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Introduction to biomimicry
Biomimicry provides a sympathetic, interconnected understanding of how life functions and, ultimately, how humans fit in. It is a method that takes cues from and imitates the tactics of various species still alive today. Plants and animals become fossils after billions of years of evolution and development, and the leftover material holds the key to the survival of humans. The Masters in Biomimicry course helps develop new living arrangements, processes, and systems that address various design problems sustainably and in harmony with all life on the planet. Biomimicry not only helps in gaining knowledge from nature’s experience but also in healing both ourselves and the environment. Let’s further discuss Masters in Bio Mimicry
Essential elements of biomimicry
Emulate, Ethos, and (Re)Connect are the three key components that the science of the practice uses to translate natural strategies into a design. These three elements which permeate every facet of biomimicry, epitomize these fundamental principles.
Emulate
The methodical, evidence-based process of taking cues from and then reproducing natural ecosystems, processes, and forms to produce more regenerative designs.
Ethos
It is the belief that by comprehending how life functions, we can design environments that sustain and improve life.
(Re)Connect
It is the idea that because there is an interconnection between humans with all aspects of nature; it is important for us to feel a sense of place on Earth. In order to better understand how living things functions and to develop a better ethos for emulating biological strategies in our designs, (Re)Connect, as a practice, encourages researchers to observe and spend time in nature.
Why study biomimicry?
Nearly every industry, especially those centered on sustainability, can benefit from biomimicry. Accountants, anthropologists, architects, chemists, civil engineers, consultants, educators, farmers, inventors, lawyers, manufacturers, medical specialists, microbiologists, pharmaceutical developers, product and packaging designers, scientists, recycling coordinators, and others can all adopt the various principles derived from biomimicry research observations.
Although the related field of biomimetics draws design inspiration from nature in an effort to develop better technological solutions, sustainability may not be its main objective. In spite of this, the two disciplines are closely in relation to each other. They may be even more similar than different, especially in biomimetic applications.
Biomimicry experts can find employment with local, state, and federal regulatory bodies as well as research organizations, environmental or scientific businesses, and other organizations looking for different creative ways to make the most of limited resources.
Best Masters in Bio Mimicry courses
University of Utrecht’s Master of Biomimicry Innovation program
Innovations that support the transition to a sustainable, circular economy use bio-inspired design and science. The course is for students with a bachelor’s degree in biological sciences who have an interest in research and want to innovate and develop services, products, production systems, and design based on principles that went through an evolution in nature.
The Master’s program in ‘Bio-Mimicry Innovation’ is a full-time, two-year course (120 credits). You can take a course at the University of Utrecht in the Netherlands to learn how to use biomimicry innovations to become a biologist at the design table and a professional who helps society transition to a circular economy.
Note- Dutch and other EU/EEA students might have to pay the statutory fee of €2,168 ($2,385) per semester.
Institutional fee for non-EU/EEA students- €20,715 ($22,800).
The Minneapolis College of Art and Design – Certificate in Biomimicry (MCAD)
With a focus on nature-based design strategies through courses on sustainable design, systems thinking, and biomimicry, this course, which is 100% online, offers a Biomimicry Certificate. It also covers courses such as Introduction to Biomimicry: A Sustainable Design Methodology, Fundamentals of Sustainable Design, and Systems Thinking.
Note- $2,870 for a non-credit course or $5,130 for six credits with 120 hours of online study.
Arizona State University’s (ASU) Master of Science (MSc) in Biomimicry online program
The first program of its kind, the online Master of Science in Biomimicry at ASU focuses on an emerging field that looks to incorporate biological principles into human design. The MS complements the Certified Biomimicry Professional program that Biomimicry 3.8 provides. It is available in collaboration with Biomimicry 3.8 through The Biomimicry Center at ASU. It will cost $29,404.00 and take between 2.5 and 5 years. This is for the individual who is in the USA and wishes to pursue a biomimicry career or lead the in-house implementation of biomimicry, initiate or transform a consulting practice in the field of biomimicry. Students who want to incorporate biomimicry into education for the next generation of biomimicry researchers or develop innovative and sustainable solutions to the most pressing global challenges can also take the course.
Note- $29,404.00 | Online for 2.5 to 5 years
Eligibility criteria
If a candidate has a bachelor’s or graduate degree from a regionally accredited institution, then they can apply for the program.
Applicants must have a minimum cumulative GPA of 3.00 (on a scale of 4.00, “A”) for the last 60 hours of a student’s first bachelor’s degree program.
Every applicant must provide-
- Application and application fee for graduate admission.
- Recommendation letters.
- Authentic transcripts.
- Statement of the self.
- A relevant resume or curriculum vitae.
Note- These requirements might be different in various universities and course providers.
Biomimicry | What to expect
The practice of biomimicry permeates all aspects of life, such as diversity, networking, and lifelong education. Regardless of your background or education, the more you practice it, the more proficient you’ll become. The field of biomimicry is expanding quickly, and there is a constant need for new research and knowledge. Today’s world expects researchers to develop technological and moral innovations that help us transition from a linear to a circular economy.
Various biomimicry courses are available to help you learn the concept of biomimicry, which offers a fresh perspective on sustainability. Humans won’t be able to live in a prosperous world that fosters favorable conditions for life until students and researchers put biomimicry into practice.
Key takeaways
- Biomimicry offers a sympathetic, interconnected understanding of how life functions and how humans fit in. It is a method that imitates the tactics of various species still alive today.
- Almost every industry can benefit from biomimicry. Accountants, anthropologists, architects, chemists, civil engineers, consultants, educators, farmers, inventors, lawyers, manufacturers, medical specialists, and others can all adopt the principles derived from biomimicry research observations.
- University of Utrecht, Arizona State University, and the Minneapolis College of Art and Design offer innovative Masters in Bio Mimicry program. With the help of these programs, students can pursue a career in biomimicry and industries that focus on sustainability.
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FAQs
Q1. Who is the mother of biomimicry?
Ans- In 1997, Janine Benyus revolutionized the field with her book Biomimicry: Innovation and made the term biomimicry famous. It sparked interest in the topic among engineers and designers worldwide. She later got the title of mother of biomimicry.
Q2. What is the other name for biomimicry?
Ans- The words “biomimicry” and “biomimetics” are derivatives of the Greek words “bios” (life) and “mimesis” (to imitate). The terms bionics, bio-inspiration, and biognosis are other names of biomimicry.
Q3. Is biomimicry the future?
Ans- In the future, biomimicry might contribute to the construction of homes or the design of public transportation systems. And sources of inspiration are present almost anywhere, including entire ecosystems and the unique plants and insects that live there.