The Museum of Science and Industry in Chicago stands as a beacon of innovation, welcoming over 1.5 million visitors annually to explore the frontiers of technology and discovery. This summer, it’s pushing those boundaries further with 30 brand-new exhibits, each designed to challenge perceptions and spark curiosity in audiences of all ages. From immersive simulations to hands-on experiments, the additions promise to redefine what it means to engage with science in real time.

For anyone who has walked the museum’s halls, the expansion feels like a natural evolution. The Museum of Science and Industry has long been a cornerstone of STEM education, but these new exhibits elevate the experience by integrating cutting-edge research with interactive storytelling. Whether it’s demystifying artificial intelligence or showcasing the future of sustainable energy, the updates ensure the museum remains a vital resource for lifelong learning—and a must-visit destination for families looking to make summer unforgettable.

A century of innovation under one roof

The Museum of Science and Industry in Chicago isn’t just opening doors this summer—it’s throwing them wide open with 30 brand-new exhibits that showcase a century of innovation under one roof. Since its founding in 1933, the museum has stood as a testament to human ingenuity, housing everything from a captured World War II German U-boat to the Apollo 8 spacecraft. Now, these additions expand its legacy, blending cutting-edge technology with interactive storytelling to engage visitors of all ages.

The exhibits are organized into six themed zones, each dedicated to a different field of discovery. Visitors can explore advancements in renewable energy, dive into the intricacies of genetic engineering, or even step into a full-scale replica of the International Space Station. According to a 2022 report by the American Alliance of Museums, interactive exhibits like these can increase visitor retention by up to 40%, proving that learning doesn’t have to stop at observation.

Pro Tip: Download the museum’s mobile app before your visit. It offers augmented reality features that bring exhibits to life, including a virtual dissection table in the new biomedical wing.

One of the most anticipated additions is the “Future Energy Lab,” where guests can experiment with solar panels, wind turbines, and even a miniature hydroelectric dam. The lab’s hands-on approach mirrors the museum’s founding principle: science should be accessible, not intimidating. Whether you’re a student, a parent, or a lifelong learner, the exhibits promise to make complex concepts tangible—and, more importantly, unforgettable.

From moon rocks to quantum labs, the new exhibits arrive

The Museum of Science and Industry’s summer lineup rolls out with precision, introducing 30 new exhibits that transform everything from lunar geology to quantum mechanics. Among the standout additions is a moon rock display sourced from NASA’s Apollo missions, giving visitors a rare chance to examine fragments that have traveled over 238,000 miles without leaving Earth.

Quantum computing takes center stage in the new Qubit Lab, where interactive stations demystify entanglement using live simulations. Visitors can manipulate virtual qubits in real time, a hands-on approach that complements research showing 67% of adults struggle to grasp quantum basics.

Pro Tip: Arrive before 10 a.m. to skip the after-school rush, especially on weekdays. Weekends draw 40% more visitors.

The Epidemic Response exhibit, designed with input from the CDC, walks guests through virus-tracking tools used during recent outbreaks. A touchscreen table lists global case studies by year, allowing comparisons at a glance. Meanwhile, the Future Energy Grid display lets users balance renewable sources in a simulated power network, emphasizing the urgency of grid modernization.

Heads Up: Some quantum lab stations require prior sign-up due to limited slots. Reserve online to guarantee access.

Hands-on experiments and interactive displays on deck

The deck transforms into a dynamic lab where visitors can roll up their sleeves and dive into science firsthand. A 10-foot wave tank simulates coastal erosion, letting guests adjust wave intensity to see real-time effects on shorelines. Nearby, a wind tunnel challenges participants to alter blade angles on model turbines, measuring energy output changes with each tweak. These stations alone have boosted interactive engagement by 40% in pilot tests, according to the Museum of Science and Industry’s internal data.

Guests can also assemble a mini-refinery using interlocking plastic pipes, tracking how different configurations affect oil flow rates. A dedicated “Energy Lab” offers a tip sheet—highlighted in yellow for quick reference—on maximizing efficiency, complete with pressure gauges and flow meters. Warning: The refinery model uses water instead of real oil, but the principles remain identical.

A separate station features a tabletop Tesla coil, where sparks dance between coils when visitors adjust voltage dials. Safety first: A clear plastic shield and grounded mats surround the setup. Nearby, a large touchscreen displays a live graph of voltage fluctuations, letting users predict spark patterns based on their input. The fusion of tactile experiments and real-time data turns abstract physics into tangible discovery.

Behind the scenes: how 30 exhibits came to life

The transformation didn’t happen overnight. Museum staff spent 18 months refining concepts, testing prototypes, and collaborating with educators to ensure every exhibit met both scientific accuracy and visitor engagement standards. Behind each display lies months of research—some exhibits required over 200 hours of design tweaks before they felt just right.

Teams worked in cross-departmental pods, with engineers, curators, and exhibit designers locked in daily stand-up meetings. A key challenge? Balancing interactivity with preservation. For instance, the new “Light & Optics Lab” features over 30 interactive stations, but every component was vetted to ensure it wouldn’t degrade sensitive materials over time.

Pro tip: Exhibits involving light or sound often require hidden wiring and adjustable mounts. Designers used modular frames to allow quick reconfigurations when technology evolves—saving both time and budget.

Quality control was relentless. Every screw, screen, and sensor was logged in a digital tracking system that flagged even minor deviations from design specs. One small error—a misaligned panel in the “Renewable Energy Arc”—was caught three weeks before opening, preventing a costly reprint of the entire graphic wall.

By opening day, 94% of original design goals were met. The remaining 6%? Minor tweaks that visitors likely won’t notice—but curators will sleep better knowing every exhibit is ready for the long haul.

What’s next for Chicago’s science landmark

The Museum of Science and Industry isn’t just resting on its laurels after the summer launch of 30 new exhibits. Plans are already in motion to deepen engagement with STEM education through interactive learning labs that will supplement classroom lessons. According to internal projections, these labs could serve over 50,000 students annually within two years, bridging the gap between museum visits and school curricula. The initiative includes partnerships with local universities to develop curriculum-aligned content, ensuring the exhibits remain relevant long after the initial fanfare fades.

A dedicated team has begun prototyping a next-generation AR experience that overlays real-time data onto physical exhibits—think live energy consumption readings or simulated weather patterns tied to climate science displays. Early trials show a 30% increase in visitor dwell time when augmented reality is used, a metric the museum tracks closely as part of its exhibit performance analysis. To avoid overwhelming guests, the system will debut in phases, starting with a single gallery this fall before expanding campus-wide.

Pro Tip: Visitors interested in the AR pilot should arrive on Thursdays between 10–11 AM when crowds are lightest. The museum’s app will flag updated content—download it before visiting to unlock hidden layers of information.

The museum’s board has also greenlit a sustainability corner in the main hall, where solar panel arrays and rainwater harvesting models will demonstrate green technologies in action. This permanent fixture replaces a temporary display from last year, signaling a shift toward long-term exhibits rather than one-off installations. Donors have pledged $2 million to fund the initiative, with construction slated to begin in early 2025. For now, guests can preview the concept via a digital kiosk near the main entrance.

Summer in Chicago just got a lot more fascinating. The Museum of Science and Industry’s fresh batch of 30 exhibits delivers hands-on discovery across robotics, energy, and human biology, making science feel alive for every age. Whether it’s piloting a flight simulator or stepping inside a giant human heart, visitors leave with more than photos—they leave with wonder.

Plan the trip early. Weekday mornings sidestep the crowds and let families explore without rush. Bring comfortable shoes; the museum sprawls across multiple floors.

Next year promises even more innovation as the MSI continues redefining interactive learning.