Women in Engineering Programs

With a higher percentage of degree holders than males, women have surpassed men in obtaining the top rank for more than 20 years. However, research revealed that women continue to be underrepresented in engineering degrees, even in today's culture. According to Census.gov, "despite making up nearly half of the U.S. workforce, women are still vastly underrepresented in the science, technology, engineering and math (STEM) workforce. Women made gains – from 8% of STEM workers in 1970 to 27% in 2019 – but men still dominated the field. Men made up 52% of all U.S. workers but 73% of all STEM workers.” Unfortunately, persistent gender stereotypes can discourage women from pursuing engineering professions. Most women who avoid going down the engineering career path do so because they think it will be difficult for them to have a flexible schedule and because they think they will always work extremely long hours weekly. These misconceptions may discourage women from pursuing engineering if they envision starting a family in the near future. However, the truth is that a lot of women who work in the engineering field manage to reconcile their personal and professional lives. There should be more women in the engineering field, no doubt. And in order to continue to grow the percentage of women in the engineering field, we first must eliminate the stereotype that women won’t succeed in engineering. In addition, it is important to shift the gender balance in the workplace, where women need to be given more opportunity to provide their distinctive views, concepts, and expertise.  A diversified workforce, regardless of gender or ethnicity, stimulates the development of fresh ideas since each person has a distinct style of thinking. Therefore, it is important to continue encouraging and finding different ways to diversify the workforce for a better future.


 

What is the Role of GIS in Civil Engineering?

Did you know that the geographic information system (GIS) started as a concept in the 1960s?

GIS may have begun as a concept, but thanks to its incredible scientific development, it has evolved into a modern invention. A GIS is a computer program with multiple pieces of software that collect, stores, verify, and present information about locations on the exterior of the Earth. This multi-purpose tool can gather a lot of material data as well as dated information about an area and visualize it to later be used to successfully complete civil engineering projects. This tool gives engineers the advantage of collecting and analyzing geographic data that can later be presented as 3D models. Another advantage of GIS is the ability to identify possible obstacles and opportunities between various sites. What sets GIS apart from any other computer program is its ability to link spatial data with geographic data concerning any element on the map.

GIS tools and software play an extremely important role in civil engineering, especially when considering geographical projects. The most used GIS tools and software in civil engineering consist of AutoCAD Map 3D, which has all of the common CAD capabilities that are available; ArcGIS, which offers a geo-based analytical feature for data; and Blue Marble Geographic, which provides an extensive variety of layout options for data to be imported and exported. Because of its creative solutions, GIS software is being used in the civil engineering industry at a rate that is growing quickly. With the constant changes in our infrastructure generated by the environmental crisis and economic and social factors, GIS enables engineers to identify the best areas for potential future expansion.

Given the variety of tools and software that GIS provides to help engineers effectively and successfully manage any project, it is safe to predict that GIS will continue to play a big part in the civil engineering industry.


 

What is Inspection Software?

 

Inspection software refers to programs that allow inspectors to digitally submit invoices, signatures, work orders, and other documentation while in the field. This type of software can be accessed via smart phones or through various companies’ web applications.

Aside from enabling inspectors to manage work, inspection applications have many cool features that allow inspectors to organize and plan their work on a day-to-day basis. For example, inspectors can use the applications to manage their schedules, create workload checklists, and follow up on previously archived / submitted documents. Each program has its own unique capabilities, but most of them share common features such as reporting and scheduling recurring tasks, setting reminders, and inspection task management.

Because of their efficiency, many companies are using these programs to improve their businesses and help them stay up-to-date with their competitors. Inspection software not only helps companies and/or contractors save time by speeding up the work process, but also helps them adhere to regulations. For example, these programs can store information that can be requested by authorities if the company and/or contractor is being audited.

If you are interested in utilizing inspection software for your company or if you are an individual contractor who would like to download one of these programs to your devices, here are some tips you should consider before you decide to make a purchase:

  • Ensure the application is fully accessible from smartphones / tablets;
  • Confirm the vendor offers 24/7 support if needed; and
  • Research which category of software buyers you fall into, such as a small, medium, or large business.

When selecting an inspection software vendor, the goal is to select the one that best suits your business, because the goal of inspection software is to ultimately improve the way a business operates.

KC’s inspectors utilize a variety of inspection software to track data, which enhances the level of detail provided in our reports and ensures our clients stay abreast of project progress.