The showreel opens with Jordan’s core message: the world is on the verge of another technological shift and audiences can ride that wave by building for humans first. He asks whether the power of the mind can safely control assistive technology, then explains his path from electrical to biomedical engineering and the insight that our bodies are electrical systems. He spotlights a mind-controlled smart wheelchair born from his research, framing it as a catalyst for independence. A quick, humorous cut references “Doc Brown” and the flux capacitor to underscore how big ideas become real in robotics. Jordan touches on definitions of intelligence and self-awareness, noting work in embodied AI and why home robots emerging alongside VR matters for everyday life.

He demos next-gen human-computer interfaces: eye-tracking to assess cognition and enable communication; VR to “transport” children who cannot travel so they can experience the world. He emphasizes that today’s kids are technological natives who will design tomorrow’s solutions, then closes with an upbeat call to imagine and build a more inclusive future. The edit balances cinematic clips, lab footage, and talk excerpts, ending on a playful outtake before the final invitation to “come with me for a vision for the future.”

Jordan opens by energizing the room with an interactive “Australian wave,” then sets the theme: collaboration accelerates progress as we enter another major technology shift. He connects recent science to human possibilities, describing a visit to a wide-angle telescope project and discoveries that expand our view of the Milky Way and high-velocity stars. He pivots to personal foundations, crediting his engineer father and artist mother, and shares a candid school story about setting a stretch goal, barely missing it, and finding purpose by combining interest with inspiration.

A diving-board accident becomes the turning point. Temporary neck injury led him to study disability and meet brilliant creators who communicate differently, including a designer whose iPad and grit defied assumptions. That encounter reframed ambition. Jordan set out to build a mind-controlled wheelchair, treating the body as an electrical system. He explains ECG, EMG, EOG, and EEG, then shows how machine learning can recognize trained brainwave patterns while the wheelchair handles safe navigation.

He founded Psykinetic to scale inclusive technology. Demos follow: eye-tracking that lets users fly a game with gaze alone, and VR that enables rich experiences for people who cannot travel. He invites an attendee to play VR table tennis live, illustrating immersion and accessibility. He then showcases mixed reality “wizard chess,” where holographic pieces are controlled by voice and eyes for hands-free access.

Shifting to mindset, Jordan guides a brief eye-contact exercise, noting how human connection primes collaboration and learning. He recites a poem from a social impact campaign, calling the room to act. He closes with an uplifting story: helping a friend who uses eye-control become a performing musician. After a sold-out classical debut, she later played live with Australian artist Steve Balbi, released a single, and recorded a mixed collaboration in a telecom innovation space. Jordan ends with gratitude and an invite to keep experimenting with VR during the break.

This micro-reel quickly spotlights Jordan’s keynote energy and message. He engages the room, then flashes key themes from his work at Psykinetic, including mind-controlled mobility, accessible human-computer interfaces, and immersive tech that expands opportunity.

The tone is upbeat and invitational, positioning the talk as a catalyst for teams to think bigger, design inclusively, and act with purpose. Note: content is summarized from the short clip context and Jordan’s standard keynote themes. Provide a transcript if you want a line-accurate micro-summary.

This short segment introduces Dr Jordan Nguyen’s mission to build inclusive, human-centered technology. It opens with quick context on rapid technological change, then moves through examples from his work: a mind-controlled wheelchair using trained EEG patterns with safety-first navigation, eye-tracking interfaces that enable communication and control, and immersive VR or mixed-reality experiences that expand access to learning and creativity.

The piece underscores collaboration with artists, clinicians, and families, showing how design choices translate to real independence for people with disability. It closes with a call to action for leaders and teams to combine inspiration with practical engineering to solve meaningful problems.