POSITION OBJECTIVE 

Operating with a high level of independence and under general supervision, the Mechanical Engineer will offer technical guidance for the university's physical plant. Key responsibilities include future infrastructure planning, optimizing ongoing operations, documenting existing conditions, and upholding high standards of design and construction. Additionally, the engineer will enhance energy efficiency and improve the reliability and performance of campus mechanical systems. Collaborating with and reporting to the Assistant Director for Facilities Engineering, the mechanical engineer will provide engineering advice during new construction or renovation projects, while also contributing to the continuous improvement of campus operations.

ESSENTIAL FUNCTIONS

1. Provide technical oversight on new construction and renovation projects ranging in size from $5000 to $200m+ and executed by the Division of Campus Planning and Facilities Management (CPFM). Review mechanical drawings for compliance with best practices and university design standards. Visit projects during the construction process to ensure the work is proceeding as designed and verify that installed equipment can and will function as intended. Participate in and provide oversight of the commissioning process by working with 3^rd^ party commissioning agents. Leverage skills with instrumentation to take independently verified measurements of mechanical performance, like pressures, flows, temperatures, during the commissioning process. Ensure that the installation is in accordance with the plan and specifications. Identify and keep a record of discrepancies between design documentation and the project as constructed. (20%)
2. With general oversight from the assistant director for facilities engineering, independently identify and document campus mechanical infrastructure needs. Generate design documentation and work with stakeholders within the department to supervise and audit the execution of capital renewal projects to ensure they adhere to the design. Ensure construction conforms with university standards, state and local building codes, and best practices. Apply data analytics and visualizations to demonstrate the performance and improvements made by capital projects and equipment modifications. Collaborate with the Department of Sustainability & Energy on initiatives that involve improving the university¿s energy efficiency. (20%)
3. Manage the development, documentation, and periodic revisions of standard operating procedures, techniques, and best practices. Further the continuous improvement of maintenance and operations to optimize comfort, equipment resiliency and energy efficiency. Inspect, document, and inventory existing equipment. Document equipment condition, assess the risk of failure and its potential impact on university operations. Participate in the prioritization of needs by various metrics of urgency such as replacement cost, energy use, and overall risk to the university. Identify abandoned equipment for re-use or removal. (14%)
4. Draft process flow diagrams for steam, heating hot water, and chilled water systems. Document as-built conditions in the field and finalize these drawings in an electronic format. (14%)
5. Work to develop and execute projects to improve steam and chilled water submetering on campus. Identify metering locations, develop sizing and enhance documentation for the collection of thermal energy consumption data. (10%)

6. Develop and oversee projects to replace and improve HVAC control valves, pumps, fans and dampers on campus. (10%)

    

NONESSENTIAL FUNCTIONS

Work with corrective maintenance personnel and controls contractors to select controls equipment and instrumentation. Perform data-logging and analysis efforts for verification of operation and performance of controls systems. (2%)

<