3D Model
Solar Panel Converter µW
Solar Panel Converter for µW applications, indoors for small low power IoT-devices. Including a backup battery CR2032.
3D Model
prototipe-jemuran-otomatis
lipat secara otomatis ketika mendeteksi hujan,berbasis sensor air dan penggerak servo, dengan rekayasa ioT
Designer
shiyamp
Helping companies & startups build electronics products from idea to market | Hardware + Firmware +
STM32, TI, ARM SoCs, and FPGA-based critical control systems. - Wireless & IoT: Custom RF systems, protocol development, IoT product design, and integration with mobile/web applications. - Software & Cloud:
Designer
george_saliba
Electronic Design Engineer
for production, covering multiple fields including power electronics, RF, medical, embedded systems, IoT and more...
3D Model
Previous PCB Projects
Explore a diverse portfolio showcasing innovative projects across PCB design, embedded systems, and IoT applications. Each project highlights expertise in designing and prototyping high-performance circuits
Designer
beutleri
Beutler Ink
Beutler Ink is a top digital agency in the US, specializing in visual design, social media, inbound marketing, and Wikipedia. We work with global brands like Google, Verizon, Uber, Amazon and more to help them share stories with their...
Designer
_Ishwar
Mechanical Design Engineer
and drafting Tolerance, Stack up analysis DFMA and DFA Domain- Rolling stock, Electronic gadgets, IOT, 5G
Designer
shubamr
Industrial designer specialized in design and engineering of Mechanical products
with experience in injection mold design and press tool. 2. Experienced in enclosure designing for IoT products. 3. Strong in Creo and AutoCAD with 7+ years experience.
3D Model
Door Module Enclosure
Door Module Enclosure Scope of Work was to design and visualize a enclosure for an IOT Device to be used as a monitoring device and device to be fixed at DOOR only.
Designer
Duncan Gibbons
parts manufactured via additive manufacturing processes (LPBF). Honours thesis on developing an RFID IoT device to monitor operator efficiencies in a Job Shop environment.