Quality Engineer

TL;DR

Quality Engineer (Robotics/Manufacturing): Ensuring force torque sensor and tool changer products meet customer and regulatory standards with an accent on ISO 13485 compliance and continuous improvement. Focus on investigating non-conformances, analyzing quality data, and collaborating with design teams to mitigate risks in electro-mechanical systems.

Location: Must be based in Apex, NC (Onsite)

Salary: $56,430–$105,000 annually

Company

hirify.global is a global leader in delivering mission-critical engineered components and sub-systems for healthcare and advanced manufacturing industries.

What you will do

• Create and maintain processes to ensure compliance with customer, regulatory, and ISO requirements.
• Investigate and resolve internal and customer-facing quality issues using structured problem-solving techniques.
• Analyze inspection data to identify trends and facilitate continuous improvement actions.
• Collaborate with the Design Group to provide input on preventing potential quality risks.
• Develop quality plans for new product introductions.
• Participate in Lean Manufacturing initiatives, including Kaizen events and defect reduction efforts.

Requirements

• Bachelor's degree in an engineering discipline (mechanical or electrical preferred).
• Minimum 2 years of experience in a quality role or 4 years in a manufacturing environment.
• Experience maintaining EU, UL, and CE Marking compliance.
• Proficiency in problem-solving methodologies such as DMAIC, 8D, or A3.
• Technical problem-solving skills related to electro-mechanical systems.
• Strong data management and analysis skills.

Nice to have

• ASQ Certified Quality Engineer.
• Experience working in an ISO 13485:2016 compliant Quality System.

Culture & Benefits

• Comprehensive medical and financial benefits package.
• Performance-based incentive compensation eligibility for certain roles.
• Collaborative, team-oriented work environment focused on innovation.
• Opportunities to work on mission-critical applications in robotics and surgery.