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Yield Analysis Engineer Jobs in Raleigh, NC (NOW HIRING)

Fujifilm

Engineer 3, DPFG MSAT

Holly Springs, NC · On-site

$63K - $81K/yr

Contributes to the management of manufacturing data (i.e., databasing) and the statistical analysis ... yield and cost * Supports supplier technical evaluations, risk assessments, and raw material ...

Fujifilm

Engineer 3, DPFG MSAT

Holly Springs, NC

$63K - $81K/yr

Contributes to the management of manufacturing data (i.e., databasing) and the statistical analysis ... yield and cost * Supports supplier technical evaluations, risk assessments, and raw material ...

Fujifilm

Engineer 3, DPFG MSAT

Holly Springs, NC

$63K - $81K/yr

Contributes to the management of manufacturing data (i.e., databasing) and the statistical analysis ... yield and cost * Supports supplier technical evaluations, risk assessments, and raw material ...

3M

Manufacturing Systems Engineer

Pittsboro, NC · On-site

Leads and supports projects that have high impact on plant performance and yield.Ability to work ... Ability to understand and apply analytical and statistical tools.Experience and certification with ...

New

3M

Manufacturing Systems Engineer

Pittsboro, NC · On-site

Leads and supports projects that have high impact on plant performance and yield.Ability to work ... Ability to understand and apply analytical and statistical tools.Experience and certification with ...

New

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All JobsYield Analysis Engineer JobsYield Analysis Engineer Jobs in Raleigh, NC

Yield Analysis Engineer information

See Raleigh, NC salary details

$44.2K

$90.6K

$131.7K

How much do yield analysis engineer jobs pay per year?

As of Aug 23, 2026, the average yearly pay for yield analysis engineer in Raleigh, NC is $90,578.00, according to ZipRecruiter salary data. Most workers in this role earn between $68,000.00 and $114,700.00 per year, depending on experience, location, and employer.

What is a yield analysis engineer?

Yield Analysis Engineers are professionals who focus on analyzing and improving the manufacturing yield of products, particularly in industries like semiconductor fabrication. They collect and interpret process data to identify patterns, root causes of yield loss, and opportunities for process optimization. Their work helps companies maximize production efficiency and minimize defects, ultimately reducing costs and increasing profitability. Yield Analysis Engineers collaborate with cross-functional teams, including manufacturing, quality assurance, and process engineering, to implement solutions that improve yield.

How does a yield analysis engineer typically collaborate with cross-functional teams to address manufacturing issues?

Yield Analysis Engineers regularly work alongside process engineers, product engineers, and quality assurance teams to identify and resolve manufacturing bottlenecks or defects. They analyze data from production lines, share findings with relevant teams, and participate in root cause analyses to implement corrective actions. This collaborative approach ensures that yield improvements are based on comprehensive insights and that solutions are effectively integrated into existing workflows. Strong communication and teamwork skills are essential in this role, as addressing yield challenges often requires input from multiple technical disciplines.

What are the key skills and qualifications needed to thrive as a yield analysis engineer, and why are they important?

To thrive as a Yield Analysis Engineer, you need a solid background in electrical engineering, semiconductor manufacturing, and data analysis, typically supported by a relevant engineering degree. Experience with statistical analysis tools (like JMP or Minitab), data visualization software, and familiarity with yield management systems are commonly required. Strong problem-solving abilities, attention to detail, and effective communication skills help you identify issues and collaborate with cross-functional teams. These skills are crucial for optimizing manufacturing processes, reducing defects, and ensuring high product yield in a competitive semiconductor industry.

What is the difference between Yield Analysis Engineer vs Process Engineer?

AspectYield Analysis EngineerProcess Engineer
Primary FocusAnalyzing and improving manufacturing yields through data analysisDesigning, implementing, and optimizing manufacturing processes
Skills & CertificationsData analysis, statistical tools, engineering fundamentalsProcess design, engineering principles, certifications like Six Sigma
Work EnvironmentManufacturing plants, R&D labs, data analysis teamsProduction floors, process development departments

While both roles are integral to manufacturing, Yield Analysis Engineers focus on analyzing yield data to identify issues and improve output, whereas Process Engineers develop and optimize manufacturing processes. Both roles require strong analytical skills and engineering knowledge, often working closely to enhance production efficiency.

How much does a yield analysis engineer make?

A yield analysis engineer typically earns between $70,000 and $120,000 annually, depending on experience, location, and industry. Entry-level positions may start lower, while experienced engineers with specialized skills or certifications can earn higher salaries. The role often requires knowledge of semiconductor manufacturing processes and data analysis tools.

What are popular job titles related to Yield Analysis Engineer jobs in Raleigh, NC?

For Yield Analysis Engineer jobs in Raleigh, NC, the most frequently searched job titles are:

What job categories do people searching Yield Analysis Engineer jobs in Raleigh, NC look for?

The top searched job categories for Yield Analysis Engineer jobs in Raleigh, NC are:

What cities near Raleigh, NC are hiring for Yield Analysis Engineer jobs?

Cities near Raleigh, NC with the most Yield Analysis Engineer job openings:

Yield Analysis Engineer jobs near you
Infographic showing various Yield Analysis Engineer job openings in Raleigh, NC as of August 2026, with employment types broken down into 94% Full Time, and 6% Part Time. Highlights an 94% In-person, and 6% Hybrid job distribution, with an average salary of $90,578 per year, or $43.5 per hour.

Principle Electrical Engineer

Dahlia TalentEQ

Morrisville, NC • On-site

$130K - $159K/yr

Full-time

Re-posted 29 days ago

Job description

Job Summary:
NIRSense is seeking an experienced principal-level electrical engineer to serve as a technical leader within our growing engineering and scientific team in its Morrisville, NC office. This person will own and drive the complex hardware development efforts across NIRSense's product portfolio, working closely with a multi-disciplinary team of engineers to design and develop cutting-edge electronic circuits and systems for non-invasive medical devices. The ideal candidate brings deep expertise in biomedical sensing hardware, a track record of independently delivering sophisticated miniaturized systems, and the ability to mentor and elevate the engineers around them
Please note this position is onsite, with flexibility.
Minimum Qualifications:
  • 10+ years of experience in electrical engineering, with significant focus on medical devices or biomedical sensing systems.
  • Demonstrated ability to independently lead and deliver complex medical device hardware development projects from concept through design verification and validation.
  • Deep hands-on expertise with design and integration of electrical components of miniaturized medical device systems such as PCBs, PCB components, batteries, and light-emitting and detecting systems.
  • Expertise in mixed-signal circuit design for physiological sensing, including signal generators, amplifiers, filters, ADCs, and low-noise data acquisition systems.
  • Experience designing low-power architectures and battery management systems for body-worn medical devices.
  • Experience with EMC/EMI design practices and electrical safety standards (IEC 60601-1, IEC 60601-1-2).
  • Experience leading formal design reviews and presenting technical analyses to cross-functional stakeholders in a design-controlled environment.
  • Proficiency in PCB design tools (Altium Designer preferred), including rigid, flex, and rigid-flex designs for space-constrained wearable form factors.
  • Strong technical writing skills, with experience authoring design documentation for regulated environments.
  • Proven ability to mentor engineers and elevate the technical quality of a team.
  • Experience managing PCB fabricator and contract manufacturer relationships, including vendor qualification and supply chain risk mitigation.
  • B.S. in Electrical or Biomedical Engineering or a related field.
  • Preferred Qualifications:
  • Knowledge of biosensing and electrical stimulation technologies and proficiency in hardware implementations of these technologies.
  • Experience with optoelectronic circuit design, including LED drivers, photodiode front-ends, and transimpedance amplifiers (TIAs).
  • Experience with mechanical-electrical integration for miniaturized wearable enclosures and collaboration with mechanical engineering teams.
  • Familiarity with C/C++ and embedded systems integration with BLE-enabled microcontrollers (e.g., Nordic nRF series) for wireless physiological data streaming.
  • Experience directing and reviewing work from external PCB layout and design contractors.
  • Experience designing medical wearable hardware for manufacturability (DFM) and testability (DFT), including development of test fixtures and validation systems.
  • Experience with design verification and validation (V&V) testing in a regulated medical device environment.
  • Experience supporting FDA regulatory submissions (e.g., 510(k), de novo) and familiarity with design controls under 21 CFR Part 820 or ISO 13485.
  • Experience with hardware FMEA and risk management per ISO 14971.
Job Responsibilities:
  • Serve as the technical lead on the miniaturized and ruggedized analog and mixed-signal electronics development efforts for medical physiological sensors, including EEG, ECG, and biophotonics-based systems.
  • Design low-power architectures, battery charging circuits, and power budgets for portable and wearable device platforms.
  • Design for safety and electromagnetic compatibility (EMC/EMI), conduct pre-compliance testing, and support formal EMC and electrical safety testing per IEC 60601-1 and IEC 60601-1-2.
  • Drive and lead design reviews with multi-disciplinary stakeholders, establishing rigorous engineering practices and collaborating closely with firmware, mechanical, and software engineers to ensure seamless system integration.
  • Independently manage relationships with PCB fabricators and assemblers; oversee BOM cost, sourcing risk, and component lifecycle to supply finished, high-quality electronics.
  • Lead test fixture design and manufacturing test strategy, from prototype PCB evaluation through design transfer and production yield optimization.
  • Author and review technical reports, maintain schematic libraries and design history files (DHF), and contribute hardware FMEA and risk management files (ISO 14971) to support regulatory submissions (510(k), de novo).
  • Mentor junior and senior engineers, providing technical guidance, design feedback, and career development support.
  • Report to the Electrical Engineering R&D Manager.
Seniority Level : Mid-Senior level
Industry : Medical Equipment Manufacturing Computers and Electronics Manufacturing
Employment Type : Full-time
Job Functions: Engineering Information Technology Manufacturing
Skills: Biomedical Devices