|Raspberry Pi caseholder|
Please note a significant change was made in May 2017 when the prints on the primary 3D Printers were modified (changed) to 8mm. Previously all prints featured were using a 4mm nozzle, times that are listed here and on the blog need to be adjusted accordingly, as a rule of thumb the timeframe for prints from before May 2017 should be halved.
Hair Tie Stand - (originally published 18/10/2017)
Brief: Student created and designed station to store hair ties. Personalised to include the name of the student who created the project. Print Time: Five hours.
Animal Bait Station V4.0 (originally published 5/10/2017)
Brief: Student designed an original bait station for use with a night time tracking camera that was able to prevent Hedgehogs from tipping the bait station over. This revised version included longer legs and was personalised with a name. Print time: ten hours.
Jewellery Box and Lid (originally published 2/9/2017)
Brief: Student designed and created Jewellery Box and lid. Original version took a combined 23 hours including personalised lid. A revised version saw the students add padding and accessories to the box to enhance its presentation.
Edison Robot Storage Box and Revisions (originally published 5/8/2017)
Brief: Student designed a box to store Edison Robot. Original version took five hours. Subsequent revisions of the project took seven hours and twenty hours for a carry box for two robots and a lid.
Egg Cup and Egg Cup Revision (originally published 3/8/2017)
Brief: Student designed an egg cup. Five hour print.
iPod Box and iPod Box Delux- (originally published 12/7/2017)
Brief: Student creates a box designed to use to store an iPod. This was designed with a seperate lid which sixteen hours in total for both pieces. In the Delux version the lid and base took eighteen hours including seperate space to store the cords.
Student Desk Organiser (originally published 3/6/2017)
Brief: A student create an original project in which they designed a personal desk organiser. This eight hour project was refined and produce in other versions by subsequent students in versions that took nine hours, eight hours, nine hours (advanced), and four hours for a smaller version.
iPad Stand - and iPad Stand Delux (originally published 6/5/2017)
Brief: A student created a stand for use for his iPad Mini so it could be used as reading device and display item. The six hour print was revised and improved with the introduction of a bar and further support to an eight hour print in a further improvement.
Gift Box [Mothers Day] - originally publised 11/5/2017)
Brief: A student created a detailed gift box with a drop down lid and handle. Twenty hours (approx) for combined print of the base and the lid. A significant intricate project. (Printed with a 4mm nozzle) An improvement was made to lid in a seperate project reprint.
Sky Tower (originally published 8/1/2017)
Brief: A model of the Auckland Sky Tower (credit Thingiverse) to create a structual display model. Eighteen hours (with a 4mm nozzle and a fine print setting).
Christmas Decorations (originally published 6/12/2016)
Brief: A Christmas star, personalised with the name of the student or the name of the school (in this case). Eight hour print.
Christmas Decorations (originally published 22/11/2016)
Brief: A Christmas decoration designed and published in glow-in-the-dark filament, this design was created as a bottle with a stopper. Timeframe: Six hours.
Model of a Lawn Mower (originally published 11/11/2016)
Brief: A model to scale of a Lawn Mower, being as realistic as possible and showing as many expected features as possible. Timeframe: 18 hours (on a regular print time frame).
Raspberry Pi Case Holders (originally published 12/9/2016
Brief: Raspberry Pi Holders as a case for a Raspberry Pi machine. As an addition to this project instead of the suggested wooden cover there was also a 3D Printed cover as well.
Timeframe: Twelve hours.
Classroom Signs (originally publishing 20/8/2016)
Brief: Signs for classroom/bathroom for above doors.
Timeframe: Twenty hours (in two parts forty hours)
Money Holders (originally published 11/7/2016)
Brief: Money holders for classroom rewards program
Timeframe: Six Hours
Props for the Junior Robocup Part Two 11/6/2016
Brief: Detailed costumes for Junior Robocup Competition.
Timeframe: 40 hours.
3D Printed Box (originally published 19/5/2016)
Brief: printed box for the dispensing of 'classroom cash' details of a second version here.
Timeframe: 40 hours combined for lid and box.
|3D Printed Box|
Golf Flag (originally published 12/4/2016)
Brief: student designed Golf Flag for putting/Lego Robotics.
Timeframe: 12 hours
Sports Trophy (originally published 19/8/2016)
Brief: student designed sports trophy to be awarded for team player of year.
Timeframe: 40 hours
3D Printed Speakers (originally published 1/5/2015)
Brief: this was the major student project for technology for 2015. Students produced a working speaker with 3D Printed speaker covers, handles, f is provided here. Student perspective on the speakers here. Further overview of the project. Timeframe: 120 hours (all parts).
eet and components. Further information on the speakers
|Single biggest print - Kitchen Utility holder|
Egg Cup Holder (originally published 27/4/2015)
Brief: student designed egg cup holder with Golf theme.
Timeframe: 8 hours.
Kitchen Utility Hold (originally published 8/4/2015)
Brief: student designed utility holder for various kitchen items.
Timeframe: 39 hours.
Stylus Holders for Students (originally published 3/3/2015)
Brief: Holders for students stylus.
Timeframe: 15 hours (dependant on design).
Classroom Additions (originally published 24/1/2015)
Brief: Range of whiteboard marker holder/duster holders.
Timeframe: 15-30 hours (dependant on design).
Students 3D Design Portfolio (originally published 27/1/2015)
Brief: Senior students portfolio of a variety of tasks related to 3D printing that they had to completed as part of the senior (12-13 year old) classroom extension program.
Timeframe: These tasks vary in print times on the basis of project completed - between 20 and 40 hours dependant on design specifics.