Process Design Engineer - EGS
Greenville, SC
About the Job
These roles are onsite at the FLUOR Greenville and the Houston offices. Need is for 3 Senior Level (10+ years) and 2 Principal Level (15+ years) Engineers. Pay range is $94-$121/hour depending on experience and benefits. Reimbursable GSA per diem available to those that qualify!
Job Description
The purpose of this position is to provide essential technical knowledge and perform engineering work as described below. This position serves as a staff engineer performing engineering assignment of intermediate complexity.
The purpose of this position is to provide essential technical knowledge and perform engineering work as described below. This position serves as a staff engineer performing engineering assignment of intermediate complexity.
- Under direct supervision of the Discipline Lead Engineer or Area Lead Engineer, analyze and make independent recommendations regarding technical solutions to problems of intermediate complexity in accordance with project requirements
- Develop and review specifications and design criteria
- Perform and check engineering analyses and calculations; specify materials, equipment and systems; and solve technical problems of intermediate complexity
- Coordinate technical issues with other disciplines, project management, vendors and clients
- Execute work in compliance with Project Quality Plan and procedures
- Execute work in accordance with the approved project scope, cost and schedule baselines
- Establish, control and report on material key quantities; provide analysis and forecasts
- Provide technical support to activities associated with equipment and material procurement and subcontracting including scopes of work, technical bid evaluations and review of vendor submittals
- Provide technical support to activities associated with construction administration including response to construction requests-for-information and field changes
- Other duties as assigned
Basic Job Requirements
- U.S. Citizenship required
- Bachelor of Science degree in Chemical or Nuclear Engineering and minimum five (5) years of work-related experience
- Working knowledge of applicable federal (including Department of Energy orders), state, and local codes and standards
- Ability to communicate effectively with audiences that include but are not limited to project management, coworkers, clients, vendors, and subcontractors
- Job related technical knowledge necessary to complete the job
- Intermediate knowledge of discipline codes and standards
- Ability to perform work in compliance with applicable local, state, and federal codes, statutes and guidelines
- Ability to attend to detail and work in a time-conscious and time-effective manner
- Intermediate computer and software skills to include proficiency in the use of word processing, e-mail, spreadsheet and electronic presentation programs
- Experience providing engineering, procurement and construction (EPC) services on commercial or industrial projects
- Proficiency executing EPC projects utilizing engineering analysis, 3D modeling and 2D computer-aided drafting and design (CADD) automation tools in a multi-discipline environment
Discipline Specific Job Requirements
- Prepare and review calculations and specifications relating to Piping & Instrumentation Diagram (P&ID) development
- Participate in HazOp/PHAs for assigned systems
- Demonstrated design experience in areas such as utility and/or process systems andspecification
Preferred Qualifications
- Professional Engineer license
- Experience with design of systems, structures and components for nuclear facilities under therequirements of ASME NQA-1
- Practical field experience
- EPC project experience for the following industries:
- U.S Department of Energy or other U.S. Federal Government Agency
- Nuclear facilities under a nuclear quality assurance program
- Manufacturing, pharmaceutical or biotechnology
- Proficiency in reading and working with P&IDs
- Intermediate knowledge of:
- Development of process flow diagrams (PFDs)
- Development of P&IDs
- HazOp Methodology
Source : EGS
