Hardware Engineer, Electrical

Fiery LLC is the leading provider of Digital Front Ends (DFEs) and workflow solutions for the growing industrial and graphic arts print industries. Fiery is leading the transformation from analog to digital imaging with scalable, digital, award‑winning products for the printing industry. Based in Silicon Valley, California with offices around the world and a customer‑base that includes over 2 million DFEs sold globally, we offer innovative software and cloud‑based technologies that deliver fast performance, stunning color, and exceptional print quality across a broad range of production printing devices.

Fiery DFEs are installed in a diverse range of industry segments, including commercial print, packaging, signs and display graphics, ceramics, building materials, textiles etc. With over 30 years of excellent support and service, we have presence in 19 countries with 800+ employees.

Enable the printer to produce what the designer imagined.

As a Hardware Engineer – Electrical, you will play a key role in developing next‑generation digital printing hardware platforms for industrial automation and printing solutions. We are looking for a highly motivated engineer with strong knowledge of electrical systems, hardware integration, and embedded platforms.

In this role, you will work on the design, development, testing, and validation of hardware systems that support advanced industrial printing technologies. You will collaborate with cross‑functional teams across hardware, software, and mechanical engineering to deliver scalable and high‑performance products.

You will contribute to hardware bring‑up, debugging, validation, and integration activities while ensuring reliability, performance, and manufacturability of electrical systems and components.

Work closely with engineering teams to troubleshoot complex hardware issues, support system testing, and participate in product development from concept to production release.

Operate with strong ownership, attention to detail, and a proactive approach while working in a collaborative and fast‑paced engineering environment.

Education

Qualification:

Bachelor’s or Master’s degree in Electrical Engineering, Electronics Engineering, Computer Engineering, or a related field.

Experience: 3–7 years of relevant experience in hardware/electrical engineering and product development.

• Design, develop, and validate electrical and hardware systems for industrial products
• Work on hardware integration involving embedded systems, controllers, and peripheral interfaces
• Collaborate with software and mechanical teams for end-to-end product development
• Troubleshoot and debug hardware and electrical issues during development and validation phases
• Support system bring‑up, testing, and production validation activities
• Create and maintain technical documentation, test reports, and design specifications
• Strong understanding of electrical circuits, embedded hardware, and system-level integration
• Exposure to industrial automation systems and real-world hardware applications
• Experience working with hardware validation, testing methodologies, and debugging tools
• Ability to analyze system-level electrical issues and drive resolutions independently
• Understanding of product development lifecycle and engineering best practices
• Strong analytical thinking, troubleshooting ability, and attention to detail
• Exposure to AI‑assisted engineering tools and ability to leverage AI in daily work activities will be an added advantage

Strong verbal and written communication, collaboration with cross‑functional teams, high ownership, accountability, proactive approach, strong learning agility, problem‑solving mindset, and ability to work effectively in fast‑paced environments.

• Experience with embedded Linux or RTOS‑based systems
• Knowledge of hardware debugging tools such as oscilloscopes and logic analyzers
• Exposure to industrial digital printing or imaging systems
• Experience with scripting and automation using Python, Bash, or similar tools
• Familiarity with high‑speed interfaces and hardware…