Energy Engineer — Climate & Facilities Optimization

Johns Hopkins University; Baltimore (MD); Hybrid; USD 75,000 - 132,000; Full time

Job summary

Johns Hopkins University seeks an Energy Engineer to lead campus-wide energy programs and projects aligning with the university's climate change initiative. You will work with design engineers, staff, and end users to assess feasibility, perform energy audits, and propose ECMs for implementation, ensuring systems operate at peak efficiency and meet energy codes.

You will analyze building energy performance, forecast savings, and promote high-performance standards across the BSPH campus,

Qualifications

• BS in Mechanical Engineering required.
• Seven years' experience with major building mechanical systems, notably HVAC, BAS, and Energy Management systems.
• Additional education may substitute for required experience or education.

Responsibilities

• Supports development and implementation of the university's climate change initiative by prioritizing projects and programs to reduce energy use and greenhouse gas emissions.
• Recommends retro-commissioning and auditing of building envelopes, systems, and controls to optimize energy consumption.
• Performs energy audits, analyzes energy models, and identifies ECMs to reduce consumption and costs.
• Analyses energy usage and operating costs across buildings to target energy reduction opportunities.
• Ensures compliance with energy codes and promotes high-performance building practices in new and existing facilities.
• Collaborates with consultants, design engineers, and operations staff to ensure energy, systemic, and serviceability standards are met.

Skills

HVAC systems

Building Automation

Energy Management

Energy codes

Education

BS in Mechanical Engineering

Job description

Johns Hopkins University seeks an Energy Engineer to lead campus-wide energy programs and projects aligning with the university's climate change initiative. You will work with design engineers, staff, and end users to assess feasibility, perform energy audits, and propose ECMs for implementation, ensuring systems operate at peak efficiency and meet energy codes.

You will analyze building energy performance, forecast savings, and promote high-performance standards across the BSPH campus,