Refrigeration Engineer

As a Refrigeration Engineer at NYU, your primary responsibilities will include hands-on maintenance of HVAC systems and ensuring the efficient operation of associated auxiliary equipment. You'll work closely with both mechanical and electrical systems, leveraging your expertise to troubleshoot and repair A/C and heating systems while adhering to safety standards and regulations.

To qualify for the Refrigeration Engineer position at NYU, candidates should have a High School diploma, with preference given to those who have some college education or a trade school certificate in engineering. Additionally, you need a minimum of three years of mechanical maintenance experience, a New York City Refrigeration Engineer's license, and EPA-CFC Universal certification.

Essential skills for a successful Refrigeration Engineer at NYU include a strong knowledge of mechanical systems, intermediate knowledge of electrical and plumbing systems, and a working understanding of the refrigeration cycle. Additionally, the ability to read blueprints and schematics, along with good communication skills, will greatly aid in performing your duties effectively.

The hourly rate for the Refrigeration Engineer role at NYU is $50.663, in compliance with NYC's Pay Transparency Act. This pay rate is based solely on the bargaining unit contracts and does not include additional compensations such as bonuses or incentives. This role also offers a unique opportunity to contribute to energy sustainability initiatives on campus.

The work schedule for the Refrigeration Engineer position at NYU is Sunday through Thursday, from 3:00 PM to 11:30 PM. This shift allows you to enjoy your weekends while ensuring that you maintain our HVAC systems efficiently during peak operational hours.

In response, you should outline the four main processes: evaporation, compression, condensation, and expansion. Discuss how refrigerants absorb and release heat during these phases, emphasizing your practical experience with these processes in previous roles.

Begin by mentioning your systematic approach: identifying the problem, checking for obvious issues, and performing diagnostics. Share a specific instance where you successfully troubleshot a complex problem, highlighting your analytical skills.

Safety is critical; mention the importance of following OSHA regulations, the use of personal protective equipment (PPE), and safety lockout/tagout procedures during maintenance. Giving an example of how you implemented safety standards in a past job can strengthen your answer.

Focus on your multifaceted experience: detail your hands-on work with mechanical systems like compressors, as well as your understanding of electrical wiring and control systems. Sharing an anecdote that demonstrates your abilities is also effective.

Highlight specific refrigerants you've encountered (e.g., R-22, R-410A) and your understanding of their properties. Discuss how you comply with EPA regulations concerning their management and disposal, emphasizing your training and certifications.

Explain methods such as attending workshops, subscribing to industry journals, and participating in relevant online forums. Emphasize your commitment to continuous learning and adapting to the evolving industry.

Use the STAR method (Situation, Task, Action, Result) to illustrate a specific scenario where you expertly diagnosed an issue. Describe your thought process and the eventual outcome to demonstrate your problem-solving abilities.

Discuss your time management skills and ability to assess urgency. You can talk about using maintenance logs and prioritizing based on safety needs or significant impact on operations.

Highlight the importance of regular meetings, clear written documentation, and encouraging an open environment for feedback. Provide examples that showcase your interpersonal skills and ability to lead a group effectively.

Share your passion for engineering, problem-solving, and your desire to contribute to a sustainable environment. Discuss how the role aligns with your career goals and commitment to excellence and safety in engineering.