Candidates should possess a Bachelor’s degree in Electrical Engineering or a related field, along with a minimum of 5 years of experience in hardware design, specifically focusing on signal integrity and thermal analysis. Strong proficiency in modern PCB design methodologies, simulation tools such as SPICE, HyperLynx, CST, and Ansys is required, as well as experience with high-speed PCB design and thermal management techniques.
The Senior Hardware Engineer will lead the development of high-performance hardware schematics for PCBs, performing detailed signal integrity analysis and simulations to ensure robust high-frequency signal transmission and minimal noise interference. They will conduct thermal simulations and analysis on PCB designs to assess and mitigate heat generation, optimize component placement, and ensure efficient thermal management. The role also involves collaborating with cross-functional teams, providing detailed design documentation, and troubleshooting design-related issues during validation and testing phases.
Deploys satellite systems for data insights
E-Space focuses on deploying small, easy-to-install devices that can be tracked and connected globally. Their main product, the E-Space LEO platform, utilizes Artificial Intelligence to enhance data transmission from these devices, providing insights and automation that improve upon traditional IoT capabilities. E-Space differentiates itself by redesigning spacecraft and satellite systems to lower costs, making space technology more accessible to a wide range of clients, including governments and businesses. The company is dedicated to sustainable practices and aims to lead in the development of environmentally friendly satellite constellations, using the data from their systems to inform decisions that protect the planet. Their revenue model is based on selling satellite systems and the data services derived from them.