LEU+ Field Mechanical Engineer

CONTRACT OPPORTUNITY - ONSITE - HOPKINS, SC

LEU+ Field Mechanical Engineer

Job Summary:

The Field Mechanical Engineer will report directly to the LEU+ Construction Manager and will collaborate closely with the EPC Contractor, Construction Superintendents, Project Engineers, CFFF Maintenance, and LEU+ Engineering to ensure that all mechanical construction / equipment installation work is performed in accordance with the approved engineering plans, drawings and specifications. This role will maintain mechanical construction oversight of the project during construction of the building and installation of the manufacturing process, and during commissioning through turnover to operations.

Your Day-to-Day:

This field position will be responsible for the on-site installation, maintenance, and troubleshooting of mechanical systems and equipment for field activities supporting construction of the LEU+ fuel fabrication facility  primary objective is to assist and support the Construction Superintendent and Project Engineer by overseeing the mechanical construction progress, interpreting drawings, and collaborating with the team to address mechanical issues and maintain quality standards.

This is an onsite role which will be located at our CFFF location in Hopkins, SC.

Responsibilities:

• Must be able to work independently but also succeed as part of the project team.
• Represent LEU+ Engineering in the field for mechanical construction / equipment installations.
• Demonstrate an understanding of construction methods, procedures and administrative processes.
• Oversee the mechanical construction / equipment installation progress, interpreting drawings, and collaborating with the team to stay abreast of mechanical issues and maintain quality standards.
• Display strong leadership skills.
• Excellent verbal and written communication skills are required to effectively provide guidance, direction, and assistance.
• Coordinate mechanical construction / equipment interfaces and inspection activities, ensuring adherence to plans, specifications, and schedules.
• Conduct regular jobsite walk-downs to ensure compliance with engineering requirements for assigned discipline.
• Identify and resolve field issues, process change orders and address other technical issues that arise during construction and installation of mechanical equipment.
• Participate in design reviews for assigned discipline, as requested.
• Participate in corrective action, critique and lessons learned activities for assigned discipline to foster problem solving, error prevention, and continual improvement.
• Prepare and submit regular reports on project progress, issues, and other relevant information for assigned discipline.
• Maintain detailed and accurate records of construction activities for assigned discipline, including progress reports, inspection reports, and as-built documentation.
• Demonstrate commitment to a safe and injury-free workplace by enforcing safety protocols and addressing potential hazards in the field.
• Communicate with internal groups. customers, and vendors as necessary to complete work assignments.
• Review and approve subcontractor work plans and work packages for assigned discipline.
• Participate in regular jobsite project meetings and inspections as directed by the Construction Superintendent and Project Engineer.

Who You Are:

As a successful candidate, you will bring the following to the team:

• A Bachelor's Degree from an accredited university, specializing in Mechanical Engineering, is required.
• A minimum of 7 years discipline related Engineering experience is required, preferably at least 3 years in the nuclear industry.
• A minimum of 3 years of technical project execution and/or field installation experience is required, preferably as a field engineer or similar role in the nuclear industry.
• Previous experience in an engineering, procurement and operations environment, preferably in the nuclear industry.
• Strong understanding of construction methods, procedures and processes.
• Knowledge of the theories, principles, practice and techniques for designing structures, piping, and supports.
• Knowledge of rigging and handling practices, the related standards, regulations, codes…