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A fun place to upload all student's safety certificates

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Onguard safety Pages 1-9 - Flip PDF Download | FlipHTML5

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Check Pages 1-9 of Onguard safety in the flip PDF version. Onguard safety was published by Bohdi Lee on 2023-03-08. Find more similar flip PDFs like Onguard safety. Download Onguard safety PDF for free.

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Tinkercad home page

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Tinkercad | From mind to design in minutes

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Tinkercad is a free, easy-to-use app for 3D design, electronics, and coding.

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Projects

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TINKERCAD for Beginners - Simple Basic Tutorial tinker cad

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Here is a step-by-step guide to creating a 3D printable keychain, which is a simple yet effective project to introduce students to 3D modeling and printing.

Project: 3D Printable Keychain

Objective

Students will learn the basics of 3D design using Tinkercad and create a personalised keychain that can be printed using a 3D printer.

Materials Needed

Computer with internet access

Tinkercad account (free to create)

3D printer (optional for printing the final design)

Steps

1. Create a Tinkercad Account

Go to the Tinkercad website and sign up for a free account if you don't already have one.

2. Start a New Project

Log in to Tinkercad.

Click on "Create new design" to start a new project.

3. Understand the Interface

Familiarise yourself with the Tinkercad interface, including the workplane, shape library, and editing tools.

4. Design the Keychain Base

Select a basic shape (e.g., a rectangle or circle) from the shape library.

Drag the shape onto the workplane and resise it to your desired keychain dimensions (e.g., 50mm x 20mm x 3mm).

5. Add Text

Select the "Text" tool from the shape library.

Drag the text onto the workplane and type your name or any text you want on the keychain.

Resize and position the text on top of the base shape.

6. Create a Hole for the Keyring

Select a cylindrical shape from the shape library.

Resize the cylinder to a small size (e.g., 5mm diameter).

Position the cylinder at one end of the keychain base.

Change the cylinder to a "hole" by selecting the "hole" option in the shape properties.

7. Group the Shapes

Select all the shapes (base, text, and hole).

Click on the "Group" button to combine them into a single object.

8. Export the Design

Click on the "Export" button.

Choose the STL file format for 3D printing.

9. Print the Keychain (Optional)

If you have access to a 3D printer, import the STL file into your 3D printer software and print the keychain.

Additional Tips

Encourage students to experiment with different shapes and text styles.

Discuss the importance of dimensions and tolerances in 3D printing.

If a 3D printer is not available, students can still share their designs digitally or use online 3D printing services.

Learning Outcomes

Understand the basics of 3D design and modeling.

Gain hands-on experience with Tinkercad.

Learn the process of creating and exporting 3D printable files.

Develop problem-solving and creative thinking skills.

This project is simple enough for beginners but also allows for creativity and personalisation, making it an ideal introduction to 3D design for Year 10 .

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TinkerCAD - Tutorial for Beginners in 10 MINS!  [ FULL GUIDE 2024 ]

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Queensland Curriculum and Assessment Authority

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Australian Curriculum Version 9.0 in Queensland (ACiQ)

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Australian Curriculum Version 9.0 in Queensland (ACiQ)

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Saftey online program for teachers and students

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Why not START your training WITH US

The most comprehensive safety training platform used in Australian schools

OnGuard Safety is recognised as a market leader in the provision of Work Health and Safety resources, online student training, school workshop auditing and teacher currency training.

What do we do?

We provide industry best-practice online machine safety training resources, and a comprehensive learning management system.

Who uses our resources?

Technology education teachers across Australia use us to instruct their students in correct machine operating procedures.

Why should you use us?

We understand the specific safety training demands required when delivering technology courses to students in secondary schools.

Why trust our Staff?

Our Team have over 100+ years teaching experience. We will deliver industry quality resources to meet your needs.

Services we are proud to provide

OnGuard Safety is recognised as a market leader in the provision of Work Health and Safety online training, school workshop auditing and teacher currency training. We have continued to develop industry best practice, reaching significant levels of shared learning which has allowed for the continued development of our comprehensive online OnGuard LMS.

Our Learning Management System includes online training instruction, knowledge testing, training registers, machine safety demonstration registers, proficiency assessment registers, machine inspection registers, machine maintenance registers and our QR Code enabled Mobile Web.

Consulting

The Team at OnGuard Safety are all experienced technology teachers with a wealth of knowledge gained from over 100 years of cumulative experience and practice in Australian secondary schools. Give us a call if you require assistance with your next building program, floorplan design, machine placement or even ensuring your machine safety zones and switch gear are compliant.

Workshop Auditing

Our experienced Auditor is qualified to conduct technology workshop, hospitality kitchen and STEM workspace room audits. Even if you only have one workshop or perhaps multiple workshops in an elaborate technology education centre, we can develop a competitive quote to suit your school's compliance and auditing needs. Integral to this process, on completion we supply a comprehensive Audit Report.

Teacher Currency Training

To assist with the upskilling of your technology staff, OnGuard Safety is able to organise onsite training. You will have the peace of mind that they have been trained face to face, on the safe use of the machines in your STEM facility. It is ideally suited for beginning teachers, re-trainees and teaching assistants - all with the self-assurance that our trainers are highly qualified, experienced education industry professionals.

Safety training units we offer

out in front... ahead of the rest... setting the pace ...

Typically the safety resources provided for each training unit include:
An online Safe Operating Procedure
Online Knowledge Test (self-marking)
PDF Tutorial Worksheet
A4 Wall SOP Poster
Risk Assessment
Safety Zone Diagram
Recommended Student Use Authorisation (State specific)
Machine Inspection Checklist - (Add-on Plug-in)
Machine Maintenance Register - (Add-on Plug-in)

If our training units do not suit your requirements, let's have a discussion about how we can try to adapt to your particular needs.

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Why not START your training WITH US OnGuard Safety is recognised as a market leader in the provision of Work Health and Safety resources, online student training, school workshop auditing and teacher currency training. What do we do? We provide industry best-practice online machine safety training resources, and a comprehensive learning management system.

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V9 Australian Curriculum

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The Australian Curriculum, Version 9.0 sets the expectations for what all young Australians should be taught, regardless of their background or where they live.

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A practical guide for ITD teachers including the risks, legislation and management that is required.

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When working in a wood workshop there are many different rules to be followed, as safety is the number one priority. By disregarding these rules accidents may result in serious bodily harm or death.
NOTE: all individuals in the workshop must follow the rules below

Class rules:- 1)Always listen carefully to the teacher and follow instructions.1)When attempting practical work all stools should be put away.1) Eye protection must be worn.

2)Proper footwear must be worn.
3)Do not run in the workshop
4)Tie your hair
5)Bags should not be brought into a workshop as people can trip over them.
6)Know where the emergency stop buttons are positioned in the workshop. If you see an accident at the other side of the workshop you can use the emergency stop button to turn off all electrical power to machines.
7)Always be patient, never rush in the workshop.

Clothe rules:-
1) Wear an apron as it will protect your clothes and hold loose clothing such as ties in place.

Tools rules:-
Hand Tools rules:-
2)Use hand tools carefully, keeping both hands behind the cutting edge
3)Report any damage to machines/equipment as this could cause an accident.

2) When learning how to use a machine, listen very carefully to all the instructions given by the teacher. Ask questions, especially if you do not fully understand.
3) Do not use a machine if you have not been shown how to operate it safely by the teacher.
4) Always use a guard when working on a machine.
5) Keep hands away from moving/rotating machinery.

Power tools:-

There is a wide range of machinery in the woodwork workshops, with most equipment having the potential to maim or cause death to an individual if not used correctly. It is therefore essential that students listen to the teacher's instructions. However e ven when procedures are followed correctly there are potential risks and hazards associated with woodworking machinery, which individuals must operate at their own discretion.

Basic safety rules for woodworking machines are:- Basic safety rules for people who work at or operate
1) Use mechanical feeding wherever possible.
2) Enclose all cutters and saw blades as far as practicable.
3) Ensure all machines are well maintained.
4) Ensure adequate lighting at every machine.

1) Only authorized people who have been properly trained and assessed as competent, should operate or work at woodworking machines.
woodworking machines
2) Safe operating procedures must be provided and used in respect of each machine.
3) Appropriate hearing protection, eye shields and dust masks should be worn when required.
4) Machines must be switched OFF when not in use and ISOLATED before any repair, cleaning or maintenance is done.
5) The machinist's attention must not be distracted while work is in progress.
6) Don't operate machinery if fatigued or otherwise unfit for the task at hand.
7) If mechanical feeding is not available, use push sticks or avoid the need for hands t0 be near cutters or saw blades.
8) Wear clothing that will not catch in cutters or other moving parts.
9) Don't have long hair free or wear jewellery that might get entangled in the machinery.

What are the Risks?
* sharp unguarded parts that can
- cut or amputate,
- pierce, or
- graze;
* rotating unguarded parts turning at high revolutions that can
- severely cut or amputate body parts,
- trap, nip or catch clothing, jewellery or body parts,
- cause a friction burn or abrasion;
* the force exerted on a piece of wood by a rotating part causing the machinist to be injured or knocked off balance;
* unguarded moving parts "nipping" (or coming together), or moving without warning, or moving unpredictably, with the potential to
- amputate fingers, or
- crush body parts;
* hand feeding without using a jig or push stick.

What are the dangerous parts? The parts most likely to cause injury or harm are:

* nip points;
* rotating blades;
* rotating wheels;
* moving parts;
* movable (reciprocating) blades; and
* pressing parts.

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When working in a wood workshop there are many different rules to be followed, as safety is the number one priority. B y disregarding these rules accidents may result in serious bodily harm or...

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Lumber prices have skyrocketed this year. Demand is high and supply chains have been disrupted, thanks, in part, to the pandemic. This makes it tricky to tackle those 2 x 4 projects without emptying your wallet. (Until prices return to normal, Pop Mech's senior home editor Roy Berendsohn has a few helpful tips on how you can score some inexpensive options and conserve the supplies you have.)

🛠 You love tackling DIY projects. So do we. Let's build something together.
Typically, 2 x 4s are inexpensive and readily available. They can be cut down into smaller sizes or used as-is to make furniture and projects of all sizes. These qualities make them an excellent building material.

Pro Tip: Before you build 2 x 4 projects: Run your wood stock through a jointer and a planer if you have one, to make sure your boards are flat and square. That's because the 2 x 4s you find at the lumberyard are often warped and twisted, which doesn't make for good furniture.

If you've got a few pieces of lumber lying around, we've got some ideas on how to turn those 2 x 4s into something magical.

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11 Incredible 2 x 4 Projects You Can Build

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Lumber prices have skyrocketed this year. Demand is high and supply chains have been disrupted, thanks, in part, to the pandemic. This makes it tricky to tackle those 2 x 4 projects without emptying your wallet.