Discover how Dr. Cammy Peterson is bridging industry and academia to advance UAV path-planning, decentralized drone swarms, and autonomous tech for extreme, real-world environments.
Lessons in Innovation: “The Greatest Generation”
Discover how looking to the past drives modern design. Learn three key innovation lessons from engineer James C. Scullin: build on existing ideas, serve real users, and combine smart thinking with hard work.
Good Design: Tethered Bottle Caps
Tethered bottle caps in Europe reduce litter, but they frustrate users. This shift highlights a fundamental design dilemma: balancing environmental responsibility against user experience, manufacturing costs, and competing stakeholder priorities.
Design Insight: What's Up with European Windows?
Discover how European tilt and turn windows combine mechanical ingenuity and thermal efficiency, revealing how local culture, architecture, and manufacturing priorities shape everyday hardware design across borders.
Eli Whitney and Interchangeable Parts
Eli Whitney invented more than the cotton gin. Discover how his bold gamble on interchangeable parts revolutionized manufacturing and laid the foundation for the modern industrial revolution.
Bow Design: Whatever Does Float a Boat?
Explore how naval engineering shapes boat bows based on speed and wave dynamics. Discover how classic plumb bows and modern bulbous or inverted designs optimize ship efficiency, comfort, and stealth.
Good Design: RC Cooler (4th of July Edition)
Rethinking familiar objects, Sharper Image’s RC American Flag Rover Cooler balances utility and novelty, transforming a traditional cooler into an engaging summer experience.
Why Most Designers Prefer Aluminum Prototyping
Skip 3D-printed plastics for functional testing. Discover why machined aluminum prototypes offer the speed, thermal conductivity, and strength needed to iterate faster without blowing your design budget.
The Reason for Round Windows: The De Havilland Comet
Explore how the tragic midair failures of the De Havilland Comet taught engineers crucial lessons about stress concentration, leading to the rounded windows on modern airliners.
Swiss Machining: The Technology Behind the World's Smallest Watches
Discover how Swiss machining revolutionized watchmaking and micro-manufacturing. By supporting materials at the exact cutting point, this precision technology enables designers to create intricate, identical components smaller than a strand of hair.
Mathematics and Engineering Design
Discover how the parallels between mathematics and design demystify abstract equations, showing how engineers use math to unlock unexpected discoveries and define the future of modern products.
What Does It Mean to be New
Explore the slippery concept of "new" in design. Discover why true innovation relies on the clever recombination, timing, and reinterpretation of existing ideas, tools, and traditions.
Meeting the Pianist’s Expectations: The Grand Piano Action Ratio
Discover how the grand piano's complex triple-lever action ratio translates a pianist's precise touch into maximum power and musical expression, meeting the modern engineering standards expected by world-class musicians.
Burt Rutan: A Legacy of Novel Design
Discover how aerospace pioneer Burt Rutan revolutionized aircraft engineering through organic architecture, asymmetric design, and bold experimentation, leaving an indelible legacy of innovation far beyond the industry status quo.
Beyond the Assembly Line: Why Automation and Robots Replace Tasks, Not Designers
Explore why AI is a tool, not a replacement, for designers. This article argues that while automation handles execution, true design requires human empathy, purpose, and the "finite existence" to care.
May the 4th: Design of the X-Wing
Analyze the X-Wing’s iconic evolution through design principles, from pub-dart inspiration to multi-generational iterations, revealing why this starfighter remains a sci-fi masterpiece.
Engineering Design in Artemis II
Exploring Artemis II’s pivotal engineering, from Orion’s thermal protection to SLS propulsion, this article highlights design innovations driving humanity’s return to the Moon.
Explained: Design Challenges of Hypersonic Missiles
Explore how hypersonic design is redefining modern warfare and aerospace engineering. From scramjet propulsion to advanced refractory materials, discover the challenges of Mach 5 flight and its future impact on civilian travel.
Making the Most of Your Summer
Maximize your summer break through internships, SMART personal projects, and outdoor balance. Set yourself up for success this upcoming semester.
Technical Writing: The Notorious Debacle of Citation Styles
Explore the historical evolution of citation styles, from religious glosses to the Chicago Manual of Style, and discover how these specific academic formats transformed from simple attribution into complex requirements.