Brady
Lead Firmware Engineer
Brady, Milwaukee, Wisconsin, United States, 53244
Brady Corporation is seeking a Lead Firmware Engineer to join our printer development team in developing high speed inkjet and thermal transfer printing systems. The position is responsible for designing, implementing, and testing real-time embedded firmware to enhance the performance and functionality of our printing systems. The Lead Firmware Engineer will be successful in this position by leveraging their expertise in embedded firmware design to deliver high-quality, reliable solutions that meet product requirements, while collaborating effectively with cross-functional teams, and continuously driving innovation and improvements in our printing systems.
Utilizing modern C++ and object-oriented techniques to develop, implement, and test real-time embedded systems Analyzing and solving problems using debuggers, logic analyzers, oscilloscopes, and other tools Reading schematics and datasheets necessary to write low-level firmware Collaborating with electrical engineers, FPGA developers, and mechanical engineers to design and optimize the performance of printing systems Break development into iterative demonstrable deliverables and provide estimates for the work required Following coding standards, coding style, and best practices in a shared codebase Designing and implementing firmware in collaboration with others by discussing UML and reviewing pull requests
Utilizing modern C++ and object-oriented techniques to develop, implement, and test real-time embedded systems Analyzing and solving problems using debuggers, logic analyzers, oscilloscopes, and other tools Reading schematics and datasheets necessary to write low-level firmware Collaborating with electrical engineers, FPGA developers, and mechanical engineers to design and optimize the performance of printing systems Break development into iterative demonstrable deliverables and provide estimates for the work required Following coding standards, coding style, and best practices in a shared codebase Designing and implementing firmware in collaboration with others by discussing UML and reviewing pull requests