Component and Reliability Engineer

Wenzel Associates, Inc.; Austin (TX); On-site; USD 90,000 - 130,000; Full time

Job summary

Quantic Wenzel in Austin, TX is seeking an Electronics Component & Reliability Engineer to lead analysis and testing for mission-critical space electronics. You will define parts requirements, coordinate cross-functional teams, and ensure NASA and MIL-STD compliance.

You will perform reliability metrics, FMECA, radiation hardness assessments, and MTBF/MTTF calculations, guiding vendor choices and qualification of components for space applications.

Qualifications

• Proven experience in electronic component and reliability engineering.
• Experience in RF and microwave products is a plus.
• Deep understanding of NASA and MIL-STD requirements.

Responsibilities

• Collaborate with BD, PM, and engineering to define parts requirements and costs.
• Lead reliability analyses and root-cause investigations for parts issues.
• Coordinate testing for TID and dose-rate in space environments.
• Lead qualification of critical components for space NASA/MIL-STD compliance.
• Perform MTBF/MTTF, EPSA, WCA, and FMECA analyses; report findings.
• Collaborate with vendors and purchasing to meet reliability standards.
• Prepare detailed reliability reports and drive corrective actions.

Skills

Reliability engineering

Space components

Radiation hardness

FMECA

MTBF/MTTF analysis

Root cause analysis

Education

Bachelor of Science in Engineering, Physics, or Chemistry

Job description

Description

Hey there, Electronics Component & Reliability Engineer! At Quantic Wenzel, we\'re not your ordinary electronics engineering and manufacturing company. We\'re the kind of place where "Dream Big, Have Fun, Get Stuff Done" isn\'t just a slogan; it\'s the way we roll. What does that mean? It means we want you to unleash your superhuman intelligence, help us push boundaries, take calculated risks, and make a real impact on the future of mission-critical electronics. Plus, you get to do all of this in a people-first environment filled with passionate, innovative, and committed colleagues.

Job Type

Full-time

Responsibilities

Collaborative Parts Requirement Definition

Work closely with business development, program management, and engineering team during quoting phases to determine parts requirements and estimate associated costs

Perform detailed reliability and performance analyses when customer specifications are incomplete or unclear.

Testing and Data Analysis for Space Components

Coordinate and oversee testing of parts for Total Ionizing Dose (TID), as well as low and high dose rate testing, to gather critical data on their performance and reliability in space environments.

Cross-functional Coordination

Partner with program managers, planners, and design engineers to ensure integration and fulfillment of customer parts requirements, ensuring compliance with performance standards and timelines.

Root Cause and Failure Analysis

Lead failure analysis and root cause investigations for parts-related issues to identify underlying causes.

Implement effective corrective actions for problem resolution and continuous improvement.

Vendor and Supply Chain Collaboration

Collaborate with program management, engineering, vendors, and purchasing teams to guarantee that all parts meet customer and Wenzel reliability standards and requirements.

Qualification and Certification of Components

Lead the qualification process for critical electronic components used in space applications, ensuring they meet NASA and MIL-STD standards for performance, reliability, and safety.

Radiation Hardness Analysis

Conduct radiation hardness assessments for space components.

Determine the appropriate radiation tolerance and performance requirements to meet customer needs in space environments.

Electrical Parts Stress Analysis

Perform Electrical Parts Stress Analysis (EPSA) to evaluate and ensure the reliability of electronic components

Verify that the parts meet the defined customer specifications under various operational conditions.

Worst Case Analysis (WCA)

Conduct WCA to simulate the most extreme operating conditions and ensure the reliability of products across the entire lifespan of the program, identifying potential risks and design weaknesses.

Failure Modes, Effects, and Criticality Analysis (FMECA)

Lead FMECA to systematically identify potential failure modes, evaluate their impacts on system performance.

Prioritize risk mitigation efforts to enhance system reliability and safety.

Reliability Metrics and Predictive Analysis

Perform MTBF (Mean Time Between Failures) and MTTF (Mean Time To Failure) analyses.

Provide critical reliability metrics to ensure product longevity and mission success over the expected lifecycle of space programs or aerospace applications.

Thermal and Structural Analysis

Conduct thermal and structural analyses to assess the robustness of designs under extreme temperature, mechanical, and environmental conditions.

Ensure components can withstand launch, in-orbit operations, and mission-specific stresses.

Other Analysis

Conduct specialized analyses as needed for high-reliability program development.

Prepare detailed reports to demonstrate compliance with customer requirements.

Examples include Salt-Fog Testing, Fungal Growth Compliance, Aging Analysis, Product Life Testing, and other relevant assessments.

Requirements

• Bachelor of Science in Engineering, Physics, or Chemistry
• Proven experience in electronic component and reliability engineering
• Experience in manufacturing of electronics devices, circuit cards, modules, products, and subsystems
• Experience in RF and microwave products
• Deep understanding of how electronic products are used in space, aerospace, and defense applications
• Experience in radiation hardening requirements, analysis, and hardening design
• Proven experience in RCCA (Root Cause and Corrective Action)
• Deep understanding of NASA and MIL-STD
• Knowledge and experience in FMECA (Failure Modes, Effects, and Criticality Analysis
• Expert at performing MTBF (Mean Time Between Failures) and MTTF (Mean Time To Failure) calculations and reports