Perform engineering tasks in planning, designing, and supervising the construction and maintenance of building structures and facilities, such as roads, railroads, airports, bridges, ports, canals, dams, irrigation projects, pipelines, power plants, and water and sewer systems. Reading articles online I realize that most jobs are more volatile than they seem due to automation. Civil engineers can use remote sensing to monitor the progress of a construction project without being physically present anywhere on it. They will be able to see what is happening in real time through live video broadcasts or take pictures and videos with drones flying around taking pictures from all angles.
In short, I wouldn't worry too much about automation ruining the job prospects of civil engineers. Civil engineering has existed for a long time, but now they have access to more powerful tools than ever before, in this case, big data. Theo played a key role in transforming Autodesk's business model, specifically in Autodesk's Architecture, Engineering and Construction business, and has extensive experience in enabling digital transformation. Civil engineering and 3D printing are two of the most important innovations in construction technology.
Grading optimization is important not only because of the efficiency it provides, but also because it demonstrates the value of automated design in a specific component of a civil infrastructure project. With advances in technology, we have seen the field of civil engineering evolve from working solely with concrete to designing and building everything from bridges to buildings. Today, Theo's team is leading the evolution of design automation, including the launch of Autodesk Grading Optimization for Civil 3D, a tool that helps engineers take a more efficient, faster and more accurate approach to ground grading. In a subdivision plan, the automated grade design can help engineers more easily establish a balanced preliminary surface based on the allowable slopes of areas within the road, from the road to the backsides of the building, and across construction areas.
In addition, in an effort to find new forms of dredging, civil engineers may have found a solution that could help make the process less labor intensive. While this project could put fear in the hearts of architects, builders and engineers, Parvin believes that the digital future will require many professionals. If you're a civil engineer interested in learning more about the dredging industry, or if you're looking to make an impactful career change, give us a call. BMI technology has existed for at least 15 years, but only recently has it become a household name among civil engineering professionals, as they have had to deal with increasingly complex projects that have required more data visualization technologies than previously existed.
Using PLC, HMI, and SCADA, these IoT-enabled sensors can tell engineers things like how much water a pipeline is carrying or the volume of traffic on a given day, for example. With state-of-the-art CAD software, civil engineers can design structures that are more efficient and cost-effective.