Engineer - Utilities - Lilly Medicine Foundry

At Lilly, we unite caring with discovery to make life better for people around the world. We are a global healthcare leader headquartered in Indianapolis, Indiana. Our employees around the world work to discover and bring life‑changing medicines to those who need them, improve the understanding and management of disease, and give back to our communities through philanthropy and volunteerism. We give our best effort to our work, and we put people first.

We’re looking for people who are determined to make life better for people around the world.

Lilly Is currently constructing the Lilly Medicines Foundry in Lebanon, In. This is a unique opportunity to be a part of the Utilities Engineering startup team for a greenfield site. We are seeking a Plant Utilities Engineering Technical Subject Matter Expert to support the FUME Team. This Utilities engineering role will be responsible for Plant Utilities Systems such as Steam/Condensate, Domestic/Hot Water, Compressed Air, Chilled Water, Glycol Systems, Soft Water, etc.

In the Project Delivery Phase and Startup Phase of the project (2025 To 2027), roles will be fluid and dynamic as we endeavor to support the project delivery, build a new organization, develop and implement the necessary systems and business processes required to support GMP operations and build the site culture. This will require significant collaboration, creativity and resilience as the Lilly Medicines Foundry goes from start‑up to operational.

• Serve as a primary technical resource to the Global Facility Delivery Team, with a focus on right‑first‑time, on‑schedule facility startup.
• Lead commissioning, qualification, and validation (C&Q/CSV) activities for all utility systems; own and maintain the qualified state of all assets within your area of responsibility.
• Develop and execute unit operation shakedown and startup protocols, including Performance Qualification (PQ) protocol development.
• Participate in design reviews, process safety assessments, and user requirements development across the full utility system portfolio.
• Define key elements of the Integrated Operational Readiness Plan, including SOP development, maintenance strategy, automation optimization, pre‑startup safety reviews, and alarm management.

• Provide front line engineering support to Utilities Operations across the following core systems:
  • Steam & Boiler Systems — Fire‑tube boilers, burner management, feedwater chemistry (oxygen scavenging, pH/scale control), condensate return, and ASME BPVC compliance.
  • Chillers & Chilled Water Systems — Centrifugal and /or screw chillers; refrigerant management; heat transfer efficiency; and chiller sequencing/loading optimization.
  • Cooling Towers & Condenser Water — Open‑loop tower operation, water treatment programs (biocide, scale/corrosion inhibitors), and Legionella risk management per ASHRAE 188.
  • Compressed Air & Instrument Air — Rotary screw; refrigerated/desiccant dryer systems; and ISO 8573 air purity compliance (dew point, particulates, oil content).
  • Hot Water & Domestic Water Systems — Distribution, recirculation, and temperature control for Legionella mitigation; support for higher‑purity hot water systems in pharmaceutical service.
  • Glycol & Low‑Temperature Cooling — Closed‑loop glycol systems for sub‑ambient applications; inhibitor/concentration monitoring; heat exchanger and expansion tank management.
  • Water Treatment & Softened Water — Multimedia filtration, ion exchange softeners, and chemical dosing systems; integration with downstream RO, DI, and WFI purification trains.
• Monitor, trend, and document equipment performance data to maintain ongoing qualification status and ensure GMP compliance.
• Develop and maintain Basis of Safety documentation for all equipment within scope.
• Apply root cause analysis (RCA) methodologies — including fishbone, fault tree analysis, and 5‑Why — to investigate equipment and process deviations; develop and implement robust corrective and preventive actions (CAPAs).

• Integrate process simulation, energy modeling, and data analytics to…