Heinrich Diebel
About Heinrich Diebel
Heinrich Diebel is the Lead Firmware/FPGA Developer at Emerson Automation Solutions in Augsburg, with extensive experience in FPGA design and embedded systems development.
Company
Heinrich Diebel currently holds a position at Emerson Automation Solutions. Based in Augsburg, he serves as the Lead Firmware/FPGA Developer, bringing extensive expertise in hardware and firmware development to the organization.
Professional Title
Heinrich Diebel is the Lead Firmware/FPGA Developer at Emerson Automation Solutions. His role encompasses the design and development of FPGA devices for embedded and industrial computers, focusing on functions like Industrial Ethernet, GPIOs, watchdogs, and embedded controllers for X86 and ARM architectures.
Education and Expertise
Heinrich Diebel studied Nachrichtentechnik at Fachhochschule Trier, achieving his Dipl. Ing. (FH). His education has been complemented by substantial hands-on experience in FPGA design, embedded systems, and hardware/software integration. He is proficient in creating continuous build and test environments, developing unified test systems, and programming drivers with various frameworks, including Python and XText.
Professional Background
Heinrich Diebel has a distinguished career spanning several prominent companies. His past roles include Lead Firmware/FPGA Developer at GE (2016-2019) and multiple positions at Siemens AG covering a decade and a half, among others. His expertise has been leveraged in various capacities, from Senior HW/SW/FPGA Developer at Unify and Siemens Enterprise Communications GmbH & Co. KG to consultant roles at Tieto Embedded Systems GmbH and Tieto Deutschland GmbH.
Industry Expertise and Experience
With over three decades of industry experience, Heinrich Diebel brings a wealth of knowledge to the table. He has led technical projects in FPGA design, utilizing prominent VHDL and Verilog coding techniques, simulation, synthesis, testing, and FPGA image delivery. He is adept in developing test software and drivers in embedded Linux environments using various programming languages. His interest remains keen on developing robust methods for error-free design and production.