Let's Space It. Nicolas Ivone

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11 Jan 2022
5 min read
Let's Space It. Nicolas Ivone

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Space is arguably both finite and infinite while the universe is expanding, and this evokes ambition, excitement and puzzlement in humans. Out of which space technology, designed for space exploration, is born. Thus, it is even more interesting to learn the life stories of people behind innovation and technological development.

In this series of articles, we are introducing our colleagues behind ReOrbit technology. What brought them to the industry, their journeys towards humanity's ongoing expansion across the final frontier, lessons learnt and things they’d create if there were no technological limitations.

Meet Nicolas Ivone, Satellite Systems Engineer at ReOrbit. With over 13 years of experience working with satellites, Nicolas describes himself as an open-minded engineer who is motivated to innovate and is inspired by the portrayal of space in films and books. His typical workday includes a bit of humour and collaboration on complex technical matters. Recently, Nicolas celebrated his work anniversary and shared his journey in the space industry.

Why did you choose space

Several factors drew me to the space industry, including curiosity and passion for learning. I'm deeply motivated by understanding the details of space technology, especially given how different and challenging the space environment is, compared to Earth. While engineers are often perceived as lacking imagination due to their rational mindset, I’ve always been inspired by the film and book portrayal of space. Despite quickly recognising the unrealistic elements in these movies, my imagination has fuelled my drive to innovate and bridge the gap between fiction and reality.

You started your career as

My career began in digital electronics and software. While in university, I did an internship in the medical industry. However, my true engineering journey began in the Defence division of an engineering giant in Argentina, where I worked on radar systems. My role involved radar surveillance, frequency design, and antennas. Eventually, I transitioned to the Satellite division of the same company.

Your most memorable memory so far

Selecting just one memorable experience is challenging, but one particularly vivid memory is a surveillance radar test in Las Lomitas, an Argentinian city notorious for its heat. We conducted the test on one of the hottest days of the year at an airfield, making it an unforgettable experience due to the extreme weather conditions. Another special memory for me was the celebration of ARSAT-2's launch. Watching the countdown in a large meeting room, surrounded by monitors, and cheering with each piece of incoming data from the telemetry was very moving.

Your most valuable lesson so far

One of the most valuable lessons I've learned is that achieving some of the most complex technological solutions requires multi-disciplinary teams. While strong leadership is important, the diverse skills and perspectives that cross-functional teams bring together are the most powerful combination.

The one thing that makes you smile

The people and atmosphere we have here at ReOrbit bring me happiness. I've learned the importance of cherishing each day and making the work environment enjoyable for everyone. I have found that a touch of humour now and then goes a long way.

What nobody prepared you for

I mentioned before that strong leadership and diverse teams are key elements to success. However, nobody prepares you for the challenge of building these teams and fostering a collaborative environment. When it comes to teamwork itself, I have learned that sometimes 1+1 equals more than 2. Finding the right combination of people can lead to exceptional results.

‍Imagine there are no technological limitations, what do you wish you could design/create in the space sector

I would design a fully interconnected and reliable satellite network and take it a step further. Imagine deep space exploration satellites that can relay data to us instantaneously, whenever needed. Such advancements in our current technology would further deepen our understanding and exploration of the cosmos.