Archive for the ‘Japan’ Category

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Down to Earth

Legendary astronaut Gene Cernan has died at the age of 82. Captain Cernan had an incredible career in the Navy and then at NASA, where he flew on three important missions: Gemini 9, Apollo 10, and Apollo 17. Gemini 9 had Cernan’s harrowing spacewalk (the second for an American); Apollo 10 was the dress rehearsal for the moon landing, in which Cernan and Stafford got to within just miles of the lunar surface before a planned abort; Apollo 17 is of course known as the final mission to the surface of the moon. If you haven’t read Cernan’s autobiography or seen the recent biography about him (both called The Last Man on the Moon) you should put them both on your list.

NASA administrator Charlie Bolden resigned last Thursday – as is tradition for most presidential appointees – the day before inauguration of president Donald J. Trump. NASA is currently being run by acting administrator Robert Lightfoot.

Andy Weir, author of The Martian, announced on social medial that he will be working with CBS on a new show set in Houston’s mission control.

In Orbit

A small Japanese rocket, which would have been the smallest ever to make orbit, failed during a launch attempt last Saturday, January 14th. The rocket was carrying a single small cubesat.

However, two rockets did make successful launches within the last week. First, SpaceX had a spectacular return to flight on Saturday, January 14th, placing 10 satellites into orbit for Iridium after a flawless launch of a Falcon 9 rocket from Vandenberg in California. They even stuck the landing on the first stage recovery.

Lastly, on January 20th, United Launch Alliance launched an Atlas V carrying a USAF satellite, GEO 3.

Meanwhile, a failure investigation has narrowed down the loss of a Russian Soyuz rocket last month to an oxidizer pump, leading the Russian space agency to make some part replacements on both the next manned and unmanned flights. Hopefully we will see Soyuz rockets flying to the ISS again soon!

Around the Solar System

The Japanese probe in orbit of Venus, Akatsuki, has made observations of a massive standing wave in the planet’s atmosphere.

2016 In Review – Part I

2015 year in review posts: Part I and Part II.

2014 year in review posts: Part I and Part II.

2013 year in review posts: Part I and Part II.

Part I – Exploration

Spaceflight, as a many-hundred billion-dollar sector, is a broad and complex industry. Even if we focus in on “exploration” – which is the primary focus of this blog – so that we can ignore military and commercial uses of Earth orbit, we are still left with a global list of activities, studies, missions, and companies. This means there is a lot of stuff going on. 2016 was a busy year with many exciting missions from several different countries. This diversity is great, but makes it hard to boil down the events of last year into a coherent story. Even within NASA, we have the ISS program, with its own highs and lows, and the totally separate and just as successful planetary science portfolio of missions. Those missions keep on going, regardless of whether the most recent cargo delivery has made it to our astronauts in orbit, for instance. Meanwhile, in China, the CNSA is continuing to grow as a nascent space power with new rockets, new launch sites, and a brand new space station. Then there’s Russia, Japan, Europe, India, and more. If any theme can be found at all in the events of last year it is that space exploration continues to be a diverse and global endeavor. Putting any nationalism aside, this should give us hope that despite the ups and downs of the economies or space budgets in any given country, that exciting times lie ahead.

It’s hard to start a summary of 2016 in spaceflight without acknowledging that the United States had a major election, with a new President to be inaugurated this week. Any presidential transition leads to uncertainty in the future of government programs, including NASA. Often election years leave the federal government in a continuing resolution. A continuing resolution means that Congress has yet to pass a budget for the year. This leaves NASA and other agencies working under last year’s budget levels, with no increase for inflation or otherwise. The election was a big story for the country in a lot of ways, but NASA and its programs are most likely to feel the effects in 2017, as it tries to continue with business as usual as it waits for new priorities and a new budget.

While 2017 may bring about change (or not), 2016 was another good year for NASA’s flagship space exploration missions. NASA had no major failures last year, just the usual hiccups and challenges (space is hard, after all) and even launched a new planetary exploration mission: OSIRIS-REX, which is on its way to visit an asteroid in 2023. In fact, last year showed that NASA is still a clear leader in planetary exploration, with probes in action all over the solar system. The NASA fleet at Mars remains strong, with two rovers on the surface and two probes in orbit. New Horizons received a mission extension and is on its way to a Kuiper Belt Object rendezvous in a few years. Meanwhile, the probe Juno made orbit at Jupiter and started scientific observations. Unfortunately, Juno has some sticky propellant valves and missed some of its early science orbits when it entered “safe mode.” Fortunately, the probe was brought out of safe mode and completed a Jupiter flyby in December. Most of the probe’s 20-month mission is ahead. Hopefully Juno’s worst days are in the past! Out at Saturn, NASA is still operating the Cassini probe, which has been in orbit since 2004. Sadly, 2017 will see the end of Cassini, as it destroys itself in dramatic fashion, with a dive into Saturn’s atmosphere.

Two other planetary missions of note from other countries had some action last year. ExoMars (a joint mission between ESA and Russia) launched and made it to Mars. However, its companion lander, Schiaparelli, was unable to make it safely to the Martian surface and crash-landed. Thus, NASA remains the sole space agency to have safely brought a spacecraft to the surface of Mars… having done so seven times. Of course, we shouldn’t forget that the Soviet Union is the only country to have ever landed a probe on Venus! A feat which has not been repeated since 1982, and does not appear to be repeated any time soon, as most space agencies focus on asteroids and the outer solar system in their planetary science missions. Venus is not forgotten though, as Japan was able to begin doing science with their Akatsuki orbiter at Venus last year.

Following the theme of “space is hard,” Japan had a pretty devastating failure when their new X-ray telescope Astro-H, or Hitomi, went out of contact after reaching orbit. Fortunately, Japan already has a strong space program and seems mature and professional enough to learn from their mistakes – they released a failure report very quickly after the accident. They currently have an asteroid sample return mission, Hayabusa 2, en route to its target in 2018, which we should all be very excited about. NASA has a strong relationship with JAXA, and will be curating the Hayabusa samples here at the Johnson Space Center when they return.

In human space exploration, the story continues to be the International Space Station. The ISS had an exciting year, partly because NASA and ESA continue to send charismatic astronauts who manage to make the mission feel very personal to all of us following back on Earth. It was a great year for following astronauts on Twitter, including Jeff Williams, Kate Rubins, Tim Kopra, Tim Peake, Scott Kelly, Shane Kimbrough, Thomas Pesquet, and Peggy Whitson. It’s hard to see how this trend will do anything but accelerate, as it’s a cheap and easy way for NASA to connect with the American public and share its mission. Scott Kelly of course returned from space early in the year and retired from NASA on a high note. Since the “year in space” was such a success, both operationally and as a public affairs bonanza, it seems likely NASA will want to try more longer duration expeditions in the future.

On the more nuts and bolts side of things for the ISS, all major mission events went well last year, with both the arrival and installation of the new IDA2 docking adapter and the Bigelow Expandable Activity Module (BEAM). BEAM is an exciting demonstration of where human habitability in Earth orbit may be able to go in the future with inflatable structures. It is exciting to think that the technology may spinoff a private-public partnership with either or both of the companies Bigelow and Axiom to expand the ISS with new large inflatable modules in the future.

The ISS did face some minor setbacks of its own, although not quite as dramatic as in more recent years. Two rocket failures impacted ISS logistics: the SpaceX explosion on the pad in Florida in September and the loss of a Russian Progress resupply mission in December. The good news for NASA was that the SpaceX failure was not an ISS mission, but it meant a delay to the next planned resupply flight of a Dragon capsule, now scheduled for February. ISS is well stocked on supplies thanks to a Japanese resupply mission that also flew in December and the Orbital ATK Antares rocket returning to flight status in October. Even with both Japanese and American rockets able to keep ISS supplied, having the Russian Soyuz rocket family grounded must always make mission managers uneasy. After all, it is the same rocket family that failed in December that also delivers crews to the station. We are not in uncharted territory, as expedition schedules were in limbo after similar accidents in 2011 and 2015. But the ups and downs of the launch vehicle sector are a continual challenge not only for NASA’s ISS program but for dreamers who envision hundreds of people at a time into deep space for colonization. ISS truly is the foothold where we must learn first, and is a great proving ground for those dreamers.

The ISS accounts for over 2,000 person days of space experience a year. The day-in and day-out slog of operating an aging orbital laboratory and learning to live there is slowly but surely preparing us for what comes next. This experience is shared by a partnership of 15 nations (USA, Canada, Russia, Japan, and 11 countries from ESA). However, the rising nation of China finds itself on the outside. Just like in many other sectors, China is finding its own way in space. Last year was a good one for the China National Space Agency (CNSA). Not only did they launch a brand new space station, Tiangong-2 and send a crew of 2 on a 30-day mission to the outpost, they also debuted a brand new Long March 5 heavy lift launcher while matching the US in successful launches on the year – twenty-two. A new medium-lift rocket, Long March 7, also debuted from a new coastal spaceport on Hainan Island, which should give CNSA more flexibility. CNSA’s recent white paper publically published outlining their five-year plan shows ambition but also should be a douse of cold water on people expecting a space race between China and the USA. China certainly has a lot to be proud of as only the third independent nation to place humans in space. But they have a long way to go to put themselves on par with the modern space programs in America and elsewhere. I look forward to their planned lunar sample return mission in 2017, which will give them a lot of “street cred” if they pull it off!

Obviously these are not the only happenings in space exploration and related science areas. I could go on about the exciting developments in exoplanet astronomy, a field that may provide worlds to explore decades or centuries from now, for example. We continue to live in a golden age of space exploration that started with the Galileo probe to Jupiter in the early 90s. For me, 2016 was a testament to the true diversity of the state of space exploration and should serve as a reminder to avoid tunnel vision. There are many facets to how we explore. It’s not just about shiny new rockets and capsules and astronauts, but its also not just about gathering science through a space telescope or a distant robotic probe. All these pieces fit together to move forward the state of our knowledge about the universe together. One of my favorite examples of this from last year was astronaut Kate Rubins’ work on gene sequencing while aboard the ISS. Talk about two sectors that do not traditionally intersect, at least not in the minds of the general public. Diversity – both in the space agencies doing the exploration as well as the type of exploration – will keep the dream alive. I can’t wait to see what we do on ISS this year but I also look forward to news out of China and India as they learn what it takes to fly in space.

The biggest problem with keeping up this steady cadence of exploration is how all these space agencies will pay for it, as the world faces challenging fiscal and security issues. Space is exciting – and important – but it is far from the first priority when it comes to setting budgets in most parts of the world. Fortunately, we have disruptive new players in the launch sector that can help us keep costs down. More on that in my next post.

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Down To Earth

American hero and original Mercury astronaut John Glenn died on December 8th.

Former space shuttle astronaut, climate scientist, and director at Goddard Space Flight Center, died on December 23rd. He was a fierce advocate of climate science. This open letter he wrote after his cancer diagnosis is worth a read.

Virgin Galactic conducted another SpaceShipTwo glide flight on December 22, the second of the month.

Actor Ryan Gosling is to play Neil Armstrong in a new biopic to be filmed next year.

In Orbit

It’s been a busy month since my last post on December 4th, with 12 more successful orbital rocket launches (check out this post from Parabolic Arc for 2016 launch statistics).

The Japanese HTV cargo craft which launched in early December was successfully captured by the on-orbit ISS crew on December 12th.

Around the Solar System

There are some problems at Mars:

The Curiosity rover has a problem with its scientific drill. Flight controllers are troubleshooting.

The Mars Odyssey orbiter went into safe mode last week. It is expected that it will be recovered.

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Down to Earth

The crew of three Chinese taikonauts finished their 30-day stay aboard the Tiangong-2 space staion and returned to Earth last month.

A planned cargo resupply flight (with no astronauts aboard) launched from Kazakhstan on December 1 on its way to the ISS, but did not make orbit and crashed somewhere in a remote part of Asia. The next ISS resupply is a Japanese HTV vehicle launching next week.

Virgin Galactic continued their flight test program for the new SpaceShipTwo vehicle (named VSS Unity) with a captive carry flight on November 30 and then a glide drop test on December 3. Powered flights should be happening soon, but no specific dates are public. Here’s a photo gallery of the flight test.

In Orbit

Four other rockets launched since my last post on November 16, all successfully placing their payloads in orbit:

The ISS has had a very busy month, notwithstanding the loss of Progress 65. After the last three members of Expedition 50 arrived, they got quickly to work with last-minute packing of the Cygnus freighter, which they released two days later.

Since the Cygnus departure, the crew has been furiously working on their long list of on-orbit experiments. Thomas has someone found the time to tweet every day. Some of his best are below:

Around the Solar System

Radar measurements on NASA’s Mars Reconnaissance Orbiter (MRO) have discovered a vast deposit of frozen water under the Northern mid-latitudes of Mars.

Weekly Links

Down to Earth

United Launch Alliance has narrowed down the anomaly in their last Atlas V flight – which resulted in an early shutdown of the main stage – to a particular valve.

Check out this 360-degree view of the SpaceX ASDS landing (best viewed on mobile for easy panning).

The next Falcon 9 launch and attempted ASDS landing on May 5th at about 1:22 AM. They are launching a Japanese commercial satellite.

The James Webb Space Telescope had the protective covers removed from its primary mirror last week. Here’s a link to the webcam at Goddard where the multi-billion dollar observatory is being assembled:

The next spaceflight analog crew to spend 30 days inside a mockup spacecraft at NASA’s Johnson Space Center will start their mission tomorrow. You can follow along on Twitter:

In Orbit

The first launch of Russia’s new Vostochny spaceport took place on April 28th. Here are some great pictures via Spaceflight Now. The rocket was carrying two “technology” satellites and one gamma-ray observatory.

In other launch news, India launched a big rocket carrying one navigation satellite, to complete their domestic navigation constellation. And thirdly, ESA was finally able to launch their Sentinel-1B Earth-observing satellite, which was delayed last weekend.

Up on ISS, the Soyuz TMA-19M crew has learned that they will get about an extra two weeks in orbit, as Expedition 47 has been extended to June 18th.

In sad news, JAXA has given up their attempts to recover the stricken Hitomi x-ray observatory which has been out of contact for some weeks. They now suspect that the spacecraft spun out of control due to an attitude control malfunction and lost its solar arrays.

Tim Peake got to do a unique experiment from the ISS last week when he controlled an ESA rover on the ground via remote control.

Around the Solar System

The Hubble Space Telescope (HST) has discovered a small moon orbiting the distant Kuiper Belt Object (KBO) known as Makemake.

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Down to Earth

NASA’s Dawn mission was awarded the prestigious Collier Trophy.

Former NASA astronaut Janet Kavandi is the new director of Glenn Research Center in Ohio.

WIRED sent a guy to spend a day at JSC learning what it’s like to be an astronaut. The short video is fun and probably fairly informative for non-space geeks.

In Orbit

Lots of launch activity in the past two weeks. Of the five total launches, I’ll get the two less interesting ones out of the way first: on March 13, a Russian Earth observation mission launched from Baikonaur and then on March 24, a Russian military mission launched from Plesetsk. Both were on Soyuz rockets.

The other three launches are much more interesting. First, on March 14 the much anticipated ExoMars mission launched on a Proton rocket from Baikonaur. The Mars exploration mission is currently safely in solar orbit on its way to an October rendezvous.

On March 18, another Soyuz rocket launched from Baikonaur, but this time carrying 3 people. Aleksey Ovchinin, Oleg Skripochka, and Jeff Williams had an uneventful launch, rendezvous, and docking with the ISS. Or at least, as uneventful as those sorts of things go!

Lastly, an Atlas V rocket launched from Florida on March 23 carrying a Cygnus cargo freighter. Cygnus, named the S.S. Rick Husband by Orbital ATK, arrived (also uneventfully) at ISS on Saturday morning.

Unfortunately, it sounds like Japan’s Astro-H X-ray observatory may have been lost only weeks after it launched in February.

Around the Solar System

Check out this picture of the tallest mountains on Saturn’s moon Titan.

Here’s some awesome new close-up imagery of the “bright spots” on Ceres.

Newly released analysis of New Horizons data indicates that Pluto may have had periods of high atmospheric pressure in the past, which allowed liquid nitrogen to flow in rivers on its surface.

Weekly Links

Down to Earth

Former NASA mathematician Katharine Johnson was recently awarded the presidential medal of freedom. She is currently 97 years old.

Hungary is a new full member of the European Space Agency.

Virgin Galactic announced that they now plan to launch their LauncherOne rocket from a modified 747 instead of from the belly of the WhiteKnightTwo carrier aircraft. WhiteKnightTwo will then be free to fly more dedicated flights of SpaceShipOne for paying tourist-o-nauts.

The Apollo Saturn V rockets that Jeff Bezos pulled up from the seafloor in the Atlantic are headed to museums. Some of them have already been delivered to the Museum of Flight in Seattle.

The first of 18 primary mirror segments for the James Webb Space Telescope was installed into the spacecraft last month.

Blue Origin had a suborbital flight of their New Shepard vehicle. The unmanned capsule landed back on Earth under parachute and the rocket itself landed under its own power on two legs. Here’s the video.

And here’s an awesome video of Blue Origin employees celebrating the flight. Almost as good as JPL celebrating a rover landing on Mars. Way to go guys!

In Orbit

Lots of rocket launches since my last post. Here’s a quick run down. I use the Wikipedia page 2015 in spaceflight as a general source (with other references):

Three launches by China of various reconnaissance or communications payloads.

Two launches by Russia, seemingly military in nature. However, the recent launch last night may have had a mishap and part of the payload did not make orbit.

 And then Japan, ESA, and America round out the crowd with one more launch each. Japan launched a commercial telecommunications satellite, ESA launched the LISA Pathfinder gravity wave physics probe, and United Launch Alliance sent a Cygnus cargo spacecraft on the way to the ISS for Orbital ATK.

Meanwhile on the ISS, the crew has been posting awesome pictures in whatever free they have. Kjell Lindgren and Kimiya Yui will be coming home this week, on December 11th. I will miss their Twitter posts! You really should be following them on Twitter yourself, but here are some of their best (it may look like a lot but this is really a small selection from just the last three weeks):

Around the Solar System

The Japanese probe Akatsuki has entered orbit around Venus, several years after it missed its original orbit insertion due ot a thruster failure. Way to go JAXA!

Weekly Links

Down to Earth

Veteran astronaut Steve Swanson, who flew on the space shuttle and commanded the ISS last year, is retiring from NASA. According to his Wikipedia page, he has spent an impressive 195 days in space with almost 28 hours of spacewalk time across 5 EVAs. This leaves NASA with 45 active astronauts (which doesn’t count ESA and JAXA astronauts who are qualified to fly to ISS).

Last week an important engine test in the development of the new SLS rocket was conducted at Stennis Space Center. The RS-25 engine was run for almost a full ten minuets. Here’s a video (test starts at 31:15).

In Orbit

Last Monday, August 10th, two Russian Cosmonauts went outside the ISS for a spacewalk. Padalka and Kornienko spent about five and a half hours outside. It was Padalka’s tenth spacewalk, which should put him nicely on this list once it is updated.

Later in the week, on Friday morning, a Russian Progress cargo craft undocked from the aft port of the ISS. That port will be empty until Soyuz 42S does a “relocate” from the Poisk port later this fall. The relocate is needed to free up Poisk for the docking of the next Soyuz. There will be three Soyuz onboard for a direct handover this fall.

Some cool stuff happened inside the ISS this past week as well. The astronauts were able to eat some red romaine lettuce grown on the space station in the “VEGGIE” experiment.

Japanese astronaut Kimiya Yui did some remote robotics experiments.

The launch of the next ISS resupply flight from Japan has been delayed to Monday, due to bad weather.

Also in ISS cargo news, Orbital Sciences announced they will launch not just one but two or more of their Cygnus cargo resupply missions on someone else’s rocket. Orbital is working hard to recertify their Antares rocket with new Russian engines, following the loss of one of their rockets last October. In the meantime, they are buying Atlas V rockets from United Launch Alliance in order to fulfill their NASA contract.

Around the Solar System

Comet 67P/Churyumov-Gerasimenko has reached perihelion (closest point to the sun), which has made the comet rather “active”. Check out these images from Rosetta, in orbit about the comet.

How cool is this? There is evidence of cryovolcanism (ice volcanoes) on Pluto.

Speaking of Pluto, here’s an awesome simulation of the New Horizons flyby in real-time, based on actually imagery from the spacecraft.

If you love the ins and outs of Martian rover exploration, here’s a comprehensive update on what the Curiosity rover has been up to.

Weekly Links

Down To Earth

Last Monday, SpaceX announced preliminary findings related to the loss of a Falcon 9 rocket and its Dragon cargo mission last month. Here’s the companies official statement on their investigation so far. They have found that a structural support (or “strut”) holding up a pressurant tank in the second stage failed. Elon Musk hopes a delay of only a few months to their manifest.

Tony Antonelli, who piloted two space shuttle missions, has retired from the astronaut office.

The Smithsonian Institution has started a new Kickstarter campaign called “Reboot the Suit” to raise money to restore Neil Armstrong’s moonsuit. The restoration is planned to be completed in time for a new exhibit for the 50th anniversary of Apollo 11 in 2019. I pledged!

In Orbit

Three launches from the Earth’s three spacefaring nation’s this past week: first, a Russian Soyuz rocket launched from Kazakhstan on July 22nd, followed a few hours later by a successful docking to ISS. The crew is now back up to full strength of 6, with the addition of Oleg Kononenko, Kimiya Yui, and Kjell Lindgren. Lindgren and Yui are on Twitter, so you should follow my “people in space” Twitter list.

Second, a Delta IV rocket launched from Florida on July 23rd. The mission delivered a new military communications satellite to orbit.

China also had a successful orbital launch last week. A Long March 3B delivered two navigation satellites to orbit on July 25th.

Around the Solar System

New pictures from the New Horizons’ Pluto flyby! Check out the new views of small moons Nix and Hydra.

Also, check out this view of the dark side of Pluto, with the sun lighting up its thin nitrogen atmosphere!

via Universe Today

Not to mention they discovered nitrogen glaciers!

via Universe Today

Closer to home, at Ceres, the Dawn spacecraft has discovered evidence of a “haze” in Occator crater. This is the large crater with several “bright spots” in its center.

JAXA is accepting applications to choose a name for asteroid 1999 JU3 which will be visited by their Hayabusa-2 spacecraft.

Out There

NASA announced the discovery of Kepler-452b, a small planet around a Sun-like star about 1,400 light years distant. This is the most similar planet in size and circumstance to Earth that we have yet found, but it still has 1.6 times Earth’s diameter (mass, and thus surface gravity, unknown). However, the fact that it is so small and in the habitable zone, makes it an awesome discovery.

31st Space Symposium

I imagine that my time in Colorado Springs during the week of April 13th was a lot like what some first-time attendees at the Star Wars Celebration (also occurring that week, in LA) were going through. Surrounded by geeks and famous names in my own passion, attending the 31st Space Symposium was like something you might win in a sweepstakes. Except I wasn’t there just as a fan of space. Somehow, I had managed to impress someone enough to be invited as a speaker. What? Yes, I still don’t believe it either. I guess some background is required.

When I joined Twitter in late 2008, it was mostly because it seemed like something the cool kids were doing, and I didn’t want to admit I wasn’t hip. I didn’t think I would use it much. I definitely didn’t think I would find 2,000 people out there who wanted to hear about my job at NASA. It turns out that Twitter, or social media in general, is a great way to stay in touch with the things you care about in the world, and to connect with like-minded people, no matter where they live. This is how I ultimately ended up on stage at the 31st Space Symposium last week, talking about my job as an ISS flight controller. A fellow flight controller, half a world away in Germany, followed me on Twitter and recommended my name as a good representative of the Houston mission operations community for a panel she was helping to organize. It seems like a 21st century idea – to give a professional recommendation for someone you have never met face-to-face!

Our panel, called “Controlling the ISS: Global Collaboration and the Contribution of Young Professionals” was made up of four of us from ISS ops: one each from Houston, Huntsville, Germany, and Japan. Our moderator, retired astronaut Leroy Chiao, was commander of ISS during Expedition 10, his last of four flights to space. Getting ready for the conference was a bit like what we do daily in the ISS program; we had to find a good time for a Google Hangout video conference across 4 time zones in 3 countries. Our first “hangout” all together was at 6 AM in Houston, noon in Germany, and 8 PM in Japan! Our second hangout was at the Space Foundation’s Yuri’s Night party in Colorado Springs, two days before our panel!

It was a unique experience to find oneself with so much in common with people from literally all over the world. Culturally, we are from at least 3 totally different backgrounds (two of us being American) but we share a common language in ISS operations speak. I learned throughout the symposium that this is a theme of the space business these days, and is exactly why the Space Foundation put our panel together. There is a large industry of space and space-related companies and organizations out there, all trying to do similar things. Why allow the barriers of politics, geography, and culture to stand in the way of a shared passion? It was international collaboration that has made the ISS so successful, a success very visible to everyone else trying to do big things in space. Even the military panels had discussions about how cooperation and collaboration across international borders is the path to global space security, and the ISS is often referenced as a model for those efforts!

Our panel was just a one hour session in a full week of panels, speakers, and technical forums. We had a marginal audience of maybe a hundred people – there were concurrent sessions about satellite design, military space situation awareness, and of course the ever buzzing exhibit hall was open. So I feel content that we had a decent audience at all – not to mention Bill Nye came to listen. The pressure was on… one of my childhood heros was going to listen to me talk…

One hour of talking goes really fast when you have 5 people on stage, but we managed to cover some good ground: from what it takes to be a flight controller, to working with the Russians, to challenges of international collaboration, to the Chinese space program, and more. My co-panelists of course had some great things to say, but I thought I would recap a bit of what I covered, since it is what I remember the best!

When prompted by Chiao to address the impact of the Ukraine crisis and other geopolitical tensions on ISS, I noted that we don’t see the effect of politics at all at the working level. I explained that the mass media’s narrative of the program, with Russia holding all the cards, misses the big picture. The Russians can’t just stop flying NASA’s astronauts to the space station as a political tool if they want to keep the station running. Successful ISS operations is not one-sided, but involves contributions from all partners. Russia provides our launch vehicle but NASA brings much to the table also. I gave the example of how the Russian thrusters and American gyroscopes (CMGs) are both needed together if we intend to fly ISS for another decade. It’s a chicken and egg problem. The ISS needs both Russia and the US equally, in its current operational model.

When China was discussed, Chiao asked us “if the political issues were overcome, what would it take to add China to the program?” something I learned from Andrea (my co-panelist from Germany) is that ESA already has a relationship with the Chinese program and their astronauts learn Chinese. As for NASA, we currently don’t have a direct relationship with the Chinese program (it is tricky, since they do not have a clear delineation between civil and military space industry). I did note that adding any new player to ISS, no matter who they are, would present challenges, especially if they would be a new equal partner. Processes like mission management teams and flight rule boards would require additional coordination. I also pointed out that the current relationship NASA has with Russia did not start with ISS. Following the fall of the USSR, we built a relationship of trust through stages of operations such as flying astronauts on each others vehicles and then with the Shuttle-MIR program. A similar phased in approach would be needed with China or any new country that we have never worked with before.

I also fielded a question about debris avoidance on ISS which allowed me to give the example of the Pre-Determined Debris Avoidance Maneuver (PDAM), which is a triumph of international collaboration. The procedure allows the US mission control team to direct the crew to send the reboost command, using the russian segment computers and rocket engines, even if none of the Russian planning team is on duty in Moscow. This capability enables more rapid response to a debris threat but also requires a great level of trust on the part of our Russian friends. I think this is a great example of the successful partnership we have built with the ISS. When asked about the future of spaceflight, I remarked that it would be wise for any future programs, no matter where we go, to be an international endeavor. It would be a shame to waste the lessons we have learned since the concept of Shuttle-MIR was formed in the 1990s.

We even had time to field a few good questions from the audience, including the predictable “what would you tell someone who wants to be a flight controller?” Fortunately, we talk about this often at work, so I explained that even though our intent is to hire steely-eyed engineers with great technical knowledge and aptitude, we don’t put a huge emphasis on grades when hiring. More important is a proven ability to learn and adapt and especially to work with other people and communicate clearly. I spend infinitely more time in my job communicating in many ways (verbal, email, console logs, etc) than doing any math that looks anything like what I studied in college. Mission operations is all about working in a team environment.

The Space Symposium this year placed an emphasis on young professionals with an entire track for “New Generation Space Leaders”, featuring an evening reception with Bill Nye and a luncheon with Dr. Ellen Ochoa (astronaut and director of JSC) as keynote speaker. I was pleasantly surprised by the number of those “New Gen’ers” who came up to us after our panel and thanked us for sharing about working in the ISS program. Before the Symposium, I imagined my fellow young professional attendees to be made up primarily of young engineers excited about New Space – wanting to build rockets with SpaceX, Xcor and Virgin Galactic, and not interested in the slow bureaucracy of NASA. Fortunately, I was proven very wrong! It turns out most everyone still thinks NASA is cool, and wants to hear about working there. We even had a few people try to give us their resumes… of course I gave them some advice, but had to tell them to just check the job postings online!

One of my favorite things I noticed was that almost every booth in the exhibit hall, and all of the videos played at award dinners and luncheons, tended to utilize imagery of the ISS at some point. Even the FedEx booth had the ISS on their booth’s banner, with the phrase “mission control” prominently displayed. They very much want to help out with ISS – by transporting precious experiments and cargo to the launch site, or home from splashdown.

One lesson I have learned from this Symposium is that NASA and the ISS program should be very proud of the example we are setting, and should not be shy about telling our story, because it is a good one. At the same time, it is a wide world of spaceflight industry out there, with thousands of people working on their own projects, regardless of NASA. If we don’t keep up with them, they will leave us behind. That is why I am honored that my company and NASA trusted me to attend the conference based on an invite obtained through social media. It is also why it is great to see NASA embracing social media in the broader context – giving astronauts free reign to post to Twitter without a pre-screening (at least it looks like there is no pre-screening!) and allowing so many flight controllers, flight directors, and others to engage with the public online.

With the ISS program now solidly moved from “assembly” to “utilization” phase, and with social media now something most of the world understands and uses, I have a new confidence that the general public will learn about the ISS and the space program and will be supportive of further exploration. The days of meeting people on the street who don’t even know we have a permanent space station are coming to a close – at least that is my hope! I do realize that going to a conference full of other space geeks is like going into a bit of an echo chamber. But my confidence comes from the support across programs and companies for the future of space. No longer do you hear other space fans referring to the ISS as an expensive “boondoggle” – at least not at the Space Symposium.

And regardless, even if some do still feel that way about the ISS, the symposium showed me that the space industry is a big place. For instance, even if Sierra Nevada doesn’t get the ISS cargo contract for their Dream Chaser, they have agreements with Japan and Germany to use the vehicle – it will get built anyway. A lot of wheels are turning and there are a lot of people out there doing amazing things. The Symosium had panels about the new Europa clipper mission (and the advantages of flying it on an SLS), about constellations of satellites providing broadband internet to the world, about the United Arab Emirates’ new space agency. The list goes on. For me, a young engineer who has only had one job and has not really traveled abroad, going to the Space Symposium was like leaving home for the first time and seeing the size of the world. There is so much to do, so let’s work together and get it done!