Not specified; bonus/incentive pyy eligible; compr...
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Bachelor's degree in mechanical or chemical engineering
Proficiency in 3d cad software (inventor, solidworks, etc.)
Hands-on experience with hand tools, power tools, and soldering
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Cytiva is seeking a Project Engineer for their Advanced Engineering Group in Pensacola, FL, to lead and support projects related to life sciences and biotechnology. The role requires a blend of engineering design and hands-on assembly, with a focus on mechanical and fluid process engineering.
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Job Summary
This role offers a rare opportunity to both design custom equipment and physically assemble it using hand tools in a life sciences environment.
The position involves leading projects ranging from $15M to $150M while managing contractors and ensuring compliance with rigorous safety and quality standards.
Join a global organization committed to continuous improvement through the Danaher Business System to accelerate tangible impact in human health.
Matching Summary
Match Score: 75
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Cytiva is seeking a Project Engineer for their Advanced Engineering Group in Pensacola, FL, to lead and support projects related to life sciences and biotechnology. The role requires a blend of engineering design and hands-on assembly, with a focus on mechanical and fluid process engineering.
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Salary
Not specified; Bonus/incentive pay eligible; Comprehensive benefits package including medical/dental/vision/401(k)
Skills & Requirements
Must-have
Bachelor's degree in Mechanical or Chemical Engineering
Proficiency in 3D CAD Software (Inventor, SolidWorks, etc.)
Hands-on experience with hand tools, power tools, and soldering
Ability to supervise civil, plumbing, electrical, and mechanical contractors
Knowledge of industrial safety standards and OSHA regulations
Nice-to-have
Experience with Lean Six Sigma and structured problem solving
Familiarity with IQ/OQ/PQ process validation methods
Background in statistical analysis using Minitab or DOE
Previous experience in chemical/polymer processing equipment
Root cause analysis and corrective action implementation skills
Key Requirements
Bachelor's degree in Mechanical or Chemical Engineering
Basic knowledge in converting and process industry
Intermediate knowledge of machining processes
Working knowledge of SPC and Design of Experiments (DOE)