22Dec 2025 by Post

Year in Review: Demonstrating the Power of the Intelligent Design Framework in Biology

anatomy, biologists, biology, biomimicry, blood flow, brain, CELS, Conference on Engineering in Living Systems, design reuse, Emily Reeves, Engineering, Engineering Research Group, engineers, genetic profiles, genetic variation, genome architecture, Gerald Fudge, glycolysis, Intelligent Design, James Clayton Prize, James Johansen, living systems, Macroevolution, Michael Egnor, Microevolution, modularity, optimality, pathology, physicians, physiology, Research, robustness, Stuart Burgess, systems engineering, Texas A&M, theory of biological design, Windkessel
Our scientists and engineers have further laid the foundation for a comprehensive and actionable theory of biological design. Source
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09Aug 2025 by Post

Here’s the Venn Diagram from My Conversation with Denis Noble 

biologists, biology, Casey Luskin, Conference on Engineering in Living Systems, Denis Noble, differences, Discovery Institute, Engineering, engineers, environmental changes, Evolution, function, ID 3.0, information, Intelligent Design, intention, natural selection, Neo-Darwinism, Perry Marshall, poster, purpose, random mutation, randomness, similarities, teleology, Third Way of Evolution, top-down design, Venn diagram
While preparing for the conversation, I created the diagram comparing the similarities and differences among three viewpoints. Source
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08Jun 2025 by Post

Engineered Complexity in the Microbial World

adaptations, bacteria, biology, Carolyn Hovde, Conference on Engineering in Living Systems, Dustin Van Hofwegen, E. coli, engineered complexity, Engineering, Evolution, evolutionary leap, genetic mechanisms, ID The Future, innovation, Intelligent Design, Jonathan Witt, Journal of Bacteriology, microbes, Podcast, Scott Minnich, University of Idaho
On a classic episode of ID the Future, host Jonathan Witt speaks with molecular biologist and professor Dustin Van Hofwegen about his research into the engineered complexity in microbial life. The two sat down at the yearly Conference on Engineering in Living Systems to discuss the event, which brings together biologists and engineers to study how engineering principles can be applied to living things, as well as Hofwegen’s article in the Journal of Bacteriology, co-authored with Carolyn Hovde and Scott Minnich, based on research conducted at the University of Idaho.  Hofwegen shares his research on the famous decades-long E. coli evolution experiment conducted by Richard Lenski, which showed the sudden appearance of an ability to utilize citrate after many generations. However, Van Hofwegen’s own Read More › Source
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03Jun 2023 by Post

Engineering and Evolution in the Microbial World

animals, Azusa Pacific University, bacteria, biology, Carolyn Hovde, Conference on Engineering in Living Systems, Dustin Van Hofwegen, E. coli, Evolution, ID The Future, Intelligent Design, Journal of Bacteriology, Long Term Evolution Experiment, Neo-Darwinism, plants, Podcast, Richard Lenski, Scott Minnich, University of Idaho
This year’s Conference on Engineering in Living Systems (CELS) is going on right now, exploring design principles at work in living things. Source
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29Mar 2023 by Post

Engineering Brings Life and Vice Versa

Africa, bacteria, Biomimetics, birds, Conference on Engineering in Living Systems, Darwin Comes to Africa, Darwinists, drone, Evolution, evolutionary pressure, human exceptionalism, human history, Intelligent Design, irreducibly complex systems, lawyers, Mark Rober, Michael Behe, NASA, Olufemi Oluniyi, owls, personification, pupfish, Rwanda, science, shopping, Social Darwinism, vitalism, Zipline
An uplifting video about a life-saving invention encapsulates several running themes about intelligent design, with only one brief flaw. Source
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17Feb 2023 by Post

Where Biology and Engineering Intersect: CELS 2023 Applications Are Open Now!

biologists, biology, Camp Copass, causal circularity, CELS, coherence, computer scientists, Conference on Engineering in Living Systems, Engineering, engineers, graduate students, Intelligent Design, Life Sciences, living systems, medical practitioners, medical researchers, optimization, post-docs, process designers, systems modelers, Tally Retreat Center
This is not a conference for listening to ID thought leaders (though many will be there), but an opportunity to jump in and become part of the conversation. Source
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03Jan 2022 by Post

Bacterial Flagellum Demonstrates the Explanatory and Predictive Power of Engineering Models

bacterial flagellum, BIO-Complexity, biology, components, Conference on Engineering in Living Systems, constraints, Dean Schulz, design logic, Engineering, engineering model, engineering-based models, Evolution, genetic network, hook, Intelligent Design, interrelationships, manufacturing, navigation, propeller, propulsion system, proteins, requirements, transport gate
Dean Schulz investigated the design of the flagellum with a method that could be described as groundbreaking. Source
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29Dec 2021 by Post

The Year in Review: Three Major Advances for Intelligent Design

agnostics, Ann Gauger, atheists, biology, CELS 2021, Center for Science & Culture, Conference on Engineering in Living Systems, ecological interactions, Engineering, Evolution, Günter Bechly, holism, Intelligent Design, Irreducible Complexity, Junk DNA, materialistic philosophy, Michael Behe, molecular machines, Nobel Prize, Ola Hössjer, physicists, Return of the God Hypothesis, Stephen Meyer, William Dembski
The situation resembles a poorly constructed dam holding back water that is continuously rising. Source
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25Sep 2021 by Post

The Design Connection in Biological Tracking Systems

anatomy, antibiotics, biology, CELS 2021, Conference on Engineering in Living Systems, environmental conditions, Evolution, evolvability, information, Intelligent Design, irreducibly complex systems, neo-Darwinian evolution, physiology, sensors, switches, technological innovation, timescales, tracking systems, waiting times, Zoltan Szallasi
If organisms resulted from haphazard undirected processes, their design constraints would be few and highly flexible. Source
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