Advanced Chemical Engineer - Dynamics Simulation

As an Advanced Chemical Engineer at Honeywell LNG, you will play a crucial role in the Honeywell LNG (Liquefied Natural Gas) Process Engineering team. This position will be reporting to our Senior Chemical Engineering Manager based in Allentown, Pennsylvania on a hybrid schedule.  

In this role, you will impact the company's growth and competitiveness by driving technical excellence, project leadership, process optimization, collaboration, safety, and innovation in LNG (Liquefied Natural Gas) Process Technology, ultimately enhancing the quality of Honeywell LNG's offerings. (https://ess.honeywell.com/us/en/solutions/lng/liquefaction)

KEY RESPONSIBILITIES

• Apply engineering expertise to design and implement world-class natural gas liquefaction processes and equipment.
• Perform advanced process cycle simulations for natural gas liquefaction and related systems.
• Complete detailed thermal design of proprietary heat transfer equipment (coil wound heat exchanger) manufactured by Honeywell LNG.
• Conduct relief and depressuring scenario analyses for proprietary equipment using established tools and methodologies.
• Support plant operations through startup, performance testing, troubleshooting, and continuous improvement initiatives.
• Collaborate closely with cross-functional teams—including commercial, project management, mechanical design, manufacturing, machinery, R&D, and start-up—to ensure seamless project execution, and drive product development and improvement.
• Participate in P&ID reviews and HAZOPs at contractor offices to ensure safety, operability and design integrity.
• Oversee the portfolio of Process and Equipment Modeling Tools. 
• Work on developing or improving these tools as guided by the process technology manager.
• 50% of day-to-day will consist of  providing 1st level programming/debugging support for tools portfolio. 
• Domestic and international travel to clients’ offices, contractors, and plant sites expected about 10-15 percent of the time.