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- 🌱 Biomimicry: Mimicking Nature for Engineering Excellence
🌱 Biomimicry: Mimicking Nature for Engineering Excellence
Mechanical engineering updates, hot jobs, best video games for engineers, and our Engineer of the Week is...

Welcome to the latest edition of the Mechanical Newsletter. We're excited to introduce a brand-new section, "MechTech Innovations," dedicated to showcasing the latest breakthroughs in mechanical engineering. In today’s spotlight, we have biomimicry—harnessing nature's time-tested strategies to develop next-gen devices and sustainable engineering solutions.
In this week’s industry updates, we bring you Europe’s largest 3D-printed house, a 100-kilometer-long particle accelerator, and floating off-shore windmills. Read further to discover how mechanical innovations are opening new possibilities.
🚨 Aerospace, from commercial space flight to deep space exploration, our newsletter propels your aerospace career on Friday, click here to subscribe now.
🔥 Today’s hot jobs as featured on jobs.interestingengineering.com
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INDUSTRY UPDATES
🖨️ Meet The Wave House: Europe’s largest 3D-printed building
The 600 square meters Wave House needed just 140 hours to be printed with a single COBOD BOD2 printer
🎆 China could begin construction of the world’s largest particle collider in three years
The CEPC project is a 62-mile (100 km) tunnel much larger than CERN, which is 16.6 miles (26.7 km) long
✈️ NASA and Boeing unveil fresh look of X-66, a green X-plane for the future
A giant leap toward greener aviation: NASA and Boeing join forces to chart a course toward net-zero aviation
💨 Floating Pyramids Could Make for Cheaper Wind Power
New offshore windmill designs ride waves, unlike standard piles driven into the seabed.
🕳️ Breaking Barriers in Quantum Research: Magnesium-Coated Tantalum Unveiled
Coating of tantalum with magnesium enhances its properties as a superconducting material for quantum computing.
SPOTLIGHT
Biomimicry in Mechanical Design
Biomimicry in mechanical engineering involves mimicking nature to solve complex human problems. This practice has emerged as a promising, sustainable, and efficient mechanical design strategy.
What is Biomimicry?
Biomimicry relies on billions of years of research and development that nature and natural organisms have conducted to optimize their structures, processes, and strategies for survival and efficiency. By studying these natural phenomena and feats that nature has perfected over millions of years, mechanical designers can uncover solutions that are not just effective but also sustainable. Nature offers a vast archive of designs, ranging from a bird’s aerodynamic form to a fish’s sturdy yet lightweight structures.
There are countless design principles out in the world waiting to be applied in engineering. Here are some practical examples:
Robotics
Inspired by the movements and behaviors of animals and insects, engineers have created robots that mimic the efficiency of a cheetah's sprint, the agility of a bird's flight, and the precision of an ant's teamwork. These robots offer improved adaptability and efficiency while unlocking new possibilities in surveying, disaster response, and everyday applications.
Energy
Mimicking nature's way of optimizing resources has led humans to design buildings in energy-efficient ways. Applying principles learned from termite mounds to natural ventilation significantly reduces reliance on artificial cooling. Similarly, the surface texture of whale fins has inspired more efficient fan blades and turbines. By mimicking nature, energy systems can more effectively contribute to a sustainable future.
Fluid Dynamics
Natural structures have helped reduce drag, improve propulsion, and enhance efficiency in transportation systems. For instance, the shape of dolphins and whales has influenced the design of ships and submarines, minimizing resistance and saving energy. Analyzing bird flight patterns has helped improve aircraft aerodynamics and position wind turbines to maximize airflow and energy output.
These applications demonstrate how biomimicry can profoundly reshape our approach to design and innovation across diverse fields. By looking to nature for inspiration, we unlock a wealth of sustainable, efficient solutions that harmonize with the environment rather than disrupt it. Check out 9 engineering innovations inspired by nature’s design.
MechTech Innovations - Next-Gen Impact Absorption Technology
Researchers at the University of Colorado Boulder and Sandia National Laboratories have made a novel padding technology that leverages the power of 3D printing for extremely effective impact absorption. Capable of absorbing up to six times more energy, this new design outperforms traditional foams by far.
By ingeniously redesigning the internal architecture of cushioning materials to allow for controlled deformation under impact, this technology showcases a significant leap in the mechanics of impact mitigation.
The innovation extends its potential applications to a broad spectrum of safety equipment, from football fields' turf to the streets of urban cycling, promising an era of enhanced protection. At the core of this breakthrough lies not only the selection of materials but, more importantly, the strategic geometry of the cushioning.
![]() | Engineer of the WEEK 1963 - N/AJensen Huang ![]() NVIDIA Co-founder and CEO |
The visionary CEO of Nvidia Corporation, Jensen Huang, has been an icon in the tech industry since the company came into existence in 1993. He has led NVIDIA to become one of the world's most innovative and forward-thinking companies today. Huang is an electrical engineer and has been named the world's best CEO by Fortune and the Economist. He is only the second CEO in the US after Jeff Bezos to cross the trillion-dollar mark for a company. His contributions are not only limited to graphics but extend to a wide array of innovations in computer technology, including accelerated computing and Artificial Intelligence (AI). |
PODCAST RECOMMENDATIONS
👷🏼♀️ The Engineering Career Coach
This podcast provides weekly advice to engineers at all career stages. Jeff Perry covers topics from career goals to overcoming obstacles in highly motivational segments.
⚙️ Level-up Engineering
Level-up engineering provides insights into the challenges that software engineering leaders from top companies face through interviews and teaches how to prevail over some of the common leadership hurdles.
👩🏼🏭 Diverse: A Society of Women Engineers Podcast
A weekly podcast by the Society of Women Engineers that shares impactful stories and career advice from engineering leaders worldwide.
🍻 Beers with Engineers Podcast
Bert Uschold leads this podcast and conducts interesting discussions on engineering design and consulting with light-hearted stories and career advice.
🚜 Engineering Matters
Recognized with Podcast Awards, this podcast dives into a wider range of engineering topics, from manufacturing and agriculture to construction and transportation.
Here are the EVENTS you'll love:
Precision in Motion: Navigating the
World of Mechanical Engineering Innovations
Aug. 22 • 9 a.m. PT / noon ET
Designing Tomorrow: Insights for Engineers
Aug. 23 • 9 a.m. PT / noon ET
Merging Mechanics and Ingenuity: Webinar Series for
Mechanical Engineers
Aug. 22 • 10 a.m. PT / 1 p.m. ET

Spider-like robotic AI arms can be attached to and controlled by humans Remember Doctor Octopus and his robotic tentacles in the 2004 movie Spider-Man 2? A Japanese robotics company has engineered.
Spider-like robotic AI arms can be attached to and controlled by humans Remember Doctor Octopus and his robotic tentacles in the 2004 movie Spider-Man 2? A Japanese robotics company has engineered.
Spider-like robotic AI arms can be attached to and controlled by humans Remember Doctor Octopus and his robotic tentacles in the 2004 movie Spider-Man 2? A Japanese robotics company has engineered.
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