SILLMAN
Rana Raeisi is a skilled architectural professional currently serving as a Project Designer at SILLMAN since September 2022. With a solid foundation in architecture, Rana Raeisi holds a Bachelor of Architecture from Islamic Azad University and an Associate Certificate of Building and Architectural CAD from the British Columbia Institute of Technology. Rana Raeisi has accumulated diverse experience in the field, having worked as an Architect at Cutler and Stantec in 2022, and as an Intern Architect at Omicron, KMBR Architects Planners, Chernoff Thompson Architects, and Hajdo Forbes Architect from 2015 to 2021. Prior to these roles, Rana Raeisi gained experience as a Graduate Architect at FNDA Architecture Inc. from 2013 to 2015.
SILLMAN
At SILLMAN, we embody positive action. We believe that through responsible, reliable, and innovative architecture, we can change the world. Our award-winning projects provide more than a serene balance of high-performance and aesthetic design. They create new opportunities for individuals within our communities, leading the way to a brighter future. SILLMAN is a local, multi-cultural firm who has been providing quality architectural services since 1976. Working with us means Direct Principal Involvement and collaborating with an established team who can hit the ground running due to decades of experience. Teamwork is the key to our success. We greatly value the knowledge, experience, and voices our team members bring to the world of architecture. The integrity and honesty that trace our company culture has gained SILLMAN recognition as the 2021 A/E/C Employer of Choice®. Together, we strive to be our best every day, unlocking the deepest potential of each project and living out our core values of Making a Difference through Kick-Ass Design. In 2022, sustainability is at the forefront of the minds at SILLMAN. We examine low-cost passive design strategies to achieve maximum energy efficiency throughout each stage of our process to promote healthy environments for living, working, and learning. In conjunction with intelligent planning that maximizes energy-saving design, we select economically viable construction materials that offer the highest degree of sustainability by their superior recycling characteristics, reduced negative impact on the environment, energy efficiency, low-maintenance, and reduced life cycle costs. https://linktr.ee/sillmanarch