Engineer II, Mechanical Design

Omnicell; Warrendale (Allegheny County); On-site; USD 85,000 - 120,000; Full time

Job summary

Omnicell in Warrendale, PA is seeking a Mechanical Design Engineer II to design and analyze mechanical subassemblies from concept through release for our healthcare products. This hands-on role collaborates with a cross-functional team to deliver reliable, manufacturable solutions that meet performance, cost, and schedule targets.

The ideal candidate has a BS in Mechanical Engineering with at least 2 years of experience, strong SolidWorks skills, and familiarity with BOMs, MRPs, and ECR/ECO

Job description

Mechanical Design Engineer II

Location: Warrendale, PA (On‑site/Hybrid)

Department: Engineering

Reports to: Sr Manager, Mechanical Engineering

Why Join Omnicell

At Omnicell, we’re transforming the way care is delivered—helping clinicians spend more time with patients and less time managing medication and supplies. As a Mechanical Engineer II, you’ll play a hands‑on role in designing and improving complex mechanical assemblies that power Omnicell’s product portfolio. You’ll collaborate with a passionate, cross‑functional engineering team and contribute directly to products used in real‑world healthcare environments, where quality, reliability, and innovation truly matter.

What You’ll Do

Primary Impact

You will design, analyze, and support mechanical subassemblies from concept through manufacturing release, helping ensure Omnicell products meet performance, quality, cost, and schedule expectations.

As a Mechanical Design Engineer II, You Will

• Design and develop mechanical devices and subassemblies consisting of a wide variety of components, applying sound engineering judgment and best practices.
• Investigate product and system‑level design issues, perform root cause analysis, and propose effective corrective actions.
• Conduct feasibility studies for new and modified designs, selecting appropriate methods, techniques, and evaluation criteria within broadly defined practices and policies.
• Execute design change projects from initiation through release, including participation in ECR/ECO processes and documentation updates.
• Design solutions that meet product requirements and specifications while balancing time, cost, DFM, tolerance stack‑up, and serviceability considerations.
• Participate in system‑level and sub‑system level FMEA activities to identify high‑risk areas and drive design improvements.
• Plan and perform engineering verification testing, analyze results, and generate clear, concise test reports.
• Contribute to cross‑functional design reviews, collaborating with manufacturing, quality, supply chain, and service partners.
• Estimate, manage, and report effort across multiple concurrent tasks while meeting project milestones and deadlines.
• Support manufacturing and service teams, including occasional domestic and international travel to evaluate and resolve issues.

Minimum Qualifications

• Bachelor’s degree in Mechanical Engineering or a related field.
• Minimum of 2 years of professional mechanical engineering experience.

Preferred Qualifications

• Have spent time in hands‑on roles (technician, assembler, field service, etc.) and understand how products are actually built and used in the real world.
• Master’s degree in Mechanical Engineering or equivalent advanced experience.
• Demonstrated experience designing mechanical subassemblies and working with Bills of Materials (BOMs), MRP systems, and ECR/ECO processes.
• Proficiency with SolidWorks and the Microsoft Office suite.
• Strong problem‑solving skills with the ability to work independently on defined subassemblies while managing multiple priorities.
• Effective written and verbal communication skills, with the ability to collaborate across functions.
• Experience with medical products, regulated environments, or healthcare markets.
• Familiarity with Agile PLM systems.
• Experience designing or supporting robotic or automated mechanical systems.
• Hands‑on experience performing tolerance stack‑up analysis, including use of tolerance analysis software.
• Working knowledge of FEA theory and tools, and participation in DFMEA activities.

How You’ll Elevate At Omnicell

• Collaborating closely with cross‑functional partners to resolve complex design and manufacturing challenges.
• Executing with discipline by owning your designs, meeting commitments, and delivering high‑quality engineering solutions on schedule.
• Developing your technical expertise through continuous learning, feedback, and exposure to increasingly complex systems.
• Driving Impact by identifying opportunities to improve product reliability, manufacturability, and serviceability.
• Inspiring Trust through clear communication, thoughtful analysis, and a results‑oriented mindset.

Work Conditions

• Onsite work schedule based out of the Warrendale, PA office.
• Office environment with occasional travel to manufacturing or service locations.