WOOD Consulting Services - Laurel, MD
posted 6 months ago
The Hardware Design Engineer Level 2 position at WOOD Consulting Services, Inc. involves designing and testing new integrated circuits and hardware components for a diverse range of signal processing applications and research initiatives. The role requires the engineer to design, document, and develop code, including firmware, for digital signal processors and other programmable hardware devices such as Application Specific Integrated Circuits (ASICs) and Field Programmable Gate Arrays (FPGAs). A significant aspect of the job includes analyzing existing integrated circuits and hardware components to facilitate reverse engineering of both hardware and firmware. The engineer will also conduct necessary hardware engineering functions to modify and adapt vendor-manufactured hardware to meet specific government needs and contingencies. In this role, the engineer will assist in designing new products and processes while also improving and maintaining existing products. Effective communication with other engineering personnel is essential to coordinate interrelated designs and ensure project completion. The engineer will perform design analysis on components and assemblies to ensure that designs are cost-efficient, manufacturable, and reliable. Additionally, the engineer will apply ASIC or FPGA place and route (P&R) tools with various libraries to create physical implementations of designs and develop and maintain documentation for the P&R design flows. The position also involves working with tool and library vendors to develop solutions for design challenges, integrating new P&R tools and updates into the government’s computer-aided design environment, and providing technical leadership to less experienced engineers. The engineer will lead the design of new products and processes while also performing de-processing of electronic components to retrieve stored firmware or software using approved reverse engineering procedures. This role requires a strong background in hardware design engineering, particularly in integrated circuit or microelectronic component design, and reverse engineering.