Do you need electronic product design for something that is not available on the market? Require a professional electronic circuit designer and/or printed circuit board (PCB)? Or perhaps a proof of concept? Maybe you just need some electronic experts to review your circuit schematic or PCB layout? Perhaps you need an embedded programming / coding expert? In any case, we are confident we can support your needs. We have a wealth of experience with electronic design, electronic development, electronic prototyping, electronic production advise, and firmware programming. We are proficient with various EDA tools and various OSs. We started using Protel in the 1990's, before it was rebirthed as Altium. We still use Protel/Altium if/when required, however prefer to use gEDA (and forks such as Lepton-EDA and pcb-rnd), and some times KiCAD or Eagle. We use gEDA because it is open-source and therefore can be integrated with our custom Python tools to auto create PCB footprints, auto create BOMs and price lists using the Octopart API https://octopart.com or Digikey API https://services.digikey.com. This allows automation of some of our services/skills, which requires less human hours, and therefore higher efficiency and lower development costs.
Our custom electronics experience is broad: analogue electronics, digital electronics, RF electronics, TI MSP430, ST STM32, FPGA, WiFi, Bluetooth, custom wireless protocols for long range, power management (PMIC), buck and boost converters, lithium (Li) battery charging, lithium polymer (Li-Po) battery charging, wireless induction charging, various sensor interfacing (IMU, accelerometers, gyroscopes, magnetometers, image sensors, ultrasonics, IR, encoders, radar, laser range finders), various control interfacing (brushed DC motors, BLDC, servo motors, stepper motors, linear actuators, pneumatics, hydraulics). With a deep understanding of electronics, sensors and computer networking we find IoT devices straight forward. We even have a sewing machine for conductive thread and LilyPad's to embrace wearable technology.
We believe that a good electronics design will use a microcontroller (MCU) or microprocessor (MPU) that allows one to develop firmware (i.e. software for hardware), so the features/solutions are flexible and extendable. We have expensive experience with programming at all levels from embedded programming, to application programming, GUI programming, cross-platform development, and web development. We are Linux experts and confident with all programming languages (e.g. C, C++, Python to say the least) and all operating systems. Our desktop computers typically run Ubuntu/Debian and use VirtualBox to run all operating systems (OSX and Windows) at the same time.
A design wouldn't be complete without PCB assembly, prototyping, testing and debugging. We typically get our bare PCB's manufactured in China along with a stencil (about 5 days turn around time). We then use our reflow oven to do surface mount soldering, and the rest is done with a solering iron. We have tools and tricks of the trade for PCB surface mount and through hole rework. We are confident with manual soldering components down to the 0603 level.
The CTO of COLETEK (Luke Cole) originally worked for Hemisphere GPS (purchased by AgJunction) as a "Robotics Engineer" implementing auto-guidance solutions for agriculture tractors and quadbikes. Luke Cole also worked at Location Aware Technologies (433) developing indoor tracking devices. And also worked for leading research institutes such as NICTA, CSIRO and ANU Robotics System Lab (lead by Alex Zelinsky).
Lance Cole has also worked at NICTA and has a background of various hardware development, such as working for a contract company to the US millary (EOS), building the Common Remotely Operated Weapon Station (CROWS).
Canberra is the capital city of Australia and with a population of over 332,000, is Australia's largest inland city. The city is located at the northern end of the Australian Capital Territory, 280 kilometres southwest of Sydney, and 650 kilometres north-east of Melbourne.
The site of Canberra was selected for the location of the nation's capital in 1908 as a compromise between Sydney and Melbourne, the two largest cities. It is unusual among Australian cities as an entirely purpose-built, planned city.
Following an international contest for the city's design, a design by Chicago architects Walter Burley Griffin and Marion Mahony Griffin was selected and construction commenced in 1913.
The city's design was heavily influenced by the garden city movement and incorporates significant areas of natural vegetation that have earned Canberra the title "bush capital". Although the growth and development of Canberra were hindered by the World Wars and the Great Depression, it emerged as a thriving city after World War II.
As the seat of the government of Australia, Canberra is the site of Parliament House, the High Court of Australia and numerous government departments and agencies. It is also the location of many social and cultural institutions of national significance. The federal government contributes the largest percentage of Gross State Product and is the largest single employer in Canberra (although it is no longer the employer of the majority of working Canberrans, as was once the case).
Before European settlement, the area in which Canberra would eventually be constructed was seasonally inhabited by the Ngunnawal and Walgalu tribes. The Ngarigo lived south-east of the Canberra area, the Gundungurra to the north, the Yuin on the coast and the Wiradjuri to the west. Archaeological evidence from the Canberra region suggests human habitation of the area for at least 21,000 years. The word "Canberra" is derived from the name of the local Ngabri people dialect, one of the Ngunnawal family groups, from the word Kanbarra meaning "meeting place" in the old Ngunnawal language. The Ngunnawal name was apparently used as a reference to corroborees held during the seasonal migration of the Ngunawal people to feast on the Bogong moths that pass through the region each spring.