
Term: 3, Week: 10

U.S. 26119 v6
NZQA Info

Construct, and describe the performance of, a simple electronic programmable circuit


Level: 3
Internal or External: Internal
Credits: 4
Level 1 Literacy Credits: 0
University Entrance Literacy Credits: 0
Numeracy Credits: 0

Assessments:
Term: 1, Week: 11

U.S. 26120 v6
NZQA Info

Describe and construct circuits to demonstrate the operation and properties of electronic devices


Level: 3
Internal or External: Internal
Credits: 3
Level 1 Literacy Credits: 0
University Entrance Literacy Credits: 0
Numeracy Credits: 0

Assessments:
Term: 2, Week: 5

U.S. 26122 v6
NZQA Info

Demonstrate knowledge of and build circuits using digital electronic devices that interface with ADC and DAC functions


Level: 3
Internal or External: Internal
Credits: 3
Level 1 Literacy Credits: 0
University Entrance Literacy Credits: 0
Numeracy Credits: 0

Assessments:
Term: 2, Week: 10

U.S. 26123 v6
NZQA Info

Demonstrate knowledge of logic circuit functions and their applications


Level: 3
Internal or External: Internal
Credits: 3
Level 1 Literacy Credits: 0
University Entrance Literacy Credits: 0
Numeracy Credits: 0

Assessments:
Term: 1, Week: 5

A.S. 91522 v2
NZQA Info

Physics 3.2 - Demonstrate understanding of the application of physics to a selected context


Level: 3
Internal or External: Internal
Credits: 3
Level 1 Literacy Credits: 0
University Entrance Literacy Credits: 0 *
Numeracy Credits: 0

Assessments:
Term: 3, Week: 5

Credit Summary
Total Credits: 19
Total Level 1 Literacy Credits: 0
Total University Entrance Literacy Credits: 0
Total Numeracy Credits: 0