Art is typically not considered to be a part of STEM (Science, Technology, Engineering, and Mathematics) as it is a creative and expressive field that involves subjective interpretation and emotional expression rather than quantitative analysis and logical reasoning.
STEM fields focus on developing knowledge and practical applications of science, technology, engineering, and mathematics, whereas art is primarily concerned with aesthetics and creativity. However, there can be some overlap between STEM and art fields, particularly in areas such as digital art, graphic design, and architecture, where technology and mathematical concepts may be applied in creative ways.
In fact, there are some efforts to incorporate art into STEM education and to recognize the value of creativity and design in fields such as engineering and technology. This is often referred to as STEAM (Science, Technology, Engineering, Art, and Mathematics), which aims to promote interdisciplinary learning and innovation.
STEM Vs. STEAM; What's the difference?
STEAM and STEM are two approaches to education that have some similarities but also some important differences.
STEM stands for Science, Technology, Engineering, and Mathematics. STEM education focuses on teaching students the technical and analytical skills necessary to succeed in fields such as engineering, computer science, and mathematics. STEM education emphasizes critical thinking, problem-solving, and mathematical reasoning.
STEAM stands for Science, Technology, Engineering, Art, and Mathematics. STEAM education incorporates the arts (visual arts, music, theater, etc.) into STEM education, recognizing the value of creativity and design in fields such as engineering and technology. STEAM education emphasizes interdisciplinary learning and innovation, and encourages students to approach problems from multiple perspectives.
Benefits of including Arts in STEM
Including art in STEM education can bring many benefits to students, educators, and society as a whole. Here are some reasons why art should be included in STEM education:
#1 Fosters creativity and innovation
Art encourages students to think outside the box, explore different perspectives, and experiment with new ideas. This creativity can be applied to STEM fields, leading to more innovative and impactful solutions to complex problems.
#2 Enhances communication and presentation skills
Art education can help students develop effective communication and presentation skills, which are crucial in STEM fields where complex ideas and findings need to be communicated to a broad audience.
#3 Provides a well-rounded education
Incorporating art into STEM education can create a more holistic approach to learning that recognizes the value of both technical and creative skills.
#4 Promotes diversity and inclusion
Including art in STEM education can help attract students from diverse backgrounds and encourage underrepresented groups to pursue STEM careers.
Art that is considered as STEM
When it comes to art, there are certain forms that can be considered part of STEM fields, as they involve the application of scientific principles and technological tools to create works of art. Some examples of art forms that can be considered part of STEM include:
#1 Digital art
Digital art involves the use of technology to create images, animations, and other forms of digital media. It often requires knowledge of programming languages, software tools, and other technical skills.
Career options:
Graphic Designer
Animator
Video Game Designer
Web Designer
UI/UX Designer
#2 Kinetic art
Kinetic art incorporates movement and motion into artworks, often using mechanical or electronic components. It requires knowledge of engineering principles and technologies such as motors, sensors, and controllers.
Career options:
Kinetic Sculptor
Exhibition Designer
Mechanical Engineer
Electrical Engineer
Art Installer
#3 Bioart
Bioart uses living organisms or biological materials to create artworks that explore the intersections of science and art. It requires knowledge of biology, genetics, and other scientific fields.
Career options:
Bioartist
Biodesigner
Science Communicator
Research Scientist
#4 Data visualization
Data visualization involves the creation of visual representations of complex data sets, often using software tools and programming languages. It requires knowledge of statistics, mathematics, and computer science.
Career options:
Data Visualization Designer
Business Intelligence Analyst,
Data Journalist
Information Designer
Data Visualization Engineer
If you are a student who is unsure whether STEM or STEAM education is the right fit for you, don't worry! It is important to consider your interests, passions, and goals when making this decision. Think about what subjects and activities you enjoy most and what career paths you are interested in pursuing. Remember, there is no one-size-fits-all approach to education, and both STEM and STEAM can provide you with valuable skills and knowledge. So, take your time, explore your options, and choose the path that feels right for you.
If you have any enquiries regarding which path suits you the best, talk to Edu Experts' consultant at +012 8822385 or send your enquiries HERE.