Resource that gives a thorough description of basic engineering drawing projections. Lots of information included so use these slides to enhance your own lessons. Ideal for a point of reference for students just starting out with technical drawing. Please feel free to chop and change anything in this resource.

Information slides that explain how modes of fracture can propagate through a material. Used for information only, I normally take the information from slides as and when I need it. I wouldn't use this to present to a class without putting your own spin on it. Please feel free to cut, paste and chop any part of the resources as you see fit.

Describes the main ways in which materials will corrode in the environment. Basic resource that gives information and no graphics, images or styles, the idea being that what is here should be developed into your own style. Feel free to use the information for any purpose.

Worksheet placed onto a powerpoint slide, revises properties of materials, electron configuration and the periodic table. Good to use as a starter activity or as a quick quiz, for use it can be printed as it is or printed as an a3 sheet. Feel free to chop, change, cut or paste anything you might find useful.

A revision pack for BTEC level 3 students studying Finishing and forming. I now use this to cut and paste information into lessons as I see fit, Lots of information regarding machining techniques and other forming methods. Feel free to cut, paste and change anything to suit your own styles.

Powerpoint handout and plastics overview sheet for inection moulding. Can be used to reinforce and revise during BTEC courses in engineering. Feel free to cut and paste to suit yourself.

Information about casting, forging, extruding and pressing. Questions included to support the information supplied. Please feel free to cut and paste anything that you need.

Abrasive wheels information. Delivered some time ago, but information is still relevant under law and useful from a teaching standpoint. May need to be adjusted to suit your individual style of teaching and the area of engineering that you teach. Feel free to cut, paste and change whatever you wish in order to suit yourself.

Starter activities used to teach low level (1 and 2) engineering students about the different signs in use. I found it best to have a workshop available with all appropriate signs being used, for the students to use as research. Feel free to cut, paste and chop anything to suit your own needs.

Manual handling information and lesson resources. Produced for low level engineering students, includes information and questions relating to manual handling in the workshop environment. Please feel free to cut, past and chop anything you want for your own purposes.

A revision resource showing the definitions of many terms in Health and Safety covered by BTEC and City and Guilds courses. I put them onto a PPT for ease of access but I wouldn't deliver the powerpoint to a class without significant changes. I also have these slides on our Moodle system for the students to use as a pure revision resource, and also as a source of information they can easily use when producing written work.

A worksheet introducing students to measurement using engineering tools. First section describes the methods used to measure using the micrometer, the second section describes measurement using the vernier scale. Both sections are complete with some sample activities to test the students knowledge. I would use the worksheet along with the actual measuring tools so the students can handle the equipment as they work, this will reinforce their learning. It will be helpful for a teacher who already knows how to read both scales to teach as it will require some explanation to support the work.

A SI Units reference sheet. I issue to physics and engineering students to keep as a handy reference at the front of their folders. Easy to read, feel free to copy and paste anything featured here.

Posters made to occupy the walls around pillar drills. They show drillbit geometries, clamping methods and all three mention safety. All posters are on A3 paper and look great when laminated. Feel free to change anything that you don't like or wish to adjust.

Pattern development worksheet, has templates and demonstrates how sheet metal workers produce patterns before folding metals. Designed to be completed in a classroom using paper, but can be used for a range of other subjects that involve manipulating 3D shapes. Feel free to cut and paste any of the activities for your own style of sessions.

A basic overview of calculating the K-factor or bend allowance applied to sheet metal before pattern development and folding takes place. Simply written to aid understanding, a lot of the information used is theory and not regularly applied in the workshop, however trainee and apprentice sheet metal workers will be assessed on the theory. feel free to cut, paste and use anything here for any other purpose.

Basic, low level activities designed to give students confidence in reading and producing their own drawings in engineering. Starter activity is for students to identify the correct views. Drawing activities are for the students to convert isometric to orthographic projection, using guide lines - (you may need to adjust the contrast of your printer before printing, I had a small issue but it was fixed with a bit of adjustment) Feel free to chop, change and paste whatever you like to suit your own style.

Engineering based health and safety intro for fairly low level students - Level 1/2 Explains the meanings behind COSHH, HASAWA and asks students to find risks in three photographs. Handy for a cover teacher to use to introduce health and safety theory. Feel free to change, cut and paste to suit yourself.

Powerpoint and activities to fit an hours session, more or less depending on the level of students. Teacher will need to have knowledge of some of the materials used in the categories of COSHH. Described from an engineering perspective. Feel free to cut, paste and use the resources for any other purpose.