Advanced Manufacturing Engineer

Philips•Colorado Springs, CO

8h•Onsite

About The Position

The Advanced Manufacturing Engineer initiates and leads end-to-end industrialization for new products and design changes. This includes selecting equipment, developing tooling and fixtures, conducting IQ/OQ/PQ validations, and managing site-to-site transfers in compliance with FDA QSR/cGMP and ISO 13485 standards. The role applies Design for Excellence (DFX) principles throughout product development to improve manufacturability, reliability, and serviceability, while executing equipment, automation, and labor-capacity strategies. It drives business metrics such as cost of goods, yield, takt, and line productivity using Design for Six Sigma (DFSS), Design of Experiments (DOE), and statistical process control (SPC). The engineer uses data-driven methods to resolve complex manufacturing and equipment issues in alignment with quality, compliance, and environmental, health, and safety standards. The role partners with cross-functional teams, external suppliers, and manufacturing sites to manage change, influence stakeholders, and deliver regulated product launches on time and within budget. This is an office role; office-based teams work in person at least three days per week.

Requirements

Bachelor's degree in Biomedical Engineering, Electrical Engineering, Mechanical Engineering, Industrial Engineering, or equivalent.
Must be able to successfully perform the stated minimum physical, cognitive, and environmental job requirements, with or without accommodation.
Must have US work authorization; candidates requiring work-authorized visa sponsorship now or in the future will not be considered.
Must reside in Colorado or within commuting distance of Colorado.

Nice To Haves

At least 1 year of experience is preferred.

Responsibilities

Initiate and lead end-to-end industrialization for new products and design changes.
Select equipment and develop tooling and fixtures.
Conduct IQ/OQ/PQ validations and manage site-to-site transfers in compliance with FDA QSR/cGMP and ISO 13485 standards.
Apply Design for Excellence (DFX) principles to optimize manufacturability, reliability, and serviceability.
Execute equipment, automation, and labor-capacity strategies.
Improve cost of goods, yield, takt, and line productivity using DFSS, DOE, and SPC.
Apply data-driven engineering methods to resolve complex manufacturing and equipment issues.
Ensure alignment with quality, compliance, and EHS standards.
Partner with cross-functional teams, suppliers, and manufacturing sites to manage change and deliver regulated product launches on schedule and budget.