Graduate Environmental and Building Physics Engineer

About the Role

• Provide advanced engineering analysis to support design teams and clients across a wide range of sectors, including aviation, healthcare, laboratories, data centers, higher education, commercial developments, and urban environments.
• Combine technical excellence, innovation, and collaboration to help deliver high-performing, sustainable, and resilient projects.

Key Responsibilities

• Use computational fluid dynamics, data analytics, and building science to solve complex challenges related to airflow, thermal comfort, energy performance, air quality, climate resilience, and occupant experience.
• Conduct CFD simulations related to airflow, occupant thermal comfort, building energy use, indoor and outdoor air quality, and environmental performance.
• Develop and interpret simulation models using computational tools to inform design decisions and reduce project risk.
• Work closely with multidisciplinary teams to solve complex engineering challenges across a variety of project types and sectors.
• Analyse and visualize data, communicate technical findings, and contribute to client reports and presentations.
• Support research, tool development, and innovation initiatives that advance the team’s capabilities and improve project delivery.

Requirements & Tech Stack

• Bachelor's degree in Mechanical Engineering, Aerospace Engineering, Civil Engineering, or Physics.
• Candidate must be eligible to work in the United States without the need for employer-sponsored work authorization now or in the future.

Qualifications

• Changemakers: A passion for sustainable development and creating a better world.
• Innovative minds: Critical thinkers who embrace new ideas and challenge the status quo.
• Growth seekers: A growth mindset, always eager to learn and explore new ways of working.
• Adaptable adventurers: Ready to take on any challenge.