R+D Verification Engineer II

Midmark Corporation; Versailles (OH); Hybrid; USD 80,000 - 110,000; Full time

Job summary

Midmark Corporation in Versailles, OH is seeking an R&D Verification Engineer II to design, document, and execute verification tests for medical devices, systems and components using diverse methods and tools. This hybrid role requires four days on-site and one day remote.

You will analyze test data, perform DOE studies, and develop robust verification plans while mentoring junior engineers and coordinating with cross-functional teams to ensure reliable performance and compliance.

Qualifications

• Bachelor's degree in engineering or related field.
• 2+ years of relevant engineering experience.
• Strong knowledge of verification methods and testing systems.
• Familiarity with data analysis tools (Excel VBA, R, Python).
• Pursues a green belt in Design for Six Sigma.

Responsibilities

• Design, document, and execute verification tests for medical devices, systems, and components.
• Lead DOE to understand variability and its impact on performance.
• Analyze test data and generate reports on performance, material behavior, and failures.
• Execute basic automated tests across multiple systems and environments.
• Mentor junior engineers and support risk mitigation and planning.

Skills

Verification methodology

Mechanical testing

Electrical testing

Statistical analysis

Six Sigma green belt

Problem solving

Education

Bachelor's degree in engineering or related field

Tools

LabVIEW

PLC

CAN devices

Excel VBA

R

Python

Job description

JOB SUMMARY

The R+D Verification Engineer II is a part of a team developing new products for the medical, dental and animal health markets. They design, document, and execute verification electromechanical tests for medical devices, systems, and components using various tools and methods. They use various test methodologies for manual and automated testing.

This is not a remote position.

• Works on moderately complex projects, generates alternatives, and conducts testing.
• Conducts compression and tensile analysis and product destructive tests using measuring equipment to determine ultimate yield or tensile strength, service life, or other critical performance characteristics.
• Analyzes test data and generates reports that detail the results of product testing, including product performance, material performance, failure modes, correlation studies, and other relevant analysis.
• Conducts design of experiments (DOE) to understand the impact of variability on product performance.
• Expands problem definition, integrates new information and different perspectives, and chooses optimal solution based on evidence.
• Applies new tools and identifies opportunities for six sigma methods.
• Identifies and communicates risks, participates in issue resolution, and mentors junior engineers.
• Applies advanced engineering methods and tools to solve engineering problems.
• Leads collaboration within functional team to create, review, and improve verification plans.
• Conceptualizes, analyzes, and designs complex parts and assemblies for testing systems using 3D modeling and fabrication tools.

Job Description

JOB SUMMARY

The R+D Verification Engineer II is a part of a team developing new products for the medical, dental and animal health markets. They design, document, and execute verification electromechanical tests for medical devices, systems, and components using various tools and methods. They use various test methodologies for manual and automated testing. This role is a hybrid role with 4 days on-site in the Versailles, Ohio location and one day remote. This is not a remote position.

ESSENTIAL/PRIMARY DUTIES

• Works on moderately complex projects, generates alternatives, and conducts testing.
• Conducts compression and tensile analysis and product destructive tests using measuring equipment to determine ultimate yield or tensile strength, service life, or other critical performance characteristics.
• Analyzes test data and generates reports that detail the results of product testing, including product performance, material performance, failure modes, correlation studies, and other relevant analysis.
• Executes basic automated tests using multiple systems, platforms, environments, or browsers.
• Conducts design of experiments (DOE) to understand the impact of variability on product performance.
• Expands problem definition, integrates new information and different perspectives, and chooses optimal solution based on evidence.
• Applies new tools and identifies opportunities for six sigma methods.
• Identifies and communicates risks, participates in issue resolution, and mentors junior engineers.
• Applies advanced engineering methods and tools to solve engineering problems.
• Leads collaboration within functional team to create, review, and improve verification plans.
• Conceptualizes, analyzes, and designs complex parts and assemblies for testing systems using 3D modeling and fabrication tools.

SECONDARY DUTIES

• Communicates to both technical and non-technical stakeholders. Makes informed decisions within assigned tasks/projects and takes ownership of the outcomes.
• Identifies and contributes to process improvements utilizing six sigma techniques.
• Assists in identifying and evaluating risks, contributes to risk mitigation.
• Evaluates capital equipment needs and derive new equipment based on project needs.
• Sets up test environments and tools, including computers, IT infrastructure, test fixtures, data acquisition tools, etc.

EDUCATION and/or EXPERIENCE

Bachelor's degree in engineering or related field and 2+ years of relevant experience, or equivalent combination of both.

Midmark will only employ those who are legally authorized to work in the United States. This is not a position for which sponsorship will be provided. Individuals with temporary visas including OPT and STEM OPT or who need sponsorship for work authorization now or in the future including H1B and H1B transfers, are not eligible for hire.

COMPETENCY and/or SKILL

• Solid working knowledge of verification methodology and best practices
• Solid-working knowledge of mechanical and electrical testing systems and tools, such as LabVIEW, PLCs, CAN devices, etc.
• Possesses the ability to define and analyze complex problems
• Able to generate alternatives and take reasonable risks to solve technical problems
• Able to take ownership of technical solutions and outcomes
• Knowledge of statistical analysis tools and software, such as Microsoft Excel VBA, R, Python, etc.
• Pursues a green belt in Design for Six Sigma.

SUPERVISORY RESPONSIBILITIES

• Mentors co-op and engineer I teammates, focusing on technical skills and cultural competencies.