http://www.fundamentalengineering.co.nz/work daily 0.75 2014-06-09 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5395421fe4b04beeee54a613/1402290719334/image.jpg Home_old https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/53954103e4b0abeff782aa4b/1402290353293/image.jpg Home_old https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/53954163e4b0ecd31a3529dc/1402290531745/image.jpg Home_old http://www.fundamentalengineering.co.nz/home-1 daily 0.75 2015-09-15 http://www.fundamentalengineering.co.nz/services daily 0.75 2016-06-01 http://www.fundamentalengineering.co.nz/contact daily 0.75 2014-08-17 http://www.fundamentalengineering.co.nz/home daily 1.0 2016-04-04 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5420efe1e4b042b085c8676e/1411444784278/Silicone+Over+Moulding+Step-4+Final.JPG Home Innovation https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5420f25be4b08ff99b8c7803/1411445437906/Height+Adjustable+Laminate+Cutting+Tool.jpg Home Precision https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5420f0d1e4b0f8281cf121a4/1411445010223/Silicone+Suture+Tab+Mould.JPG Home Design http://www.fundamentalengineering.co.nz/portfolio daily 0.75 2016-04-04 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5420ec62e4b042b085c8619b/1459739608959/Enclosure+with+Air+Cooling.jpg Portfolio Retrofitting of a fan into an existing wireless charging unit with the aim to lower the enclosure surface temperatures, and to cool down electronic components to stabilise the device's performance. CFD was initially utilised to establish air-flow, fan placement, and fan size. Prototypes were then built to showcase the proof of concept, and to facilitate temperature measurements. Tooling for the manufacture of a new enclosure and the various internal components were designed and commissioned. Parts manufacturing was managed, and components and fixtures were sourced. Manufacturing steps were developed, and production standard operation procedures (PSOP) were formalised. The manufacturing of the device was then commissioned and handed over to the production team. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5406837ce4b07e03b0f16b94/1459736185666/Height+Adjustable+Laminate+Cutting+Tool.jpg Portfolio Concept design of a specialised cutting tool for accurately sectioning a sheet (e.g. adhesive paper, laminates) without cutting through the backing/support material. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/540685a4e4b054b7dabbe6c2/1459761980811/VHB+Cutting+Tool.jpg Portfolio Design of an apparatus to cut doubled sided very high bond strength (VHB) tape into equally sized strips without distortion of the VHB tape itself. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5420ecd9e4b0debb331c4cd1/1459762027842/Pressure+Chamber.jpg Portfolio Design of a pressure chamber for device calibration purposes. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/54068fcde4b0ee7f1c84fe9d/5420e62fe4b07260915628fe/1411442227325/Silicone+Over+Moulding+Step-2+PCB+Liner+Assembly.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/54068fcde4b0ee7f1c84fe9d/5420e617e4b07260915628e1/1411442202582/Silicone+Over+Moulding+Step-1+Liner.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/54068fcde4b0ee7f1c84fe9d/5420e638e4b0726091562906/1411442235256/Silicone+Over+Moulding+Step-3+Overmould.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/54068fcde4b0ee7f1c84fe9d/5420e640e4b0726091562922/1411442245600/Silicone+Over+Moulding+Step-4+Final.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/540691b5e4b0c1ca4c5681b5/5420e947e4b04cb5faf2bd50/1411443028082/Silicone+Suture+Tab+Mould+Manufacturing+with+Spark+Eroding+Tool.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/540691b5e4b0c1ca4c5681b5/5420ebcae4b05046224cac14/1411443663103/Silicone+Suture+Tab.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/540691b5e4b0c1ca4c5681b5/5420e951e4b04cb5faf2bd5f/1411443029774/Silicone+Suture+Tab+Mould.JPG Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/54068544e4b096fd0ba1ca0d/1459759934799/Heart+Stent+3+Point+Bend+Test+Rig.jpg Portfolio Micrometer alignment stage for 3-point bend testing of heart stents. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/540684dee4b072d122d62909/1459741895074/Cell+Stretch+Rig.jpg Portfolio Concept design of a stage to study bone cell interaction/growth under one-directional micro-motion. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/54068419e4b0132427c7edc5/1459741811339/Silicone+Cartridge+Dispensing+Pump.jpg Portfolio Concept design of a silicone cartridge dispenser. http://www.fundamentalengineering.co.nz/testimonials daily 0.75 2016-06-08 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ff9ed4d088e2dbb6326fe/1464859128075/ Clients https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ff8cd4d088e2dbb6322c2/1464858849999/Logo_ABI.png Clients https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ff9d34d088e2dbb6326a9/1464859106267/ Clients https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ff9874d088e2dbb632551/1464859024394/ Clients https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ff9a44d088e2dbb6325e0/1464859076176/ Clients https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ff9624d088e2dbb6324a1/1464859003923/ Clients http://www.fundamentalengineering.co.nz/large-image daily 0.75 2016-03-21 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ffb6359827e6b31deff64/1458320524539/SQS_DK_carlos_0303-copy.jpg Large Image http://www.fundamentalengineering.co.nz/introduction daily 0.75 2016-06-04 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/574ffbab59827e6b31df008c/1458317462857/SQS_DK_carlos_0226-e.jpg Introduction http://www.fundamentalengineering.co.nz/summery daily 0.75 2016-06-05 http://www.fundamentalengineering.co.nz/services-1 daily 0.75 2016-10-05 http://www.fundamentalengineering.co.nz/portfolio-publications daily 0.75 2016-06-08 http://www.fundamentalengineering.co.nz/portfolio-design daily 0.75 2016-06-07 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245efa2/1459741895074/Cell+Stretch+Rig.jpg Design Portfolio Concept design of a stage to study bone cell interaction/growth under one-directional micro-motion. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef9d/575624f937013b8af245ef9f/1411443029774/Silicone+Suture+Tab+Mould.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef9d/575624f937013b8af245ef9c/1411443028082/Silicone+Suture+Tab+Mould+Manufacturing+with+Spark+Eroding+Tool.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef9d/575624f937013b8af245ef9e/1411443663103/Silicone+Suture+Tab.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245efa3/1459759934799/Heart+Stent+3+Point+Bend+Test+Rig.jpg Design Portfolio Micrometer alignment stage for 3-point bend testing of heart stents. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef98/575624f937013b8af245ef97/1411442227325/Silicone+Over+Moulding+Step-2+PCB+Liner+Assembly.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef98/575624f937013b8af245ef9a/1411442235256/Silicone+Over+Moulding+Step-3+Overmould.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef98/575624f937013b8af245ef9b/1411442245600/Silicone+Over+Moulding+Step-4+Final.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/575624f937013b8af245ef98/575624f937013b8af245ef99/1411442202582/Silicone+Over+Moulding+Step-1+Liner.JPG Design Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245efa1/1459741811339/Silicone+Cartridge+Dispensing+Pump.jpg Design Portfolio Concept design of a silicone cartridge dispenser. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245efa4/1459761980811/VHB+Cutting+Tool.jpg Design Portfolio Design of an apparatus to cut doubled sided very high bond strength (VHB) tape into equally sized strips without distortion of the VHB tape itself. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245efa5/1459762027842/Pressure+Chamber.jpg Design Portfolio Design of a pressure chamber for device calibration purposes. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245efa0/1459739608959/Enclosure+with+Air+Cooling.jpg Design Portfolio Retrofitting of a fan into an existing wireless charging unit with the aim to lower the enclosure surface temperatures, and to cool down electronic components to stabilise the device's performance. CFD was initially utilised to establish air-flow, fan placement, and fan size. Prototypes were then built to showcase the proof of concept, and to facilitate temperature measurements. Tooling for the manufacture of a new enclosure and the various internal components were designed and commissioned. Parts manufacturing was managed, and components and fixtures were sourced. Manufacturing steps were developed, and production standard operation procedures (PSOP) were formalised. The manufacturing of the device was then commissioned and handed over to the production team. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/575624f937013b8af245ef96/1459736185666/Height+Adjustable+Laminate+Cutting+Tool.jpg Design Portfolio Concept design of a specialised cutting tool for accurately sectioning a sheet (e.g. adhesive paper, laminates) without cutting through the backing/support material. http://www.fundamentalengineering.co.nz/contact-us daily 0.75 2016-06-07 http://www.fundamentalengineering.co.nz/new-page daily 0.75 2016-06-07 http://www.fundamentalengineering.co.nz/new-page-1 daily 0.75 2016-06-07 http://www.fundamentalengineering.co.nz/new-page-2 daily 0.75 2016-06-07 http://www.fundamentalengineering.co.nz/new-page-3 daily 0.75 2016-06-07 http://www.fundamentalengineering.co.nz/portfolio-research daily 0.75 2016-06-08 https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa70/1459739608959/Enclosure+with+Air+Cooling.jpg Research Portfolio Retrofitting of a fan into an existing wireless charging unit with the aim to lower the enclosure surface temperatures, and to cool down electronic components to stabilise the device's performance. CFD was initially utilised to establish air-flow, fan placement, and fan size. Prototypes were then built to showcase the proof of concept, and to facilitate temperature measurements. Tooling for the manufacture of a new enclosure and the various internal components were designed and commissioned. Parts manufacturing was managed, and components and fixtures were sourced. Manufacturing steps were developed, and production standard operation procedures (PSOP) were formalised. The manufacturing of the device was then commissioned and handed over to the production team. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa75/1459762027842/Pressure+Chamber.jpg Research Portfolio Design of a pressure chamber for device calibration purposes. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa68/5757c6dfe321400d7a63aa67/1411442227325/Silicone+Over+Moulding+Step-2+PCB+Liner+Assembly.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa68/5757c6dfe321400d7a63aa69/1411442202582/Silicone+Over+Moulding+Step-1+Liner.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa68/5757c6dfe321400d7a63aa6b/1411442245600/Silicone+Over+Moulding+Step-4+Final.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa68/5757c6dfe321400d7a63aa6a/1411442235256/Silicone+Over+Moulding+Step-3+Overmould.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa71/1459741811339/Silicone+Cartridge+Dispensing+Pump.jpg Research Portfolio Concept design of a silicone cartridge dispenser. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa73/1459759934799/Heart+Stent+3+Point+Bend+Test+Rig.jpg Research Portfolio Micrometer alignment stage for 3-point bend testing of heart stents. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa6d/5757c6dfe321400d7a63aa6c/1411443028082/Silicone+Suture+Tab+Mould+Manufacturing+with+Spark+Eroding+Tool.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa6d/5757c6dfe321400d7a63aa6f/1411443029774/Silicone+Suture+Tab+Mould.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/5757c6dfe321400d7a63aa6d/5757c6dfe321400d7a63aa6e/1411443663103/Silicone+Suture+Tab.JPG Research Portfolio https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa74/1459761980811/VHB+Cutting+Tool.jpg Research Portfolio Design of an apparatus to cut doubled sided very high bond strength (VHB) tape into equally sized strips without distortion of the VHB tape itself. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa66/1459736185666/Height+Adjustable+Laminate+Cutting+Tool.jpg Research Portfolio Concept design of a specialised cutting tool for accurately sectioning a sheet (e.g. adhesive paper, laminates) without cutting through the backing/support material. https://static1.squarespace.com/static/53951fc9e4b0bb296302b552/t/5757c6dfe321400d7a63aa72/1459741895074/Cell+Stretch+Rig.jpg Research Portfolio Concept design of a stage to study bone cell interaction/growth under one-directional micro-motion.