Employer profile
Hauff Holzbau GmbH
Engelsbrand, DEImpact-drivenPrivate SectorReal Estate & ConstructionCraft
Impact2Sustainability Goals
LocationEngelsbrand
About Hauff Holzbau GmbH
Hauff Holzbau GmbH is a specialized construction company based in Engelsbrand, Baden-Württemberg. The organization focuses on traditional and modern timber construction, covering everything from planning to final execution. Their portfolio includes timber frame houses, roof extensions, and complex carpentry work. By utilizing wood as a renewable, energy-efficient resource, the company actively supports sustainable building practices and ecological standards, replacing carbon-intensive materials like concrete and steel.
Connect
Sustainability Goals
Responsible Consumption & Production
Sustainable construction using renewable timber
Hauff Holzbau GmbH prioritizes wood for residential and commercial projects, utilizing this energy-efficient and renewable resource to support sustainable building practices.
Sustainable Cities & Communities
Energy-efficient buildings for resilient living spaces
By utilizing modern timber frame techniques, the company delivers residential and commercial structures that combine aesthetic design with high energy efficiency.
374 profile views
last 28 days
For employers
Job seekers are discovering Hauff Holzbau GmbH
Claim your profile on baito and get discovered by talent looking for purpose-driven work. Showcase your mission, culture, and benefits and turn visitors into applicants.
Free & takes 2 minutes
Culture & Values
Showcase your culture and values to stand out from the crowd.
FAQs
Q1Where can interested applicants find current job openings?
+
Hauff Holzbau GmbH publishes current vacancies on their website at https://www.holzbau-hauff.de/jobs.
Q2Where is Hauff Holzbau GmbH based?
+
The company is headquartered in Engelsbrand, Germany, and operates within the Baden-Württemberg region.
Q3What is the organization's approach to sustainable construction?
+
Hauff Holzbau GmbH focuses on timber construction as a renewable, energy-efficient alternative to carbon-intensive materials like concrete and steel. This approach supports sustainable building practices and ecological standards.
