About the job
Hunter Douglas stands as the premier global manufacturer of window coverings and a significant player in the architectural products market. With over a century of innovation, we have established ourselves as a trusted brand, delivering proprietary products that enhance both style and functionality, and are utilized in millions of residential and commercial spaces worldwide.
We are on the lookout for driven, intelligent, and entrepreneurial candidates who are eager to grow in their careers. By offering challenging opportunities and fostering a culture of success, we aim to create an environment where your career can flourish. In exchange for your expertise, we promise competitive compensation and robust benefit packages that reflect your value. Our ambition is to become the fastest-growing and most beloved window covering company globally. What’s yours?
We seek a technically adept Project Engineer who will take charge of maintaining structural integrity, ensuring calculation precision, and enhancing system performance within intricate architectural projects.
This role demands an engineer who is well-versed in loads, safety margins, and standards, and who can effectively translate theoretical concepts into practical, buildable solutions.
As part of our Engineering (Design Team) and R&D department, you will be instrumental in the development, validation, and optimization of ceiling and wall systems designed for high-end and technically sophisticated architectural ventures.
Your Responsibilities:
· Design complex, non-standard ceiling and wall constructions
· Conduct and validate wind load and structural calculations in accordance with relevant standards
· Transform architectural ideas into safe, manufacturable solutions
· Create calculation models and enhance engineering methodologies
· Collaborate with R&D in developing new standard systems
· Review and refine technical drawings and system documentation
· Serve as a senior technical reference within the team
· Your work will have a direct impact on safety, compliance, and performance in real-world applications.
Technical Environment:
· AutoCAD (2D)
· Inventor (3D)
· Wind load calculation model (developed by HD and TNO)
· Rhino (3D)
· Revit / BIM workflows
