Edwin Calderon serves as a Principal Engineer in Electrical Engineering at Northrop Grumman, where he leverages over 20 years of extensive experience in product development, particularly in the realm of embedded systems. His current role focuses on the design and implementation of Electrical Ground Support...
Edwin Calderon serves as a Principal Engineer in Electrical Engineering at Northrop Grumman, where he leverages over 20 years of extensive experience in product development, particularly in the realm of embedded systems. His current role focuses on the design and implementation of Electrical Ground Support Equipment (EGSE) hardware, which is crucial for testing and validating satellite components. Edwin's expertise lies at the intersection of hardware and software, enabling him to collaborate effectively with multidisciplinary teams of engineers. This collaboration is essential for understanding component requirements and translating them into robust test solutions that can withstand both ambient and space conditions.
One of Edwin's key projects involves developing innovative test set solutions that enhance the reliability and efficiency of satellite operations. His proficiency in FPGA design, PCB design, and microcontroller integration allows him to create sophisticated testing environments that simulate real-world conditions. Additionally, Edwin's skills in Verilog and analog simulations empower him to optimize circuit designs, ensuring that each component performs to its maximum potential. His hands-on approach to engineering not only fosters a culture of innovation but also drives the successful execution of complex projects within tight timelines.
As a seasoned engineer, Edwin is committed to advancing the field of aerospace technology through continuous learning and adaptation. His deep understanding of electronics and product development positions him as a valuable asset to Northrop Grumman, where he is dedicated to pushing the boundaries of what is possible in satellite technology and ground support systems.
