Anders Nancke-Krogh is a visionary leader and engineer currently serving as the Lead at AutoSurveyor, where he spearheads innovative projects aimed at revolutionizing sustainable construction practices. With a Master of Science in Engineering, specializing in robotics from the Technical University of Denmark, Anders combines his...
Anders Nancke-Krogh is a visionary leader and engineer currently serving as the Lead at AutoSurveyor, where he spearheads innovative projects aimed at revolutionizing sustainable construction practices. With a Master of Science in Engineering, specializing in robotics from the Technical University of Denmark, Anders combines his technical expertise with a passion for environmental stewardship. His current role involves the research and implementation of cutting-edge technologies and processes that facilitate scalable, sustainable construction methods for private family homes.
At AutoSurveyor, Anders is at the forefront of ambitious projects that target zero emissions from both the construction phase and the subsequent operation of residential buildings. This includes developing off-grid solutions that eliminate reliance on gas for heating and achieving complete independence from municipal water sources through advanced rainwater harvesting systems. His commitment to sustainability is not just theoretical; it is grounded in practical applications that leverage mobile technology and agile methodologies to enhance project management and execution.
Anders's extensive experience in leading large teams of engineers in international environments equips him with a unique perspective on collaborative problem-solving. His proficiency in mobile applications and e-commerce further enables him to integrate innovative digital solutions into traditional construction practices, driving efficiency and reducing environmental impact. As he continues to push the boundaries of what is possible in sustainable construction, Anders Nancke-Krogh remains a pivotal figure in the quest for a greener future in the built environment.
