When studying math at school, many students wonder what the point is of learning some of the topics as they cannot understand how it relates to real life. One example of a math topic that some people think they will never use is geometry. However, there are many jobs for which this subject is vital in completing the role's tasks effectively. Here are 10 jobs that use geometry.
1. Mathematics Teacher
One of the most obvious jobs that use geometry regularly as part of the role is a mathematics teacher. Geometry is a topic that is covered to varying degrees at various stages of education, right from elementary school to university level study. To teach other people the fundamental basics of geometry, the teacher must be competent in all aspects of the subject to successfully explain the topic to others and demonstrate how the principles apply to different situations. The elements of geometry included in the curriculum will vary depending on the level of study and the student's abilities.
According to Indeed, another job that regularly uses geometry is an animator. The role of an animator is to share information and tell stories through moving images. Some of an animator's duties include creating storyboards, using software to create graphics, reading scripts, and meeting with clients to discuss the expectations of a project. They will also work alongside videographers to edit and present pieces. The times when animators are most likely to use geometry is when they are creating moving images.
Plumbers install plumbing systems for residential and commercial properties and repair or replace components of existing plumbing systems. Other duties include removing grease from pipes, testing and repairing leaks, measuring pipes and other components for installation, and unclogging toilets, sinks, and shower drains. Geometry is a key aspect of designing, planning, and installing plumbing systems, and also of some elements of cutting and shaping pipes and other components.
4. Game Developer
A further job that utilizes geometry in many ways is a game developer. The professionals create video games for various systems, such as games consoles, computers, and mobile applications. Some of their duties include coding for the game, assisting in developing and designing characters, and creating storylines and levels. They also test the games to troubleshoot any problems and improve the gaming experience for users. An excellent grasp of the principles of geometry is essential to this role.
5. CAD Engineer
Engineers have very diverse roles and responsibilities depending on the discipline of engineering in which they work. One type of engineer is a CAD engineer, which is an engineer that specializes in using computer-aided design (CAD). These engineers use software systems to create construction plans for various products and structures, including skyscrapers, office buildings, bridges, and cars. In addition to designing 2D and 3D images for construction workers, CAD engineers also present complex projects, analyze project data, and establish budgets and timelines for projects. Throughout the design process, they find creative solutions to any design issues identified. Many aspects of this work require a good grasp of geometry and the ability to apply the principles to practical situations.
6. Fashion Designer
People that you might not expect to use mathematics but that do use geometry are fashion designers. As it is such a creative career choice, many people do not realize that mathematical skills are needed for the role. A fashion designer's role is to create clothes, shoes, and accessories. In doing so, they choose colors, prints, style, materials, and fabrics. They must keep up to date with current trends, choose seasonal themes, and travel to fashion shows. Some of the elements of fashion design that involve geometry include choosing or creating prints, designing the shape and style of an item, and cutting pieces to create an outfit or accessory.
Geometry is an essential aspect of a surveyor's work, as they use mathematical calculations in many areas of their work daily. A surveyor uses tools and equipment to take measurements of land, buildings, and structures for public organizations, the government, and private clients. Their role is vital to ensuring structures and developments are constructed legally and safely. In addition to using mathematical calculations and measurements, a surveyor also analyzes data on plans, software systems, charts, and maps to ensure the project runs smoothly.
8. Urban Planner
When a decision is made to extend a city, create new developments, revitalize an urban area, or preserve land in a city, then one of the key people involved in the process is an urban planner, who are also sometimes called city planners. The Balance Careers says that some of the duties of an urban planner include conducting zoning regulations for properties, adapting city -plans for population growth, forecasting expansions, and evaluating growth populations within communities. At many stages of these processes, an urban planner applies geometry principles.
9. Interior Designer
Interior designers create internal spaces to meet client needs, and their projects may include business premises, whole residential properties, and individual rooms. Some of their duties include sketching design plans, sourcing products or materials, and using computer applications as part of the design process. Geometry is applied to both the creative and practical aspects of the design process, ranging from planning the layout of a room to creating prints for the walls.
An architect is a professional who designs homes, commercial premises, and other structures. They must meet the clients' needs by designing structures that are safe, practical, fit for purpose, aesthetically pleasing, and meets planning regulations. The design process includes creating construction plans using scaled drawings and specifications. An architect also negotiates construction contracts, and they often source materials for the building. Geometry plays a crucial role in most stages of the design and planning process, says Best Accredited Colleges, so those choosing a career in architecture must have strong mathematical skills.
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Written by Dana Hanson
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