Blending creativity, innovation, and technology helped make this Comic-Con event light up. Wicked Technology on Stage at Comic-Con Blending creativity, innovation, and technology helped make this Comic-Con event light up. Edited by EE Staff Stage Events Nov 25, 2025 Held at the Manchester Grand Hyatt’s Seaport Ballroom, the audience members for the Her Universe Fashion Show experienced a Wicked -themed immersive lobby featuring pop ups such as a KISS nail booth, photo ops, film props and costumes, and LEGO big builds. From elaborate couture fashion and musical performances to a technology enhanced magical runway entrance by Eckstein herself, the event was designed to captivate and inspire. Her Universe images courtesy of Mark Edwards Photography. The runway serves as the stage for a group of selected designers who created and showcased their designs—some of which were inspired by the Wicked fandom—during the 2025 Her Universe Fashion Show. At the end of the night, Lynleigh Sato and Caitlin Beards were chosen by both the audience and an expert panel of judges as the winning designers. They were awarded a cash prize of $2,000 USD each and have been offered the opportunity to design a fashion collection with Her Universe. Central to this vision was the transformation of the stage into the World of Oz, a feat made possible by ALTRD Projections and Barco’s state-of-the-art projectors. Delivering Impactful Visuals This year’s production presented a unique spatial and creative challenge: how to deliver high-impact visuals across four separate projection surfaces. The team needed a solution that delivered consistent brightness, sharp resolution, and vibrant color across each of the four side screens—two on each side of the stage—while maintaining visual cohesion with the central LED display. For the immersive experience of the show, it was critical to attain seamless integration and high performance across all of these distinct surfaces. Four high-performance Barco UDX-4K40 projectors, known for their unmatched brightness, 4K resolution, and color fidelity, were instrumental in creating a cohesive, large-scale projection canvas of the four side screens that framed the runway. The UDX’ ability to deliver consistent, vibrant imagery across wide surfaces allowed the creative team at ALTRD Projections to design and execute a fully immersive runway backdrop. The visuals were crisp, dynamic, and emotionally resonant, bringing the magical world of Oz to life. Product image courtesy of Barco. The projectors handled complex motion graphics and color-rich content with ease, ensuring that every detail was rendered with cinematic precision. Barco’s technology didn’t just support the show’s visuals, it elevated them, enabling a level of storytelling and spectacle that matched the ambition of the designers and performers. The result was a flawless fusion of fashion and technology. Her Universe images courtesy of Mark Edwards Photography. The visuals created by the Barco projectors were meant to provide a wickedly memorable evening for attendees by elevating the entire production and immersing the audience in a fantastical experience that matched the creativity of the designs on the runway. The show drew record attendance and rave reviews, with fans and judges alike praising the visual storytelling and technical excellence. By blending creativity and innovation, Barco was a committed technology partner enabling Her Universe to push the boundaries of fashion and fandom once again. The Her Universe Fashion Show, now in its 11th year, has become a cornerstone of San Diego Comic-Con, celebrating fandom through fashion. Presented by Universal and hosted by Her Universe founder Ashley Eckstein, the 2025 edition was themed “Defying Fashion: Fashion That Defies Expectations” inspired by the popular Wicked franchise. This year’s show reached new heights in creativity, inclusivity, and visual spectacle. For more information: Barco UDX-4K40 FLEX Her Universe See other theatre and stage case studies >>> Previous Facebook LinkedIn Copy link Next

It takes technological sophistication to create controlled chaos that mirrors the unpredictability of real-world emergency response, while maintaining uncompromising safety and reliability. The Precise Engineering Behind an Emergency Training Center for First Responders It takes technological sophistication to create controlled chaos that mirrors the unpredictability of real-world emergency response, while maintaining uncompromising safety and reliability. Braden Steiner, Associate Principal Cool Stuff May 26, 2026 Standing at the edge of the river channel at the North Carolina Emergency Training Center (NCETC), with live aircraft fire testing unfolding in the distance, the gravity of the mission becomes immediately clear. This is not a themed environment designed to simulate danger—it is a purpose-built landscape where realism is essential, stakes are high, and engineering precision directly supports life-saving training. Images courtesy of Cloward H2O. Located at the Stanly County Airport in New London, North Carolina, the NCETC is envisioned as one of the nation’s most advanced first-responder training campuses. The facility supports Aircraft Rescue and Firefighting (ARFF), swift water rescue, urban search and rescue, hazardous materials response, and fire investigation, all within a fully integrated environment. Under the authority of the North Carolina Office of the State Fire Marshal, the project brought together a multidisciplinary team including Calibre Engineering, BNA Consulting (now Resolut), AE Urbia, Timmons Group, and Cloward H2O which was the aquatic and hydraulic systems specialist. Since its initial announcement in 2017, the project has grown substantially, expanding from an original $28 million allocation to a total investment of approximately $87 million, with construction accelerating in 2023 and full operational readiness achieved by the end of 2025. Engineering the Water Systems From an engineering standpoint, the water systems presented both the defining challenge and the defining opportunity of the project. The facility required swift-water environments capable of producing variable currents, turbulence, eddies, standing waves, and downstream recovery zones—conditions that could be carefully tuned for novice instruction or intensified to replicate the force and volatility of real flood and river rescues. These aquatic environments had to coexist seamlessly with aviation fire trainers, burn pits, aircraft mockups, smoke systems, and structural collapse props, all while conforming to strict safety, environmental, and permitting requirements. Images courtesy of Cloward H2O. Achieving this level of realism began with extensive hydraulic modeling. Advanced computational fluid dynamics and three-dimensional flow simulations were used to study current behavior, turbulence zones, and velocity profiles long before concrete was poured, or pumps were specified. These models informed the shaping of banks, placement of baffles and weirs, nozzle configurations, and interaction with training obstacles such as rockwork and debris elements. Just as critically, the system was designed with adjustability in mind—recognizing that no simulation perfectly predicts real-world behavior once water begins moving through a physical environment. Flow control across the campus is achieved through a coordinated network of variable nozzles, spill weirs, control gates, and valve banks that allow instructors to fine-tune conditions in real time. High-flow primary pumps deliver the volume needed for aggressive rescue scenarios, while mid-range pumps and variable frequency drives allow efficient operation during lower-intensity training. Redundancy is built into every critical system, ensuring that no single mechanical failure can compromise operations. Soft-start sequencing, surge control, and bypass loops protect both infrastructure and trainees as the system transitions between idle and full-throttle states. Images courtesy of Cloward H2O. Equally critical is water quality management. Because trainees are immersed in these environments, the systems were engineered to maintain consistent clarity, chemistry, and sanitation while tolerating heavy turbulence, sediment loads, and debris. Filtration trains, disinfection systems, pH control, sediment settling zones, and controlled make-up and bleed-off strategies work together to protect both human health and long-term equipment performance. These systems are designed not only for peak performance, but for decades of reliable operation under demanding conditions. Automated Systems At the heart of the facility is a robust automation and control architecture. A PLC- and SCADA-based backbone monitors flows, pressures, water levels, pump status, valve positions, and water quality metrics across multiple zones. Training supervisors can adjust scenarios through intuitive human-machine interfaces, while layered interlocks ensure that unsafe conditions trigger immediate, coordinated shutdowns. Redundant sensors, communication pathways, and data logging provide both real-time situational awareness and long-term performance insight, allowing operators to adapt scenarios dynamically while maintaining strict safety margins. Images courtesy of Cloward H2O. Integration with the broader site was a constant focus throughout design and construction. The water systems are inseparable from the surrounding civil, landscape, and architectural elements, and subtle changes in grading, embankments, or drainage can significantly influence hydraulic behavior. Close coordination ensured that aquatic zones blended naturally into the campus while remaining highly engineered beneath the surface. Maintenance access, stormwater management, structural supports, and visual cohesion were all addressed as part of a unified master plan. Sustainability and operational efficiency were embedded into the design from the outset. Energy efficiency is achieved through precise pump modulation and demand buffering, while durable materials and protective coatings reduce long-term maintenance requirements. The system is designed to accommodate future upgrades, allowing new technologies or expanded training capabilities to be integrated without wholesale reconstruction. Continuous monitoring and feedback loops further support efficient operation and long-term resilience. Like any project of this scale, NCETC presented risks ranging from hydraulic uncertainty to mechanical reliability, environmental compliance, and schedule constraints. These were mitigated through conservative design margins, physical mockups, phased commissioning, and early coordination across disciplines. The result is a facility that includes a full-scale 737 and C-130 ARFF trainer, a 3,500-gallon Jet-A hydrocarbon burn pit, and one of the most sophisticated integrated training environments in the country. Now fully operational, the North Carolina Emergency Training Center stands as a benchmark for how engineering, technology, and realism can converge to support first responders in the safest possible way. For Cloward H2O, the project reinforced essential lessons: model early but design for adjustment, prioritize maintainability alongside performance, integrate deeply across disciplines, and never underestimate the importance of commissioning and real-world tuning. Above all, the work underscores the responsibility inherent in engineering environments where realism is not entertainment—it is preparation for moments that truly matter. For information: Cloward H2O North Carolina Emergency Training Center Read more about water technology >>> Previous Facebook LinkedIn Copy link Next

Unique cooling solution is optimized to provide cooling for an electric Vertical Take Off and Landing aircraft capable of traveling flight distances of 1,000 km. Electric VTOL Aircraft Unique cooling solution is optimized to provide cooling for an electric Vertical Take Off and Landing aircraft capable of traveling flight distances of 1,000 km. Terry Persun Cool Stuff Jun 10, 2025 Conflux Technology designs, engineers, and produces additive manufactured heat exchangers for a variety of thermal challenges in multiple industries. Recently, they unveiled a collaboration with AMSL Aero, an Australian aircraft manufacturer involved in building the world’s most efficient long-range zero emissions electrical VTOL aircraft. Also from EE: Electric Race Car Uses 3D-Printed Components Under the first phase of the project to develop hydrogen fuel cell cooling for AMSL Aero’s Vertiia VTOL aircraft, Conflux developed three heat exchanger concepts, each focusing on minimizing weight and volume while managing continuous heat loads and reducing drag. The ultimate goal was to enable flight distances of up to 1,000 km. Already at its second phase, the company will optimize the design and manufacture of a full proof-of-concept assembly to evaluate its performance within Vertiia’s hydrogen fuel cell powertrain. According to Michael Fuller, CEO & Founder of Conflux Technology, ““Hydrogen fuel cells represent a transformative technology in Australia’s pursuit of sustainable energy solutions. We are proud to incorporate our heat exchange technology to enhance the efficiency and performance of Vertiia’s hydrogen fuel cells. Together, we’re advancing innovation in creating world-leading sustainable air transport.” The Conflux cooling solution will be optimized to provide cooling for high transient heat loads experienced during vertical take-off, landing, and hover operations. Weight, performance and packaging size are key constraints for aeronautical hydrogen powertrains. Geometrical freedoms granted by additive manufacturing means heat exchangers for these systems can be lightweight and conform to the space available. Conflux’s unique thin-walled, patented designs deliver thermal performance and low drag. Photo: A closeup of Conflux Fins AMSL Aero chairman Chris Smallhorn said: “In Vertiia we are building a hydrogen-electric aircraft that flies record-breaking distances at Formula 1 speeds, making Conflux Technology, with its storied history of innovation in motorsport and aviation, the perfect partner for us. Conflux’s AS9100D manufacturing and quality certification is critical in enabling Vertiia to become the world’s first long-range passenger-capable hydrogen VTOL.” Working together, the companies are pioneering a future where clean energy and cutting-edge engineering drive the aviation industry toward a greener and more sustainable future. This engagement further expands Conflux’s presence in aerospace applications, leveraging additive manufacturing to develop high-performance heat exchangers for next-generation aviation. Applications now extend across propulsion system cooling, transmission and gearbox cooling, environmental and avionics cooling, and power electronics cooling. As the demand for sustainable solutions accelerates, additive manufacturing is setting new performance benchmarks, delivering advanced thermal management solutions that conventional methods cannot achieve. Watch: News video of the Vertiia For more information: Conflux Technology AMSL Aero Previous Facebook LinkedIn Copy link Next

Caesars Entertainment in Las Vegas uses SKF giant main bearings and related technologies. World’s Tallest Observation Wheel Caesars Entertainment in Las Vegas uses SKF giant main bearings and related technologies. SKF Home Cool Stuff Jun 4, 2025 Theme Parks The High Roller observation wheel expected to soar at the heart of the world-famous Las Vegas Strip in late 2013. The 550-foot-tall wheel, eclipsing the famed 443-foot-tall London Eye, will be equipped with two SKF spherical roller bearings, the largest ever produced at the SKF manufacturing facility. The two custom-designed spherical roller bearings (one within each side) will be virtually unprecedented in weight and size. Each bearing will weigh approximately 8,800 kg and be designed with 2,300mm outer diameter, 1,600mm inner diameter, and width of 630mm. Specially engineered features will include W26 lubrication holes in the inner ring, SKF NoWear®-coated rollers, and PTFE coating in the bore. The company will additionally incorporate advanced lubrication, sealing, and online condition-monitoring systems and take the lead in monitoring the bearings once the wheel is up and running. SKF was awarded the contract by American Bridge Company (Coraopolis, PA, USA), which is responsible for constructing the 143m-diameter tension wheel. In addition to the two SKF bearing assemblies, the structure will consist of four steel support legs, a single braced leg, fixed spindle, rotating hub, 2m-diameter tubular rim, and 112 locked coil cable assemblies as spokes. The High Roller wheel is the centerpiece of The LINQ, a planned $550 million, open-air retail, dining, and entertainment district situated between Imperial Palace and Flamingo Las Vegas. Each of the wheel’s 28 supersize cabins (which themselves will revolve) will accommodate up to 40 people during a 30-minute ride. The wheel turns out to be the latest SKF big-wheel project in a growing portfolio of expertise. The Navy Pier® Ferris wheel in Chicago similarly operates with two SKF spherical roller bearings and SKF Reliability Systems retains responsibility for ongoing proactive maintenance programs. For more information: SKF Home Previous Facebook LinkedIn Copy link Next

What do you want out of life? How Design Thinking Can Change Your Life What do you want out of life? Curated by EE Staff Mini Story Feb 2, 2026 Bill Burnett — the executive director of the Product Design program and an adjunct professor in Mechanical Engineering Design at Stanford — posits that anyone can change their outlook on life with a shift to "design thinking." We believe that, as engineers, our readership has a leg-up in this line of thinking already. What to you want out of life? Try his methodology and see how your vision clears and your mindset shifts. Listen to the talk or watch the full video on NPR.org . Lead photo credit: prottoy hasan on Unsplash. Previous Facebook LinkedIn Copy link Next

The aquarium is partnering with ReBokeh to enable low vision visitors to explore the aquarium using their own eyesight. Georgia Aquarium Uses Technology to Give Low Vision Visitors an Enhanced Experience The aquarium is partnering with ReBokeh to enable low vision visitors to explore the aquarium using their own eyesight. EE Staff Theme Parks Sep 17, 2025 Museums, Cool Stuff Georgia Aquarium is partnering with ReBokeh Vision Technologies to offer free access to ReBokeh’s assistive technology software for people with low vision. The partnership provides Aquarium guests and staff with access to ReBokeh’s app-based software intended to help people with low vision to adjust the appearance of the world around them. Georgia Aquarium is the largest aquarium in the Western Hemisphere, with more than five-hundred species. This partnership will allow “the 90% of low vision individuals who retain functional vision to experience the wide range of animals and exhibits using their own vision, rather than defaulting to tactile or audio descriptions,” according to a press release. The app-based technology behind it ReBokeh’s technology works through the live camera feed from their mobile devices with overlayed, customized filters that adjust aspects like contrast, color hue, zoom, and lighting to meet the needs of low vision users. An AI feature also offers the interactions with ReBokeh’s AI tool with which guests can ask questions about what’s around them and what they’re seeing. It also works in multiple languages so it can work as a translation tool for signage, information, and visual surroundings. Watch to see how the app's general technology works “Our key mission is to unlock the ocean for all; that includes providing features and opportunities like ReBokeh’s technology for guests so they can experience our larger-than-life animals and the wonder they invoke. This partnership with ReBokeh is integral to our continued commitment to accessibility for all,” said Sam Herman, Director of Guest Programs at Georgia Aquarium. “A day at the Aquarium is an opportunity to see the magic of our oceans and the incredible variety of wildlife that call the sea home,” said Rebecca Rosenberg, the low vision founder of ReBokeh. “Being able to see and interact with each exhibit using your own eyesight can be an incredibly powerful experience for people with low vision. We couldn’t be more excited to partner with Georgia Aquarium to make them the first aquarium on the planet to create these new and immersive experiences for the low vision community.” ReBokeh is extending this partnership opportunity to other museums, zoos, and public spaces. Source: https://www.rebokeh.com/ Previous Facebook LinkedIn Copy link Next

Multiple industries including broadcasting, medical, military, consumer, and others require heating and cooling depending on their application. Thermal Management for Concert Lighting Multiple industries including broadcasting, medical, military, consumer, and others require heating and cooling depending on their application. Terry Persun Stage Events Jun 11, 2025 Cooling fans are a staple product in many industries, such as large data centers, broadcasting, medical, commercial products, military and defense, and multiple large-scale operations whether in lighting or temperature management in office buildings. As a design and manufacturing company, Pelonis provides a wide array of products that deliver the necessary thermal management required by users. When the right product isn’t available off-the-shelf, they provide custom and semi-custom solutions. Here are a few examples: A high-end concert lighting company required exceptionally good airflow blowers to maintain temperatures on a series of high-temperature emitting lights. Pelonis was able to meet the challenge by first evaluating the environment and calculating the overall needs of the system. For motorcycle rider comfort, one motorcycle manufacturer called on Pelonis to supply off-the-shelf cooling fans. In a similar operation, the company supplied fans for delivery vans to cool the driver. Each application required the company to understand the needs of the system to select the most affordable and reliable product for the customer. A consumer electronics company who required ultra-thin flexible heaters for their latest line of portable devices selected Pelonis to help them solve the challenge. Pelonis engineered low-profile heating elements that not only maintained optimal device temperatures but did so without compromising design aesthetics. A robotics manufacturer needed a compact, yet highly efficient cooling system for their automated machinery. Overcoming multiple proprietary design challenges, Pelonis was able to provide customized axial fans that improved thermal management, ensured longer operational life of the equipment, and reduced overheating risks. A commercial HVAC company sought an energy-efficient blower solution to enhance airflow in a large-scale ventilation system. To provide the right system for the project, Pelonis had to design and develop a cross-flow system of fans that could deliver consistent air distribution while reducing power consumption to help save energy. For more information: Pelonis Technologies, Inc. Previous Facebook LinkedIn Copy link Next

An interview with Entertainment Engineering co-founder Terry Persun about the magazine's relaunch WATCH: Why Now is the Best Time for Entertainment Engineering's Relaunch An interview with Entertainment Engineering co-founder Terry Persun about the magazine's relaunch Videos Aug 7, 2025 Cool Stuff Terry Persun and Joe Gillard discuss Entertainment Engineering Magazine's digital relaunch and why engineers should care. Entertainment Engineering focuses on the engineering behind entertainment, including films TV, sports, stage, and more. Previous Facebook LinkedIn Copy link Next

How this automated bowling system — created for testing bowling balls, lanes, and related equipment — was engineered. EARL the Bowling Robot Can Reproduce Virtually Any Throw How this automated bowling system — created for testing bowling balls, lanes, and related equipment — was engineered. Edited by EE Staff Sports Nov 17, 2025 Games When the U.S. Bowling Congress (USBC), the national governing body for bowling, approached ARM Automation with a request to develop an automated bowling system capable of reproducing virtually any type of throwing style to a high degree of accuracy, the company’s creative wheels started turning. In their quest to build the ultimate testing platform for balls, lanes, and related equipment, the USBC had approached several different machine builders and had evaluated using many off-the-shelf robotic systems to no avail. What had to be done is for the ARM Automation team to break down the many different challenges presented and come up with a solution that met all of the performance criteria—within a strict budget. The team had to consider multiple elements in a bowling test, including different ball masses, ball grip orientations, spin, velocity, release point, and throw vector parameters. Any single bowl requires specification and execution of up to over a dozen variables all interacting at once. The Enhanced Automated Robot Launcher (EARL) is essentially a purpose-built seven-degree-of-freedom robot and tightly calibrated control system that allows for precision motion (± 2mm) and split second (± 1ms) timing accuracy. That’s what was ultimately required of the system to provide throwing a bowling ball at speeds up to 25 miles per hour time after time for test after test. All images courtesy of ARM Automation. Some of the key attributes of EARL include high robot tip speeds, high precision motion, fast spin speeds of unbalanced balls, and a simple touch-panel setup with flexible programmability. EARL is built for portability and rigidity. It’s mounted on air bearings, which double as vacuum chucks to secure the frame while throwing the ball. One of the key challenges of the project was the development of a suitable combination ball gripper/spindle/release mechanism. Each ball must be captured in a user-defined grip orientation (gripper spin axis relative to the ball’s rotationally non-homogenous coordinate frame) and clamped with significant pressure despite small variances in allowable ball size. To achieve required ball spin speeds of up to 900 rpm, a spindle motor system was incorporated into the scissor like gripper apparatus. Finally, in order to achieve precise release points while traveling at maximum arm speed, the gripper mechanism needed to open in a manner that imparted no adverse motion to the ball’s instantaneous trajectory and needed to do so in a very tight window of time, ±1 millisecond. This free-release grip solution required that the clamp forces on the ball be almost instantaneously reversed. To achieve this function, the ARM team of designers created a reversible scissor mechanism which once set closed was held in place by a multi-stage hair trigger release. Once set, the clamping cylinder loading was reversed, which attempted to open the mechanism. This allowed a fast-acting solenoid—combined with an accurate look-ahead control scheme—to release the spindle jaws at precisely the right moment and see that they swung wide and clear of the departing ball. EARL’s capabilities were so repeatable that it limited its own ability to bowl a perfect game. During an initial competition against a top professional bowler, EARL’s programmed perfect throw rubbed a dry streak on the oiled lane, which resulted in a progressively decreasing score. Tom Frenzel, USBC Senior Director of Equipment Specifications said, “Something I say about E.A.R.L. when I showcase him is: Due to the range of release variables E.A.R.L. can be adjusted with, it gives us a bowler for our research that can emulate any bowling style from the standard league bowler hobbyist all the way up to the top-level professionals by just pushing a few buttons. That allows us to study how our equipment specifications affect all levels of the sport.” Bonus video of EARL playing against Chris Barnes, 2007–2008 PBA Bowler of the Year: For more information, visit ARM Automation . Read more articles about creative technology in sports >>> Previous Facebook LinkedIn Copy link Next

Advertise with Us Why Advertise with Entertainment Engineering Magazine ? It's human nature to be curious and seek entertainment — that's why Entertainment Engineering exists in the first place! Here at Entertainment Engineering , we connect with our readers' insatiable curiosity to drive engagement, while providing an editorial package that focuses on content that is educational and valuable to our audience's jobs. The result is a publication that isn't just relevant, but fun, too! By prioritizing our readership, we guarantee a highly-engaged audience to our advertisers. We'd love to talk to you about how we can highlight the coolest and most innovative applications of your products to an audience that is enthusiastic, engaged, and interested in your product. To request our media kit, please message us below First name* Last name* Email* Company name Any specific inquiries you have? Submit 5 Ways to Attract a Design Engineer’s Attention The Entertainment Engineering Philosophy 1. Show Them Something Interesting - Entertainment Engineering incorporates the FUN design elements in editorial that focuses on the latest movies, games, amusement park, and more. 2. Teach Them Something They Don’t Know - Entertainment Engineering digs into TECHNOLOGY to find out what new unique electrical, mechanical, fluid power, materials, software and computer products are being used behind the scenes. 3. Excite Them About the Possibilities - Entertainment Engineering provides the platform to get an engineer’s CREATIVE processes flowing, allowing them to consider how the product they’re reading about will fit with the project they’re working on—we call it Tech Transfer. 4. Deliver Them to A Place of Information - Entertainment Engineering opens deep links pertinent to the page an engineer is reading, giving them the chance to deepen their learning and have access to the companies and products their interested in. 5. Repeat The Process - Entertainment Engineering provides the right formula of Technology, Creativity and Fun to attract an engineer month after month.

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