Here students will research, generate design ideas for and develop a product. This project runs from January to March in Year Back to Design and Technology. Welcome Course Overview Assessment Home Learning Policy Year Plan Coursework Useful Links Welcome On this page you will be able to find all sorts of information that will help you with your controlled assessment and revision for exams. Downloads All revision material is on google classroom.
Course Overview This course covers the design and manufacture of a range of modern electronic products, from circuit design to the design of the casing to hold the electronics and be aesthetically appealing to the end user.
Home Learning Policy Homework is set approximately every 4 lessons. Coursework Controlled assessment consists of two separate projects. Useful Links Controlled Assessment I am stuck knowing what I will be assessed on PDF Click above to download the assessment criteria for your Designing and Making Controlled assessment, reading this will ensure you get top marks in the exam. Need Help in Lessons or Rivising? Search for the following publications in the library: We use the Edexcel exam board.
This document lists everything that might come up in the exams. A dual 7-segment display indicates time left. A simple device to count the number of times medication has been taken in a day. Press the button to activate display. Counter resets automatically after 24 hours. A basic metronome with adjustable tempo from around 50 beats to beats per minute. The pitch and duration of the tone can be adjusted to produce a variety of sounds.
This metronome includes selection of 2,4,6,8 and10 beats to the bar. Tempo and pitch also adjustable. As the coins enter they trigger a switcfh which plays a tune recorded onto a voice recorder circuit. The case is vacuum formed and has a wooden back and base. A parking aid that relies on a car moving over a pressure pad that displays a warning to the driver. Circuit fetaures automatic power management in that it switches itself on and off when needed. A discrete sentry circuit that will count the number of people walking past but only display it when a button is pressed.
Good for guarding bedrooms. It uses a PIR for detection and a single digit display. These are the same as above but have a dual digit display and can count up to All vacuum formed from plasticine moulds. This circuit lights up 5 LEDs, one after the other and then switches them all off to signal the start of a race.
This uses a cheap AM transmitter and receiver to transmit a tone from an astable. This is picked up by the reciever and a siren activates.
Has a range of about 50m. A wall hung mask that is actually a burglar alarm. The PIR detector activates an monostable and loud siren which switches off after 5 minutes. All neatly fitted into a briefcase. There is some complex wiring to connect up in this project. A hand-held version of the above, made in the shape of a games controller of sorts. The size made the wiring of the LEDs very diificult and needed much patience.
Times the duration of alternate laps and auto resets at the start. The sensor is an LDR underneath the gap in the track. This football score board uses 2 single digit counters - the same used in the people counter projects but with a switch instead of a PIR. The project shown uses 2 identical circuits for each player.
This scoreboard is built on the back of a paddle with a round box extended around it. This MDF ark contains a cirucit which used to be available with lots of farmyard animal noises. There are many voice recorder circuits available instead whcih can have sound effects recorded into.
A very popular project using the LM IC and housed in a variety of enclosures. All work from a microphone and were undoubtedly inspired by the Giant LED meter. This is a variation of an old game. Has variable difficulty settings and sound. A compact little circuit with alarm duration control and sensitivity adjustment. Good for single rooms and small buildings. Requires oscilloscope or voltmeter to set up. The same circuit used as in the above project, but without the siren attached.
These versions activate the lights and horn and are designed to fit in a car interior.
Hi, I am currently struggling with the circuitry for my controlled assessment, please could anyone help me?:confused: I will be making an interacti.
Electronics gcse coursework Started in, it is inferred that the literature is: Where am I looking for. If there is a loaded term.
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Apr 05, · i need help with my GCSE electronics coursework can any one help me for show me a website that will? i need to know what the finished The ePortfolio will look like Status: Resolved. Home > GCSE Electronics Resources: GCSE ELECTRONICS RESOURCES. Modified: , - PROJECT EXAMPLES - To help students choose a theme for an Electronic Project, (13K) COURSEWORK: ELECTRONIC PRODUCTS COURSEWORK - OBJECTIVE 4 guide: Return to .