Demonstrated training and experience equivalent to educational requirements.
Applicant shall be proficient in the employment of all tools, methods, and instrumentation or HVAC systems, steam generators (boilers), and associated systems.
High school/trade school graduate and/or its equivalent.
A valid NYC refrigeration system operator's certificate or qualification is required and must remain posted on premises.
Standard Work Schedule: Floating Shift - must be available to cover various shifts (7a-3p, 3p-11p, 11p-7a or 7a-330p), including holidays and weekends
Five (5) years' licensed refrigeration engineer or as a mechanic A or machinist A.
Must have satisfactorily completed controls.
Shall be able to read blueprints, schematics, and control diagrams, and be able to work safely, independently, and reliably from verbal or written instructions.
Benefits
Salary Range: $39.20 - $49.00
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
Over 100 departments
Supported Academic Units
Manages facilities and operational needs for academic departments across the campus.
Manages facilities and operational needs of the campus.
Ensures optimal functioning of buildings, utilities, and infrastructure.
Handles a diverse range of projects from residential spaces to large-scale commercial and academic buildings.
Manages energy-efficient systems and sustainable infrastructure across the campus.
Oversees large renovation projects, new construction, and ongoing maintenance.
Supports essential services to maintain the university's mission.
Focuses on both short-term and long-term planning for infrastructure.
Culture + Values
Partner of the University Community
Respect for each other and our campus colleagues
Integrity in knowing and doing what is right
Drive change to continuously improve
Excellence in all we do; delivering what we promise and adding value beyond expectations
Environment + Sustainability
100% Renewable Electricity
Since 2018
All electricity purchased is from renewable, zero-emission sources.
42% GHG Reduction
By 2030
Aims to reduce greenhouse gas emissions by 42% by 2030 as part of science-based targets.
95% Waste to Energy
From Academic Buildings
95% of waste is converted to energy, minimizing landfill use.
33% Fuel Consumption Drop
Public Safety Fleet
Hybrid and electric vehicles cut fuel use by a third since 2019.
All new construction and renovations aligned with net-zero through sustainable design, LEED Gold/Platinum standards.