A builder’s greatest asset is undoubtedly their team – and getting the right people assigned to the right construction project can make all the difference between a thriving profit margin and a frustrating loss. However, managing resources across the entire organization can be an overwhelming logistical puzzle. It’s not uncommon for three individuals with distinct skill sets to be juggling tasks across five separate projects simultaneously. Each of these projects might have varying durations and deadlines, while new opportunities keep coming in. So, how do construction companies decide who should tackle which project next? This challenge becomes even more complex when there aren’t just three employees, but hundreds. Traditionally, many construction firms rely on spreadsheets and intuition for workforce planning, which can be both time-consuming and prone to mistakes. In today’s unpredictable climate, where on-site activities are frequently interrupted due to shutdowns or re-openings, optimizing team allocation becomes even trickier for businesses. An underused workforce represents missed potential—valuable employees turn into unnecessary expenses rather than assets. This inefficiency can ripple throughout the entire sector, reducing overall productivity. At Autodesk, we recognize that integrating people and data throughout the entire building lifecycle is essential for the future of construction—and workforce insights play a critical role in this equation. We’re thrilled to announce our investment in Bridgit, a leading provider of construction workforce planning software. You can also read here about why Bridgit is equally excited to partner with Autodesk. Through Bridgit Bench’s dashboard, customers can monitor workforce utilization, capacity, and scheduling across projects with real-time allocation insights. Bridgit empowers construction companies with greater clarity and control over workforce deployment and resource management. Co-founders Mallorie Brodie and Lauren Lake aimed to remove guesswork from decision-making processes and streamline resource planning for contractors. Designed specifically for the construction industry, Bridgit’s premier product, Bridgit Bench, provides contractors with instant data on workforce availability and facilitates employee scheduling along with skills tracking. Together with their exceptional team, Mallorie and Lauren have assisted contractors in matching the right personnel to the right jobs—boosting operational efficiency and enhancing profitability. This system’s importance has grown significantly amid recent circumstances. As CEO, Mallorie notes, “Over the past three months, Bridgit has seen a 72% rise in usage among our clients in both the U.S. and Canada. Contractors are adapting their methods and seeking the workforce data and insights offered by Bridgit.†With Bridgit, construction firms can maximize their workforce long before breaking ground. For instance, during bid submissions, companies can utilize the platform to choose team members based on their skills and experience—and present this information to potential clients for stronger proposals. Require foremen with experience constructing hospitals? Bridgit can help firms pinpoint suitable team members to gain a competitive edge during the bidding phase. In essence, Bridgit humanizes the construction industry. Since clients don’t simply hire a company—they hire a team—this approach aids general contractors in securing more business. When integrated with Autodesk Construction Cloud solutions like BuildingConnected and PlanGrid, Bridgit Bench delivers a comprehensive overview of the entire resource planning process, from bid submission through turnover. Businesses can better mitigate risks and safeguard profitability across their projects. Looking ahead, Bridgit intends to connect workflows between Bridgit Bench and Autodesk Construction Cloud, facilitating seamless data flow between preconstruction and project management stages. Autodesk’s strategic investment will assist companies in linking data throughout the entire building lifecycle. Bridgit Bench simplifies resource planning during preconstruction and construction phases, replacing cumbersome and error-ridden spreadsheets. With Autodesk’s backing, Mallorie and her top-notch team will maintain their rapid pace of innovation and introduce new features to Bridgit. The possibilities are vast, particularly with the upcoming integrations, and I’m eager to witness their next moves. Clearly, having actionable data on workforce planning brings immense advantages to construction businesses, and I’m thrilled that Autodesk will play a key role in this vital aspect of construction and the people who bring it to life. After all, people remain—and always will be—a company’s most precious asset. Press Tool Stamping Die Punch Die
CNC stamping dies are molds used on CNC stamping machines. CNC stamping dies are made of metal and have specific shapes and sizes. They are widely used in the production processes of industries such as automobiles, electronics, and home appliances. Stamping Die Parts,Stamping Die Components,Stamping Die Material Jilin Zexin Industry Development CO., LTD. , http://www.jilinzexin.com
Eliminating Intuition-Based Decisions
Putting People First
Possibilities for the Future
The main function of CNC stamping dies is to perform stamping processing on metal sheets to obtain the desired shape and size. They can be designed and manufactured according to the requirements of the product, thus realizing mass production.
CNC stamping dies have the characteristics of high precision, high efficiency, and stability. They can precisely control parameters such as impact force, impact speed, and impact depth during the stamping process, ensuring product quality and consistency.
Compared with traditional manual stamping, CNC stamping dies have higher production efficiency and lower labor costs. They can quickly and accurately complete stamping processing, improving production efficiency and product quality.
In conclusion, CNC stamping dies are metal molds used on CNC stamping machines for stamping processing on metal sheets. They have the characteristics of high precision, high efficiency, and stability, enabling mass production and improving production efficiency and product quality.