Electrical Design and Analysis Engineer (Mid and Senior Level Openings)

Zachary Piper Solutions is seeking an Electrical Design and Analysis Engineer to support a long term program out of St. Charles, MO. The Electrical Design and Analysis Engineer is responsible for

Responsibilities of the Electrical Design and Analysis Engineer includes:

• Development and document complex electronic and electrical system requirements in collaboration with customers.
• Translate requirements into system architecture and hardware/software designs, and oversee testing to ensure functional and operational compliance.
• Manage supplier performance and ensure successful system integration throughout the product lifecycle.
• Provide lifecycle support, solve fielded hardware/software issues, research emerging technologies, and recommend future technology investments.

Qualifications for the Electrical Design and Analysis Engineer includes:

• 10+ years of electrical systems design and development for mid level
• 5+ years of electrical systems design and development for mid level
• A bachelors degree in electrical engineering is required
• The ability to obtain a Secret clearance

Compensation for the Electrical Design and Analysis Engineer includes:

• Compensation: $100,000 - 160,000 **depending on experience and education**
• Benefits: Full benefits: Healthcare, Dental, Vision, 401k, PTO plan, relocation assistance

This job opens for applications on 2/20/2025. Applications for this job will be accepted for at least 30 days from the posting date

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electronic systems, electrical systems, system requirements, requirements analysis, system architecture, hardware design, software design, interface specifications, integration, validation, verification, agile development, model‑based design, open architecture, cross‑functional collaboration, lifecycle support, fielded systems, troubleshooting, supplier management, compliance, documentation, testing, system performance, technology research, innovation, design maturation, engineering leadership, coordination, customer engagement, next‑generation systems, technical problem‑solving, system translation, hardware‑software integration, operational requirements, functional requirements, system compliance, development lifecycle, architecture modeling, interface design, system‑level analysis, requirement traceability, product evolution, advanced technologies, technology assessment, investment recommendations, multidisciplinary teamwork, engineering oversight, system optimization, complex systems, design specifications