In this first episode, Dr. Ekblaw looks at the thrilling future of space exploration, being fueled by groundbreaking advances in rocketry and other space technologies. Discover how private companies are shaping this new frontier, while NASA continues to play a vital leadership role. Gain insights into the major players, and hear from some of the leading authorities who are featured in the course.

More than 50 years after the Apollo Program, humans are heading back to the Moon. But why return, and what’s different this time? Explore the economic and scientific potential of long-term lunar bases, and discover how innovative public-private partnerships are enabling a new generation of astronauts to take that next giant leap. We already know where on the Moon they will land.

The next destination after the Moon is Mars. Consider how much more perilous this mission will be, with the vast distance from Earth, extended mission duration, harsh radiation, and little prospect of rescue if anything goes wrong. Also investigate the problem of landing on Mars and surviving there for many months before return to Earth is possible. Hear about the detailed planning now underway.

Trace the history of Earth-orbiting space stations—from the Soviet Salyut and the US Skylab in the 1970s to the International Space Station, continuously occupied since 2000, and China’s Tiangong facility. Then explore the exciting next generation of stations, designed to be more commercialized, autonomous, sustainable, and inclusive to open up space for research, industry, and even vacationers.

Dr. Ekblaw describes her own groundbreaking work on the next generation of space architecture: a self-assembling, reconfigurable structure capable of constructing itself in space—no need for spacewalking astronauts or robotic arms. Known as TESSERAE, this clever system transcends the limitations of traditional modular space station designs, offering greater flexibility and a touch of fun.

As space voyagers venture farther and farther from Earth, they require advanced radiation protection, robust life support systems, and significantly improved spacesuits. Explore the innovative designs that will enable astronauts to thrive in truly alien environments. These technologies have potential applications on Earth, including radiation therapy, air purification, water recycling, and more.