Hybrid Electronics Systems Architect

Marmon Foodservice Technologies; Carol Stream (IL); Hybrid; USD 94,000 - 140,000; Full time

Benefits offered by this job

Medical, Dental, Vision

401(k) matching

Paid time off

Life insurance

Job summary

Marmon Foodservice Technologies, Inc. is transforming how commercial restaurant equipment is designed and built, leveraging a broad portfolio under Marmon Holdings.

As an Electronics Systems Architect, you will translate customer needs into modular system-level requirements and architectures, guiding hardware, firmware, software, and electromechanical interfaces with a strong emphasis on reliability and scalability.

Qualifications

• Bachelor's degree in Electrical/Systems Engineering or related field; Master’s preferred.
• 5-10+ years in electronics, embedded systems, or systems engineering.

Responsibilities

• Translate VOC and product concepts into clear system-level requirements for electronic control systems.
• Define and maintain system architectures for hardware, firmware, software, and electromechanical interfaces.
• Lead requirements lifecycle: elicitation, validation, and traceability across subsystems.
• Collaborate with hardware, firmware, software, and mechanical teams to ensure alignment with customer needs.
• Develop and manage system specifications, interface definitions, and control strategies for commercial restaurant equipment.
• Support verification and validation strategies early in development and ensure testability of requirements.

Skills

Systems engineering

V-model

Requirements traceability

Electronic controls

Hardware integration

Embedded systems

Cross-functional collaboration

Agile methods

Education

Bachelor's in Electrical Engineering

Tools

DOORS

Jama

Polarion

Jira

Confluence

Job description

Marmon Foodservice Technologies, Inc. is transforming how commercial restaurant equipment is designed and built, leveraging a broad portfolio under Marmon Holdings.

As an Electronics Systems Architect, you will translate customer needs into modular system-level requirements and architectures, guiding hardware, firmware, software, and electromechanical interfaces with a strong emphasis on reliability and scalability.