1. Choose components and design circuits for power electronics, wired communications, microcontrollers, and IoT components
2. Design PCBs in KiCAD
3. Take ownership of the electronics lab space, including procuring, using, and maintaining components needed in the lab
4. Simulate circuits with LTSpice and PSpice
5. Build testing prototypes and test jigs
6. Perform basic circuit assembly by soldering
7. Write basic Arduino code for quick hardware validation and prototyping
8. Debug electronics PCBs
9. Work with Lithium-based batteries and their integration with inverters and chargers
10. Enjoy working with the team while having a positive impact on the world
Requirements:
1. Strong knowledge of fundamentals in digital, power, and analog electronics
2. Hands-on experience with electronic components, including usage of passive components, discrete semiconductors, and calculating power consumption
3. Experience in PCB design, from architecture design, component selection, and schematic development, to PCB layout and manufacturing
4. Strong English communication skills, with an emphasis on documentation and articulating work for others and future reference
5. Ability to solder SMD components
6. Good hands-on experience with debugging tools such as multimeter, oscilloscope, and logic analyzer
Skill(s) required
Circuit DesignInternet of Things (IoT)PCB DesignPCB Soldering
Nunam is set on a journey to build energy storage devices that run on used lithium-ion batteries. As a result, we want to bring down the cost of energy storage significantly in a highly carbon-friendly way (due to reuse) against any other existing storage technology on the market (mainly lead-acid batteries). We do this primarily for those communities that need affordable energy the most and live with less or no access to electricity today. The objective is to develop best-in-class and hyper-efficient technologies, products, and processes to reuse batteries from any source and at scale.
