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Project​/Process Engineer III; BSChE

Job in City of Rochester, Rochester, Monroe County, New York, 14602, USA
Listing for: Pfaudler Company
Full Time position
Listed on 2026-06-04
Job specializations:
  • Engineering
    Process Engineer, Manufacturing Engineer
Salary/Wage Range or Industry Benchmark: 120000 - 140000 USD Yearly USD 120000.00 140000.00 YEAR
Job Description & How to Apply Below
Position: Project/Process Engineer III (BSChE)
Location: City of Rochester

If you are unable to complete this application due to a disability, contact this employer to ask for an accommodation or an alternative application process.

Project/Process Engineer III (BSChE)

Regular Full Time Indirect Rochester, NY, Rochester, NY, US

30+ days ago Requisition

Salary Range: $ To $ Annually

Job Description SUMMARY OF BUSINESS & POSITION

GMM Pfaudler US Inc. is a leading supplier of highly engineered, critical equipment and process systems for energy, chemical and industrial markets. The Systems Group within GMM Pfaudler designs and fabricates complete modular process systems including Reactor Systems, Wiped Film Evaporator (WFE) Systems, Distillation Systems, and other special process design systems.

Pfaudler is seeking an experienced chemical process engineer to fill the position of Sr. Process Project Engineer (SrPE) in the Systems Group located at GMM Pfaudler in Rochester, NY.

Every process system that our Systems Group designs is custom‑designed for each client’s specific needs. We work with a broad range of processes for many different industries including Specialty Chemicals, Pharmaceuticals, Nutraceuticals, Petrochemicals, Polymers, and others. Our clients rely on our Systems Group to design complete chemical process systems for their new products and for their capacity expansions of existing processes or products.

For the new product systems that we design, we take the client’s pilot test data, or our own pilot test data, and scale up to design commercial scale production systems. For the systems that we design for client capacity expansions, our clients rely on our Systems Group to evaluate their existing processes and improve the designs for increased capacity, improved quality and ease of operation.

The high level summary of the SrPE’s responsibilities:
1) develop the chemical process system design,
2) engineer the equipment, instrumentation and piping systems required for the process,
3) project engineering responsibilities of specifying and procuring the various components of the system,
4) work with the CAD Design Group to develop the detailed layout and drawings of the system,
5) manage the construction of the modular process system and
6) field commission the processing systems at our clients’ facilities.

DETAILED DUTIES AND RESPONSIBILITIES

Essential duties for the SrPE position are listed below. The duties may be modified and/or other duties may be assigned, as necessary.

For small projects, the SrPE performs all the typical process and project engineering activities required for the successful execution of the project plus the project management responsibilities. For middle‑to‑large sized projects, the SrPE manages the project and also reviews and approves the work done by other support Project Engineers (PE) assigned to the project. Typical project activities include but are not limited to the following:

Process Engineering Activities
  • Work with the customer representatives and Systems Application Engineers to define the project requirements such as applicable standards, regulations, and physical and process requirements to establish a Project Basis of Design.
  • Develop Process Flow Diagrams (PFDs). Complete Mass & Energy Balance (MEB) calculations along with required utilities calculations (temperatures, pressures and flowrates) and tabulate results in an MEB. Guide a CAD Designer to develop the drawing(s).
  • Develop Piping and Instrumentation Diagram(s) (P&IDs) for the process. Guide a CAD Designer to develop the drawing(s).
  • Define/size the equipment required for the process, such as heat exchangers, evaporators, tanks, reactors, pumps, vacuum equipment, etc.
  • Define the instrumentation required for the process, such as sensors, transmitters, gauges, switches, control valves and other final control elements, to measure and control temperature, pressure, flow, etc.
  • Define/size the piping items required for the process, such as piping, valves, fittings, strainers, expansion bellows, flex hoses, etc.
  • Participate in customer Process Hazard Analysis (PHA or HAZOP), via Teams meeting or by traveling to the customer site, to provide engineering support.
  • Complete pressure relief…
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