Top Hardware Engineer Jobs in Atlanta, GA

In this role, you will architect and build software products for physical operations, collaborate cross-functionally, and drive impactful innovation.

The Compliance Engineer ensures product certification processes for electrical and electronic equipment, oversees compliance activities, maintains relevant documentation, liaises with regulatory bodies, conducts risk assessments, and trains team members on compliance protocols.

The Smart Grid Application Engineer manages Smart Grid applications, troubleshoot issues, supports clients, and ensures compliance with operational standards effectively.

As a Technical Project Management Intern, you'll support device engineering projects, collaborating with teams to drive execution and improve processes for community safety technology.

Seeking exceptional technical builders for undefined role, focused on operating complex systems and solving tough problems across various layers of technology.

The Documentation Specialist will gather and analyze technical information, conduct research, and translate this information into clear documents for various audiences.

Design and develop power electronics for electric propulsion systems, collaborate with teams, and ensure compliance with safety standards.

The Senior Hardware Engineer will design and develop electronics for aviation products, ensuring safety and performance, while optimizing for manufacturability. Responsibilities include prototyping, integration, and testing of various drone components alongside cross-functional teams.

As a System Engineer, you'll design, deploy, and maintain cloud systems for AI workloads, troubleshoot complex issues, and collaborate with teams to optimize performance.

Lead and scale the hardware engineering team to design, deliver, and support reliable IIoT products. Own technical direction, architecture (power, connectivity, security), manufacturability, processes, hiring, and cross-functional execution from concept through production.

Design and implement SystemVerilog RTL for high-speed ASIC compute, memory, and networking subsystems. Define microarchitecture, optimize Power/Performance/Area, collaborate with verification/physical teams, prototype features with architects/software, mentor junior engineers, and improve design flow using AI and automation.

Lead manufacturing engineering efforts for assigned suppliers, manage delivery and cost-reduction projects, resolve technical issues, support sourcing and supplier selection, and drive supplier performance and process improvements across multiple part families.

Lead Manufacturing Engineer owns supplier technical performance, leads cross-functional problem solving and producibility improvements, supports supplier selection and source changes, influences cost and delivery, and frequently travels to suppliers.

Support setup, integration, and testing of real-time simulation environments linking hardware and software models. Responsibilities include configuring test benches, developing automation scripts, debugging communication issues, and documenting results.

The Board Hardware Engineer leads PCB design and development, collaborating with architects, product managers, and validation teams, while creating schematics and specifications.

The Board Hardware Engineer leads board designs, collaborates with teams on specifications, conducts simulations, and supports new designs and troubleshooting.

The Senior Engineer will develop AI-driven hardware models, assess SystemC simulation efficiency, and integrate modeling with EDA tools.

The Senior Hardware Support Engineer will ensure production hardware reliability, coordinate vendor diagnostics, lead root cause analysis, and support engineering teams to enhance system stability.

The Lead Manufacturing Engineer coordinates multi-functional teams for hardware delivery, resolves technical issues with suppliers, and drives producibility improvements.

The Software Engineer will develop Python scripts for device testing and validation, ensuring production quality and reliability while automating factory processes.