Design Engineer: Drug Delivery Systems & Automation

Oxford Global Resources; Gilbert (AZ); Sur place; USD 47 000 - 61 000; Plein temps

Avantages offerts par ce poste

Supplemental medical

Dental & Vision

401(k) plan

Résumé du poste

Oxford Global Resources is seeking an engineer to support senior staff in the initiation, design, and delivery of projects, with emphasis on method development and experimental design for drug delivery systems. You will gather user requirements, perform engineering studies, and translate findings into technical documentation for execution.

Field evaluations of existing systems will inform design recommendations; you may contribute to machine design from concept through fabrication and

Qualifications

• Bachelor's degree in engineering required.
• Manufacturing experience with mechanical systems modeling, fixture design.
• SolidWorks, technical writing, and strong communication are essential.
• Experience with automation, programming, systems, and/or robotics is a plus.

Responsabilités

• Support senior staff in initiation, design, and delivery of projects.
• Gather user requirements and translate them into technical documentation for execution.
• Perform engineering studies and assessments for drug delivery systems.
• Conduct field evaluations of existing systems and provide design recommendations.
• Design and develop testing methods for container and combination product integration.
• Capable of machine design from conception through fabrication to implementation.

Connaissances

Strong communication

Technical writing

Engineering design principles

Formation

Bachelor's degree in engineering

Outils

SolidWorks

Description du poste

Oxford Global Resources is seeking an engineer to support senior staff in the initiation, design, and delivery of projects, with emphasis on method development and experimental design for drug delivery systems. You will gather user requirements, perform engineering studies, and translate findings into technical documentation for execution.

Field evaluations of existing systems will inform design recommendations; you may contribute to machine design from concept through fabrication and