Facilities & Maintenance Engineer I

About the role

Cirtec Medical is seeking a Facilities & Maintenance Engineer I to support the design, implementation, and continuous improvement of facility systems and infrastructure in a regulated medical‑device manufacturing environment. You will ensure that utilities, equipment, and building systems operate safely, efficiently, and in compliance with quality, safety, FDA, and ISO standards.

Key responsibilities

• Support preventive and corrective maintenance of manufacturing systems, equipment, and utilities.
• Assist planning and execution of facility projects, equipment installations, upgrades, and layout changes.
• Maintain HVAC, compressed air, electrical, water, environmental monitoring, and building systems.
• Participate in troubleshooting, root‑cause investigations, and risk assessments (PFMEA, etc.).
• Develop and execute preventive and predictive maintenance programs.
• Coordinate with contractors, suppliers, and internal teams for maintenance and project activities.
• Assist with equipment qualifications and validation (IQ, OQ, PQ) and prepare engineering documentation (ECOs, SOPs, work instructions).
• Utilize CMMS to log activities, monitor performance trends, and drive continuous‑improvement and Kaizen initiatives.

Required profile

• Bachelor’s degree in Mechanical, Electrical, Electromechanical Engineering or a related field.
• 1–3 years of experience in facilities, maintenance, manufacturing, or engineering environments.
• Knowledge of facility systems such as HVAC, electrical, compressed‑air, and building infrastructure.
• Ability to work onsite in a regulated environment and adhere to quality, safety, FDA, and ISO requirements.

Required skills

• HVAC systems
• Compressed‑air systems
• Electrical systems
• Building infrastructure
• Computerized Maintenance Management System (CMMS)
• Preventive and predictive maintenance
• Equipment qualification (IQ, OQ, PQ)
• PFMEA and other risk‑assessment tools
• Kaizen and continuous‑improvement methodologies
• Energy‑optimization techniques