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Si Pi Engineer Jobs in Virginia (NOW HIRING)

Si Pi Engineer information

What is a Si Pi engineer?

Si Pi Engineers, also known as Signal Integrity and Power Integrity Engineers, are professionals who specialize in ensuring that electronic systems, especially those involving high-speed signals and complex power delivery networks, function correctly and reliably. They analyze, design, and troubleshoot circuits to minimize signal degradation, interference, and power delivery issues in printed circuit boards (PCBs) and integrated circuits. Their work is critical in industries such as telecommunications, data centers, consumer electronics, and automotive electronics, where high-speed data transfer and stable power are essential.

What are the key skills and qualifications needed to thrive as a Si Pi engineer?

To thrive as a Si Pi (Signal Integrity/Power Integrity) Engineer, a strong background in electrical engineering, circuit design, and high-speed signal analysis is essential, usually supported by a relevant engineering degree. Familiarity with simulation tools such as HyperLynx, Ansys SIwave, and Cadence, along with experience in PCB layout and measurement instruments like oscilloscopes and VNAs, is typically required. Analytical thinking, problem-solving, and effective communication are vital soft skills for collaborating across design and manufacturing teams. These competencies ensure reliable high-speed electronic systems, minimize signal loss, and prevent power distribution issues, which are critical for product performance and integrity.

What are some common challenges faced by Si Pi engineers when collaborating with cross-functional teams?

Si Pi Engineers often work closely with hardware designers, PCB layout engineers, and system integrators to ensure signal and power integrity across complex electronic systems. A common challenge is effectively communicating technical requirements and constraints, as not all team members may have a deep understanding of SI/PI principles. Additionally, balancing performance, cost, and manufacturability while resolving issues such as crosstalk, noise, and voltage fluctuations can require creative problem-solving and strong teamwork. Regular design reviews and open communication channels help mitigate these challenges and lead to successful project outcomes.

What is the difference between Si Pi Engineer vs PCB Design Engineer?

AspectSi Pi EngineerPCB Design Engineer
CredentialsBachelor's in Electrical Engineering or related; certifications like IPC CID or IPC CID+Bachelor's in Electrical Engineering, Electronics, or related; certifications like IPC CID or IPC CID+
Work EnvironmentElectronics manufacturing, semiconductor, or embedded systems companiesElectronics design firms, manufacturing, or consulting companies
Industry UsageUsed in semiconductor, embedded systems, and IoT industriesCommon in consumer electronics, industrial equipment, and communication devices

Both Si Pi Engineers and PCB Design Engineers often hold similar credentials and work in electronics-related industries. However, Si Pi Engineers focus more on signal integrity and power integrity within integrated circuits, while PCB Design Engineers specialize in designing printed circuit boards. Understanding these distinctions helps clarify career paths and job expectations in electronics design and manufacturing.

What job categories do people searching Si Pi Engineer jobs in Virginia look for?

The top searched job categories for Si Pi Engineer jobs in Virginia are:

What cities in Virginia are hiring for Si Pi Engineer jobs?

Cities in Virginia with the most Si Pi Engineer job openings:

Principal Systems Engineer

Elbit Systems of America

Roanoke, VA • On-site

$100 - $130/hr

Other

Medical, Dental, Vision, Life, Retirement, PTO

Re-posted 20 days ago


Job description

Job Description

Posted Monday, July 6, 2026 at 4:00 AM

Company Information: Elbit America is a leading provider of high-performance products, system solutions, and support services focusing on the defense, homeland security, commercial aviation, and medical instrumentation markets. With facilities throughout the United States, Elbit Systems of America is dedicated to supporting those who contribute daily to the safety and security of the United States. Elbit Systems of America, LLC is wholly owned by Elbit Systems Ltd. (NASDAQ: ESLT and TASE: ESLT), a global high-technology company engaged in a wide range of programs for innovative defense and commercial applications. For additional information, visit ElbitAmerica.com or follow us on YouTube.

Fueled by more than 800 talented employees and a proud 65-year legacy of night vision production excellence, Elbit America’s Warfighter Systems business is rooted in the heart of Virginia’s Roanoke Valley. Surrounded by the scenic beauty of the Blue Ridge Mountains, you’ll find a unique blend of southern hospitality, outdoor adventure, and the energy of a thriving city – all alongside a purpose you can be proud of coming to work each day.

As a world leader in low-light sensor technology, the Warfighter Systems team is engineering the future of image intensifiers and night vision goggle systems as we enter a new era of the networked battlespace. Trusted by the U.S. and nearly 100 allied countries, our technology provides support to those in harm's way during the most critical moments with one goal in mind: bring them home safely.

The work our employees perform each day plays a direct role in national security, and our shared purpose is what truly makes Warfighter Systems so extraordinary. Come join our collaborative team where each voice is valued in a setting where you can thrive, develop, and make a true impact!

Job Summary

The Principal Systems Engineer performs at an advanced level: requirements analysis and management, technical planning, systems level design, systems integration, verification and validation, cost and risk management, and supportability and effectiveness analyses for products in the warfighter systems portfolio. Analyses are performed during all phases of the product development process including concept, design, fabrication, test, installation, operation, and maintenance. The Principal Systems Engineer will provide guidance to the team in the development of warfighter systems electro optical devices.

Primary Duties/Responsibilities
  • Lead system-level hardware and optical bring-up, integration testing, and debug across HW, FW, SW, optics, power, and thermal domains.
  • Define and execute system performance qualification plans aligned with product requirements and customer use cases.
  • Own pre-reliability screening activities including stress, soak, power-cycle, and thermal-cycle tests to identify early system-level risks.
  • Lead system-level pre‑compliance testing including EMI/EMC pre‑scan, SI/PI margin checks, and noise susceptibility.
  • Drive root‑cause analysis and corrective actions for qualification issues in partnership with design, test, and reliability teams.
  • Own the System Product Qualification (PQ) Plan, execution tracking, and readiness reporting.
  • Provide clear, data‑driven Go/No‑Go recommendations at qualification and release milestones.
Business Relationships
  • Individual engineers and subsystem‑level subject matter experts within and outside of the project team
  • Program Manager
Education
  • Bachelor of Science degree in the engineering field
  • Preferred – Master of Science in the engineering field
Experience and Skills
  • Ability to obtain a secret clearance
  • Minimum of 8+ years of systems engineering experience
  • Experience working within the aerospace or defense industry, and delivering solutions to the appropriate standards
  • Experience with customer discovery/stakeholder needs and requirements
  • Experience with requirements management, flows down, verification & validation during the product life cycle
  • Excellent communication skills with multi‑disciplinary engineering team and government customers
  • Experience with technical leadership of multi‑disciplinary design teams (such as electrical, mechanical, optical, image science, software, firmware, or test engineers)
  • Proficient in written (reports, proposals, white papers) and verbal skills (technical presentations)
Preferred Attributes
  • Technical skills, including Model‑Based Systems Engineering (MBSE) with Cameo
  • Experience with VIS‑NIR cameras
  • Certified to INCOSE CSEP or ESEP
  • Experience with Electro‑Optical imaging systems (cameras), system design, integration, and test
  • Experience delivering compliant Electro‑Optical imaging systems to customer requirements
Why Roanoke, Virginia?
  • Lower cost of living
  • Family‑friendly area
  • Career and economic growth
  • Scenic beauty
Here Are Some of the Great Benefits We Offer
  • Most locations offer a 9/80 schedule, providing every other Friday off
  • Competitive compensation & 401(k) program to plan for your future
  • Robust medical, dental, vision, & disability coverage with qualified wellness discounts
  • Basic Life Insurance and Additional Life & AD&D Insurances are available
  • Flexible Vacation & PTO
  • Generous Employee Referral Program
  • Voluntary Benefits Available: Longer Term Care, Legal, Identity Theft, Pet Insurance, and more
  • Voluntary Tricare Supplement available for military retirees

This job description does not list all the duties of the job. You may be asked by your supervisors or managers to perform other duties. The employer has the right to revise this job description at any time. The job description is not an employment contract. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions of this position. Elbit America is an equal opportunity employer as to all protected groups, including protected veterans and individuals with disabilities.

The salary range listed for this position reflects the anticipated base pay range for this role. Actual compensation will be determined based on factors including skills, experience, education, certifications, business needs, internal equity, and geographic location. Compensation may vary in different locations based on market conditions and cost-of-labor considerations.

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