Hargrove’s key operating principle is to provide the Right People, in the Right Place, at the Right Time. We believe that relationships and partnering together provide the best results and long-term benefits for our clients.
Work-life balance and flexibility is a key focus area for Hargrove. We’re happy to discuss flexible working hours, patterns, and locations to suit you and the business.
- Coordinate Fire Protection design on multidiscipline project teams
- Provide Fire Protection Engineering consulting services.
- Develop building and fire code compliance documents and fire life safety designs for new production lines / materials and other improvement in the facility
- Perform hazardous material analysis for code compliances purposes, such as chemical classification, chemical quantity analysis, chemical inventory management, and related system design support
- Develop & create Fire Protection system design criteria for new production lines / materials and other improvements in the facility
- Review and comment on shop drawing design packages developed by contractors.
- Support construction team to develop field solutions
- Perform system field inspection and testing observations to ascertain installation meets all design intents
- Develop process improvements / workflows / templates to increase design productivity and quality of deliverables and allocate Fire Protection design resources to meet project demands
- Provide Fire Protection consulting engineering services to a variety of potential clients.
- Provide fire and life safety code consulting for relevant CBC/ICC (IBC, IFC, IMC) codes and NFPA standards.
- Participate in and lead internal team meetings and external client meetings.
- Collaborate with multiple teams across multiple offices in a multi-discipline environment.
Minimum Salary: $150,000.00 annual
- Knowledge of design standards and codes.
- Knowledge, application and specification of materials.
- Development of piping material and material procurement specifications.
- Knowledge of good design practices for sizing all piping systems.
- Sizing of compressible fluid piping systems.
- Flexibility and stress analysis of all piping systems.
- Specify criteria for and select piping specialty items.
- Design of complex process and utility systems.
- Knowledge of manual valve sizing, use and application.
- Knowledge of HVAC (airside and waterside) system application and design codes.
- Knowledge of application of piping supports and restraints.
- Identification of need, application and specification of safety valves and devices to maintain the mechanical integrity of process/utility systems.
- Identification of need, application and specification of steam traps and liquid drainers.
- Estimating mechanical/piping construction quantities from conceptual documents.
- Knowledge of other disciplines deliverable development to ensure coordination of design efforts.
- Knowledge and understanding of schedule constraints and information requirements for the production of all mechanical deliverables.
- Ability to accurately estimate completion of assigned tasks.
- Ability to develop a construction cost estimate, a detailed engineering schedule and a man-hour budget for a small project or an area for a larger project.
- Ability to determine construction material quantities.
- Knowledge and ability to apply company engineering design and CAD drafting standards.
- Ability to lead a small team to deliver on commitments.
- Proficient in the use of Microsoft Word, Excel and Outlook.
- Excellent communication skills, both verbal and written.
- Excellent presentation skills.
- Virtual team skills and cross divisional relationships are developed, and able to provide interoffice execution leadership and support.
- Ability to sit, stand, or walk for long periods of time.