Primary duties: A surveyor uses mathematical calculations, like elevations, shapes and dimensions with tools and equipment to take measurements of land for private, government and public developments. Other job duties include visiting various job sites to take measurements, measuring angles and distances on different properties to determine legal construction boundaries, using calculations to confirm measurements and analyzing data found on maps, charts, software systems and plans.
Related: Learn About Being a Surveyor. Primary duties: Urban planners, also referred to as city planners, prepare plans to preserve land or modernize a town. Their main duties include evaluating growth populations within communities to forecast expansions, determining a community's infrastructure needs, adapting city plans for populations growth and recommending and conducting zoning regulations for various properties within the city.
Primary duties: Construction workers complete various jobs on a worksite to construct buildings and other properties. Their main duties are removing any debris from the site, unloading and loading various tools and materials, operating heavy equipment and machinery, following construction plans provided by managers, digging tunnels or holes and mixing, leveling or pouring concrete. Other key duties include researching, gathering and evaluating data to input into maps, checking accuracies of various maps and evaluating satellite images and aerial photos to create accurate and detailed maps.
Primary duties: A mathematician applies mathematical techniques and theories to real-life problems to effectively solve them. Their main duties include gathering and analyzing data, resolving challenges in sectors like government, science, engineering and business, uncovering unknown relationships between various mathematical principles and using models to resolve problems and present solutions to leadership teams. Primary duties: A mechanical engineer designs, repairs and evaluates various mechanical devices, like cooling and heating systems, transportation systems, tools and industrial machinery.
Other job duties include analyzing issues with machinery, developing solutions to machinery malfunctions, performing experiments on potential improvements to machinery and innovating product designs. Primary duties: A robotics engineer researches, designs and creates robotics systems and applications to increase efficiencies in industries like agriculture, manufacturing, mining and healthcare.
Their main duties include writing robotic software solutions, designing various mechanisms, calibrating robotic systems to provide advanced efficiencies and troubleshooting robotic applications and systems. Related: Learn About Robotics Engineering. Primary duties: An architect builds design plans for offices, buildings and homes.
Their key responsibilities include using the client's preferences, needs and ideas to create well-designed structures, providing clients with cost estimates, designing construction plans using specifications and scaled drawings and negotiating construction contracts. Find jobs. Company reviews. Find salaries. Upload your resume. Sign in. Finding a Job. Jobs that use geometry. Mathematics teacher. Fashion designer. CAD engineer. Game developer. Interior designer. Because art is very subjective, some people find particular arrangements pleasing; others do not.
Architects use shapes and angles when they draw plans for residential, commercial and public spaces. They also use geometric principles to create symmetrical features in homes, public spaces and commercial properties. Ratio and proportion are two geometric principles used by medical professionals on a daily basis, allowing them to compare two quantities and calculate the results.
If a physician writes an order for 10 mg of medication for every 10 pounds of body weight, the nurse would have to calculate the proper dosage. For a patient who is pounds, the correct dosage would be mg.
Medical imaging technologists use geometry to generate clear, accurate pictures of the internal features of the body. They must consider the shape and size of each patient when adjusting an imaging machine's settings. Technologists also position patients very carefully during medical imaging procedures, as the position of the patient affects the usefulness of the resulting image. During a barium enema, for example, different positions improve the visibility of specific structures in the gastrointestinal tract.
Several types of engineers use geometric principles to ensure the construction of safe structures, devices and equipment. Civil engineers design roads, tunnels, bridges, sewage systems and other structures. They must calculate the size of each structure, determine the right quantity of materials to buy and ensure that each structure can withstand inclement weather and other hazards. Biomedical engineers use the principles of symmetry when creating models of viruses. Aerospace engineers use geometric principles to design military aircraft and spacecraft that will operate well in hazardous conditions.
Mechanical engineers design, construct and install mechanical devices. One way they use geometry is to calculate the volume of tanks used in water pumping stations.
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