Strong emphasis is placed in the Sustainability Report on the company's dedication to sustainability, end-user industry solutions, community philanthropy through the Trimble Foundation Fund, employee engagement and development, and the Diversity, Equity, and Inclusion (DEI) initiatives. Trimble's dedication to construction technology and sustainable building practises is highlighted in this paper. This year, Trimble had their request for Science Based Targets (SBTs) approved, which will help the firm move more quickly in its fight against climate change in the Middle East and beyond by encouraging emission reductions across the company's operations and value chain.
Paul Wallett, the Regional Director of Trimble Solutions Middle East and India, said, “Since 1978, Trimble's industry-specific solutions have helped businesses accomplish more, while promising a lower environmental impact. The Middle East is one of the area’s most susceptible to climate change, and the building and construction sector may be one of the major contributors to this phenomenon. As the need for sustainability becomes more urgent in the Middle East, we remain committed to acting quickly to leverage opportunities that protect the environment and make society more resilient, productive, and connected. Our Sustainability Report details this vision, as well as our solutions that meet highest sustainability standards and help develop sustainable projects.”
Trimble's integrated solutions for heavy earthmoving equipment are designed to lessen their impact on the environment by decreasing their fuel consumption and greenhouse gas emissions and increasing their efficiency, accuracy, and reliability. The most recent releases of Tekla® software for constructible Building Information Modeling (BIM), structural engineering, and steel fabrication management are Tekla® Structures 2022, Tekla Structural Designer 2022, Tekla Tedds 2022, and Tekla PowerFab 2022. An Embodied Carbon Calculator is available in Tekla Structures and Tekla Structural Designer to provide users with dynamic embodied carbon calculation functionality during the design and detailing phases. Engineers in the structural field can use this graphical and interactive computation tool to examine the relative carbon loads of various design alternatives.
