Monthly Archives: April 2024

Katya Echazarreta.

Katya Echazarreta made history June 4, 2022, when she traveled to space aboard Blue Origins NS-21 flight as one of Space for Humanitys citizen astronauts. Space for Humanity, an organization with a goal of making space accessible for all, has a Citizen Spaceflight Program that allows anyone to experience looking at Earth from above and experience the Overview effect. Echazarreta, was one of the first picked for this role.

Echazarreta, an electrical engineer, has worked on five NASA missions, including the Europa Clipper and the Mars 2020 Rover. More recently, she has focused on her foundation calledFundacin Espacial Katya Echazarreta. An organization that makes space accessible to young kids, teens, women, and other scientists and engineers in Mexico. Fundacin Espacial, although started in Mexico, is now expanding to accept applications from all over the world.

Astronomyinterviewed Echazarreta via video about her current projects, hobbies, and journey to where she is now. The following interview has been edited for clarity.

Q. How did your interest in science start?

Echazarreta:Ive always hadthis sort ofinnate passion and love for science or technology, particularly electricity and outer space. Those werekind of alwaysmy major loves growing up. I think initially, I didnt really understand it as thatto me.It was just something that I liked and gravitated towards. I would ask questions and look them up. It was very natural for me.

Q.You were part of five NASA Missions, one being the Europa Clipper. What was your experience being part of those missions?

Echazarreta:Yeah, so the Europa Clipper will launch at the end of this year, and Im just so excited. It was one of the first missions I was assigned to at NASA in a flagship sense, meaning that most of my time would be dedicated to this mission. Whenyoureworking on these missions, you might split your time between one, two, or even three [missions].Butfor me,this mission was my main mission for quite a bit.I was essentially drafting up these simulations that willbe usedto test the flight computers.

These are the computers that are going to be part of the spacecraft. And to test them, we need to simulate their environment completely. We would create big systems that would simulate the entire spacecraft. And the computer itself would think, Oh, Im in the spacecraft, or Im on my way to Europa right now. We would test both functionality but also inject errors, which was fun. So you would inject things that were wrong to try to see how its going to react. Recently, I had the opportunity to visit JPL (Jet Propulsion Laboratory at NASA) and see Europa Clipper in the high bay before it gets shipped off to Florida.

Q. How was your first day as an intern at NASA?

Echazarreta:First, I was an intern, then I became a full-time engineer, but on my first day of work, my mentors gave me a tour around the lab. And essentially, we go up to this building, and they say to me, open that door. I opened the door, and they said go up those stairs and through that hallway.Im confusedlooking back, like where are they going to take me, and I walkinnot knowingwhats going tobe there.Its the viewing area with the Perseverance rover, which I already knew so much about. I grew up learning about these different Mars rovers, and Curiosity wassuchanimportantpart of my decision, specifically, to become an electrical engineer working at JPL. So, to see that on your first day of work, and its the rover right there, and its massive, and theres all these people dressed in white head to toe working on it, which was the most beautiful thing.

Q. Were you the first person in your family to pursue a STEM degree?

Echazarreta:So, I come from a family of engineers. But the difference here is that all of them have been men. So even though I come from a family of engineers, my dads an engineer, my grandpa was an engineer, my uncles an engineer, I am the first female engineer in my family. Initially, I think it would have been easier if no one in my family had been an engineer before versus what I had to deal with, which is essentially, my family and all of the men in my family thinking that my brother was the one thatwas meantfor this career and not me.

But Im grateful for [my brother] because if it werent for him being around, I wouldnt have had access to opportunities like going to the different science museums and these different science kits thatwere givento him that he would essentially throw away. I would go and pick them up.

Q. How did you prepare to go to space? Was there any special training you had to undergo to prepare for Space for Humanitys first space flight aboard Blue Origins NS-21?

Echazarreta:2019 is the year that I applied for admission to space with Space for Humanity. And that was also the year that I started training on my own. There are a few different trainings that you can sign up for, especially as a student, to start gaining some of thesedifferentskills that youll need for a trip to space, particularly the launch and descent, which can be the heaviest portions. So, some of these trainings include microgravity training, which you can do in planes. It alsoincludeshigh G force training; once again, you can do this in planes. You can also do that in different simulated environments. But I had this experience with an aerobatic aircraft,which isessentially the planes that do all the tricks at the air shows and can push you into those high Gs. I also got pressurized spacesuit training at Embry Riddle Aeronautical University. And I also had training with hypoxia. They start taking oxygen away from you so that you can start to sense what it will be like for you if you start feeling that loss of oxygen in your chamber. Everyone reacts differently. So, you need to understand what your symptoms are so you can recognize them.Contrary topopular belief, youre still breathing normally when you start losing oxygen. So you dont notice. Its not like youre choking because you still have air. Its just the air lacks the oxygen necessary for your body. Thats when you start having these strange secondary effects. For me, I started getting tunnel vision, and I started losing vision in color. So, I slowly started to stop seeing color, which is outrageous. Passing out is the last thing you go through.

The application process took three years, so I had enough time to prepare and train.Something thats always been very important for me is thatImnotgoingtowait until an opportunity is availableto start practicing.If I know that thats what I want,andI knowwhat I need to get it, I will start preparing now.Im going to start practicing now, and Im going to start getting that education that I need now. Because if I wait until three years from now, then Im going to be barely starting, versus if I startout,thenI have three years under my belt.

Q. What has been your biggest struggle in your career so far? And how did you overcome it?

Echazarreta:I would say it would be just getting an education. When I was 17 years old, I had to go through thesereally difficultlife and family matters where I didnt have access to education anymore. I didnt have the funds or the resources necessary to attend university. I had to work up to four jobs at a time to help my mom pay bills and, you know, all the general rent, electricity, etc. My siblings were younger. I have an older sister who has mental and physical disabilities.And so, I am 17 years old,andImstuck because I have to make sure my family is okay.But if I dont go and try to pursue some education, which I desperately wanted, I know that our lifeis going tobe pretty much like this for the rest of our lives.

Were going to continue having to work those four or five jobs, and thats never going to stop unless I find a way to do those jobs while also going to school. So, I ended up enrolling in community college. I dont know how, but I maintained a perfect 4.0 GPA.

I was able to find out and discover [more opportunities] which is something you dont understand or have access to, when youre doing this on your own. But, I was able to figure out that if I were to do a summer research program, Icanget paid just as much as I was getting paid before with all those multiple jobs or maybe even a little bit more because now the work that Im doing is a little bit more specialized.

So, I started finding out and figuring out ways to use the education Im slowly building to get better-paying jobs as I make myself or as I build myself up. Thats how I was able to make it through.Ikind of justhad to figure that out on my own.Ialso reliedon support from various networks and mentors at the university level whoessentially realized the potential I hadeven before I saw it in myself and decided to support me.Iattended UCLA with two full rides, one from the university and anotheronefrom a national scholarship.And shortly after that,I was hiredfor my first job as a student at NASA.And it all kind of just grew from there, but getting past that mental barrier of knowing you need to workbut also knowing that you need to getan education one way or another, I think, has been one of the mostdifficultthings.

Q. Are you still at NASA JPL?

Echazarreta:Not right now. No. So, right now, I have my own organization, Fundacin Espacial. This organization aims to create and provide educational space training opportunities for people who currently live in a country that either doesnt have a space agency, its space agency isnt very strong, or doesnt have access to a developed space industry within its nation.

Q. Is Fundacin Espacial based in Mexico only, or has itbeen opened to anyoneworldwide?

Echazarreta:It Initially started in Mexico. This year, we willbe openingup our programs worldwide for the first time. So, we will launch our application for our main project, which is our air and space camps based in Mexico for the entire world. The whole world is going to have access to these programs.Were hopingto launch the application for the studentsin the coming weeks.And essentially, it will be a program designated for or designed specifically for students ages 13 to 17.Along withthe application, you are also applying for one of the 100 spotsthat we offer, and all of themcome with full rides.Thisalso reallyjuststems from the experiences that I had growing up.I never want to put a price tag on an educational experience for a child.

Q. What was your experience like going to space?

Echazarreta:When you grow up and imagine that your entire life, you think youll have somesort of anidea.Youthinkthat, yes, its going to be thrilling and exciting andmaybe a little bitscary but not entirely shocking.You have thought this through so many times,and youveseen so many films and documentaries,as well asjust anything that a person can consume relating to this topic.But the reality of feeling those forces, the reality of feeling that microgravity, the reality of feeling the sun on your face with less protection from the atmosphere, and the way you start sweating immediately as soon as [the Sun] touches your skin in the way you turn around and turn away from it almost instinctively because of how strong those rays are, theres just so much is happening at the same time you start to float, and you take off your seat belt. You turn around, and you know theres the planet, and its the most beautiful and incredible thing youll see in your entire life.The colors, I mean, you think you understand colors, you think youunderstandtheir extent and range, but you dont until you see how these colors look out in space.You realize that there are hues and shades that you have neverbeen exposedto.Particularly that blue of the thin blue line, the famous thin blue line of our atmosphere.Its the most beautiful color youll ever see.

Q. For your first space mission, you set out to study the overview effect.What was that like?

Echazarreta:The overview effect is a psychological shift in perspective that happens to people who can view the planet from the outside. It hasbeen observedsince the first few astronauts started going to space.As they startedcoming back, theykind ofrealized that they were different but different in a very positive way.As in, they wanted to help people. They wanted to create programs to help society. They would go into politics,and they wouldcreatetheir own organizations; they would become activist humanitarians. So, one by one, they started noticing this trend, and we wanted to analyze this psychologically, before, after, and then months after, which is what weve been able to do. Andpersonally,I will say that its not exactly like the flip of a light switch, right? Its not something that you see the planet flip, and now youre different. You dont feel it like that. Its a lot more complicated. Its a longer process than that. So, you start to realize when you come back, and yourealizeas the days go on, or as the months go on, and now I can say, you know, where almost two years post-flight, and I can say that theres a very distinct difference between the person I was and the person I am today.I think itmakes you bolder in your decisions.I think itmakes you less afraid of trying to change something that might have seemed impossible before. Im currently advocating for a constitutional reform in Mexico, but thegoal here is to be able to take this to the rest of the nations that dont have any legislation surrounding space activity.So, the goal is not one nation;the goalis all nations that mightnot haveaccess to a legislative foundation for theirownspace activities.What we want to create with this legislation is tocreatethe base of those laws necessary, so these different nations can start operating within this space of infrastructure and develop a space infrastructure. But if you had asked me before if I thought I would be working on changing a constitution and changing legislation and being involved in space law, myownprojects, and myownfundraising for them,I mean, no, I dont think that I would have before this shift in perspective would I have dared to do any of that, truly.

Q. Would you say the overview effect led you to create Fundacin Espacial?

Echazarreta:Yes. The way that I envision the future for this organization and the projects that we have is as democratized as possible and as international as possible. I dont want to reduce the space economy and the projects relating to space in the future down to one nation or one region because its going to take an international collaborative effort to be able to get these future technologies out into space and then also so that we can benefit from them and evolve as a species and as humanity.So itsreally important for me that everyone understands that the future of space exploration andthe future ofspace development are together, and thats why were seeinga lotof these different international treaties start to pop up.And thats why were seeing a lot of these different collaborative efforts in the recent years and months of countries working together to get them together because as we go further and as we go longer [into space],weregoing to need to stick together.

Q. Who was your inspiration or someone that you looked up to?

Echazarreta:Ive alwaysreallylooked up to Ellen Ochoa, who became the first Hispanic woman in space. She has been a guiding light for me for so long because we come from a similar background. We both studied the same career. Shes also an electrical engineer. And shes also from California.So, for me, that kind of always felt likea very specialconnection.

When I was in college, my husband, who was my boyfriend at the time, emailed her a picture of me studying in my studio, just mountains of books, and asked her to send me back a letter and an autographed photo, and she did. And so that is a photo and a letterthat Ikeep around in my office.AndI mean,Im just a random college student to her at this point.You know, Ihaventgottento NASAyet.I hadnot even appliedorstartedtraining for spaceyet.Imjust a college student stressed out of my mind and did not know how Iwas going tomake it through this when she sent that over to me. So, when I was able to get in touch with her again after my selection for space, she was one of the first people who congratulated me, and I was able to remind her of what she did for me back when I needed it most. So, you never know the kind of change or impact youre creating when somebody reaches out to you, and thats why its also soimportantfor me to be present. During these programs [for Fundacin Espacial] during last years camps, we had an entire months worth of them, and I was there everysingleday. I had a couple of business trips in between, but every single group of students that came in, all 100 of them, were able to meet me and ask me anything they wanted to.

Q. What was your favorite part about interacting with the students at Fundacin Espacial?

Echazarreta:The studentsthatwe select for these projects aresoincredibly intelligent.But beyond that, theyre so passionate, and theyre not afraid.I think thatthecoolestthing about working with kids is that they have the rest of their lives ahead. And weve selected to begin training with them at 13. So, we work with them from anywhere from 13 to 17 years old, but the earliest that we start working with them is 13 years old. And that age is very strategic for us because if you recall but also statistically, weve been able to analyze that, that middle school age is kind of when they start deciding on whether theyre going to allow peer pressure or external opinions to impact and affect the decisions that they make about themselves about their self-worth and their futures. That is why that age is so important: we wantto be ableto be there to counteract any of these negative things they might be experiencing in the real world.Andjustlaser-focusing them on this path that wereallybelieve can be a success for them based onthe aptitude that theyre already displaying.

Q. What would you say to inspire a young woman who wants to go to space or be an engineer?

Echazarreta:A lot of us sometimes wait for an opportunity to arrive.We sometimes wait for the right momentfor usto be ready for an application, a program, or a project, and if any of you are as big of a perfectionist as I am, that momentis never going toarrive.Youre never going to feel ready enough.Youre never going tofeel educated enough or preparedenoughbecause youre not. Theres always more you can do, and thats okay.But making that decisioninthis momentof, maybe I dont know all of it,maybeI dont have everything, but that doesnt matter.Im going to go for it anyway. And then Ill figure it out as I go. Thats howyouregoing tobe able to make it out here and achieve all these massive goals.

Q. Can you tell us about your collaboration with Mattel in creating a Barbie doll in your likeness?

Echazarreta:I currently have two different Barbies. One of them has the flight suit that we used last year for our camps [at Fundacin Espacial], and the reason for that is that I wanted our students to see themselves as an item, an object that they also have reflected and represented in this Barbie.The first onethatwe collaborated on with Mattel is wearing the flight suitthatI used for my training.That also was a very strategic choice because I could have put on the final suitthatI wore to space, but I think it was more important for her to wear the suitthat I was wearingwhile I trained.The flight suit that I was wearing when these opportunities werent already here when I was putting myself in these situations to get out there. So that has been a very beautiful experience.

Q. You built an electronics lab in your home. What kind of projects do you work on there?

Echazarreta:So, thisactuallystarted during the pandemic.When I was working at NASA, and a lot of the testing and prototyping that I needed to do, I needed to go to the lab, but unfortunately, as we all know, during those times, everythingkind ofshut down.But it was still very iffy on how long theywere going tobe open.And when youre dealing with something like what we were working on, which isthetestingofthese computers,I mean,thats the brain of the mission.Itsvery importantto be able to get these computers ready to go, and for that, we need to get the prototypes ready to go.So I decided to create this lab, and I would bring some of the work homeandIwoulddo the testingat homeandtheprototyping at home.

Ikind of justslowly started building up the equipment and would upgrade as I saw fit and necessary, but then that also opened up a whole other door because now I have access to this equipment at home. And I can teach people things.When I wasa student, Ireallystruggled with a lot of this equipment and one of my first few tasks at JPL.I remember Ireallystruggled because, at my university, the equipment we had was old.And it did not lookwhatsoever like the equipment that we were usingat work.So Ididntknowhow to use it because it was too new andtooadvanced, and Ididnthaveaccess to something like that to learn.Thats when I got the idea ofstarting to createsome of these different educational videos for peoplewho arejust startingout.They may be first-generation,theydont have anyonetheycan ask, ortheyve never reallyhad an internship before.Or maybe theyre embarrassed at their internship,andtheywant to do the best job possible, which I totally can relate to.Thatsreallywhere that kind of transition, andright now, thats what Imostlyuse it forto be ableto teach others about this field that I love so much.

Q. Do you have any other hobbies that you enjoy?

Echazarreta:I love to read.Thisis somethingI dont usually show because itskind oflike behind-the-scenes.So if youre looking at my workshop and my camera is facing this way, behind the camera on the other side is an entire wall just filled with books, and Ivehad to let go of a few every time I move and kind of do a cleanse, and I somehow end up with more than I had before just a few months later.So, I have my collection of books andI havean entire collection of a few different first editionsas well.So, its a two-sided hobby. Theres the collection side of it and thenalsothe actual reading and enjoying the content side of it.

Q. Do you have a favorite author?

Echazarreta:I love Carl Sagan. Carl Sagan has been a very inspirational andimportantpart of my life, especially as I transition into the science communication side of things. For fiction, its funny, but I have an entire Stephen King collection.

Q. You havebeenon shows likeMission Unstoppableon CBS and Netflixs IRL (above).Do you see yourself hosting yourownscience show in the future?

Echazarreta:I think thatssomething that I would love to get back to.AndI mean,Ive spoken to my team about what that might look like.But I think definitely. Its always going to be something STEM-related. Its always going to be something with a connection to space. Andparticularlythe reason why it is so important is because we dont have a lot of figures who are women and who are Latinos, particularly in these spaces.And the more that were able to show that Latinos do take up these spaces and that we dont necessarily have to call out anything relating to those physical aspects or those different attributes, butratherIjusthappen to be the person teaching youand Ijust happen to be the person that is knowledgeable enough to share this information with you, and the other things just happened to be part of who I am.I think thats going to be alargestep that we can take as well in terms of the younger generations starting to see that, whether it be on television or the internet, and dispelling some of those ideas that they may have had about who can and who can participate in these fields.

Q. Do you see yourself going into space again?

Echazarreta:I do. I would love to. I always tell people Ill go two more times. I want to go into space one more timein the near future, and then I would love to go to the Moon.So, the way that the industry has been evolving, in the way that also the different nations have been accepting and entering into this industry, Ireallyforesee that accessis going tobecome a lot more open anda lot moredemocratized in the new future.

Q. Do you see space exploration as a way to unify the entire planet?

Echazarreta:I do.BecauseI think that once were able to sort of leave the planet and get that perspective of looking back, which takes us back to the overview effect. Itsgoing to start allowing more people to truly understand that humanity aspect versus that divided aspect within the world.

Q. Where do you see yourself in 10 years?

Echazarreta: In 10 years, I think I see the organization that were creating in such a point that were able to offer a lot of these different educational opportunities to people all over the world but at the same time being able to have different departments and different training centers set upthroughout the world. I would also love to invest in space technology within some of these countries, which are still up and coming within the space economy. And beyond that, I also see myselfasparticipating in other future space missions.

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A Q&A with Katya Echazarreta, the first Mexican-born woman to travel to space - Astronomy Magazine

The United States and Japan have entered into an agreement that will change the course of space exploration. 

According to the White House, in exchange for Japan providing a pressurized vehicle that will greatly expand astronauts’ ability to explore the lunar surface, NASA will include two Japanese astronauts in future Artemis missions to the moon. They will be the first non-Americans to walk on the moon should their Artemis mission happen before a planned Chinese flight.

NASA said the Japanese contribution to Artemis “will enable astronauts to travel farther and conduct science in geographically diverse areas by serving as a mobile habitat and laboratory for the astronauts to live and work for extended periods of time.” NASA also noted it can “accommodate two astronauts for up to 30 days as they traverse the area near the lunar South Pole.” The space agency aims to “use the pressurized rover on Artemis VII and subsequent missions over an approximate 10-year lifespan.”

American-Japanese relations have certainly had their ups and downs. In 1853, Commodore Mathew Perry led a squadron of United States Navy ships into Japanese waters and, with a combination of threats and diplomacy, ended Japan’s over two-century period of isolation and brought that country into the world. Eventually, after the Russo-Japanese War of 1904-1905, Japan became a world power,

Later in the 20th century, the United States and its allies engaged in a death struggle with Japan across the Pacific that began with the sneak attack on Pearl Harbor and ended with the atomic bombing of Hiroshima and Nagasaki. Japan spent most of the rest of the 20th century as an American ally in the Cold War but a rival in commerce and technology development.

In the 21st century, a new cold war has developed with China as the main enemy. Just as with the first version, part of that struggle is taking place in space. In starting the Artemis program, the United States has added quite a few features that are an improvement over the Apollo program to land a man on the moon, not the least of which is making the return to the lunar surface an international effort.

One of those features is the Artemis Accords, an agreement between nations about rules by which space exploration will be conducted. Switzerland and Sweden are the latest signatories of the accords which number 38 and growing.

NASA has also proven that Artemis is an international effort by including a Canadian astronaut, Jeremy Hansen, as part of the Artemis II mission to circle the moon, scheduled for late 2025. The inclusion of two Japanese astronauts in subsequent Artemis missions is the next logical step in that strategy.

How do the two countries benefit from this lunar partnership?

Japan gets direct access to the technology that will be developed as a result of Artemis, which will have both space and earthly applications. Just as importantly, the country will have bragging rights for having its astronauts walk on the moon.

NASA gets what is in effect a lunar RV, a pressurized vehicle that can take two astronauts on long distances across the moon’s surface, visiting sites at a considerable distance from the landing site. Astronauts can work and live inside the vehicle in shirt sleeves and go outside in space suits to take geological samples and leave experiments. The deal is separate from the three commercial lunar rovers that NASA recently announced.

Large-scale space exploration projects, including the original Apollo program to land men on the moon and the International Space Station, have always had a soft political power component. The United States undertook the Apollo program to impress the world with its technological prowess, an important matter during the Cold War with the Soviet Union.

Artemis has a similar soft political power aspect but with a major difference from Apollo. While the world was expected over 50 years ago to watch the original moon landings with awe (and fear on the part of the Soviets) the world is now being invited to join in on the next moon landings.

Now, the rest of the world, especially those countries that have signed the Artemis Accords, must be wondering how they can get their astronauts on Artemis missions to the moon. NASA is open for business and we can expect more announcements with more nations in due course.

Mark R. Whittington, who writes frequently about space policy, has published a political study of space exploration entitled “Why is It So Hard to Go Back to the Moon?” as well as “The Moon, Mars and Beyond,” and, most recently, “Why is America Going Back to the Moon?” He blogs at Curmudgeons Corner.

Read more here:

Japans planning its first lunar steps with the Artemis program - The Hill

Lawmakers across Capitol Hill raised concerns last week that China is gaining on the US in orbit in both the civil and national security sectors.

The Select Committee on the Chinese Community Party held a roundtable on the new space race with Beijing on Wednesday. During separate hearings, top officials from NASA and DoD also fielded questions about the rise of China in space, while at the same time testifying on their stagnant budget requests for fiscal 2025.

Start your engines: The two leaders of the select committee didnt mince wordsthe US is in a space race with China, whether we like it or not.

I would hope that one day we can once again engage in cooperation with China and the PRC with regard to space exploration, but at the moment, under Xi Jinping, there is a real space race, said Rep. Raja Krishnamoorthi (D-IL).

Former administration officials testified about the risk China poses to the US in orbit, from drawing US partners to do research on the Chinese space station if there is a gap in Americas presence in LEO post-ISS to Chinese counter space weapons that can enable them to threaten the entire militaryland, sea, air, and space.

Now is not the time for decreasing or flat space budgets, said retired Gen. John Raymond, the former head of the Space Force. China is not slowing down.

Nat sec: On Tuesday, Space Force chief Gen. Chance Saltzman also sounded the alarm on the risks posed by China, and the resources likely to be allocated to the service to counter them since the fiscal 2025 budget request is $600M less than what the branch requested last year.

The problemwas the fact that the [Peoples Republic of China] in particular has built a very robust space-enabled targeting system, Saltzman testified at the Senate Armed Services Committee. Scaling up to develop not just the type of counter space capabilities that we need but the quantity of capabilities to hold those targets at risk is where were falling behind on the timeline. Were not just moving as quickly as I think we should.

Civil: On Wednesday, lawmakers on the House Appropriations Committee asked NASA Administration Bill Nelson about how the agency was investing to keep pace with China within its flat fiscal 2025 budget request.

We gotta be realistic that China is really throwing a lot of money at it and theyve got a lot of room in their budget to grow. Their science is good, their engineering is good, Nelson said. We just better not let down our guard.

Clapback: Rep. Carlos Gimenez (R-FL) sharply questioned the witnesses at the China select committee roundtable on why its taking so long to get back to the Moon when Apollo happened more than five decades ago.

What the heck is going on and why arent we there already? he said. Why is it that these systems are taking so long to develop when we were there 50 years ago?

Former NASA chief Jim Bridenstines TLDR answer: take a look in the mirror.

We have had programs started and stopped with the whimsical budgets of politicians, he said. It is starts and stops and wasted billions of dollars and lots of time.

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DC Eyes Beijing's Investments In Space - Payload - Payload

The head of NASA appeared before the House committee to warn of a secret growing military presence in space and how the US is "in a space race" with China for the goal of arriving on the Moon first.

NASA administrator Bill Nelson

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NASA administrator Bill Nelson testified before the House appropriations committee on NASA's 2025 budget, and said the space agency has reason to believe China is increasing its presence in space, especially within the last 10 years. However, China's space presence remains "very, very, secretive", and that a lot of the nation's civilian space program is actually China's military space program in disguise.

Nelson said he hopes Beijing will "come to its senses and understand that civilian space is for peaceful uses", but added: "We have not seen that demonstrated by China." Furthermore, Nelson said that the US is expecting to land on the Moon again before China, and the US is in a space race against China for landing on the Moon again as there is concern that Beijing could land before the US and say, "OK, this is our territory, you stay out,'" said Nelson.

Ultimately, Nelson said the US won't lose its "global edge" in space exploration.

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NASA warns of secret military presence in space disguised as civilian programs - TweakTown

UAH is known for graduating spectacular engineering students. (Hville Blast)

NASA has announced the winners of the 30th Human Exploration Rover Challenge (HERC) winners. The University of Alabama in Huntsville (UAH) is one of the many winners selected across the country and around the globe. More than 600 students spanning across 72 teams participated this year.

HERC, the annual engineering competition, took place April 19 and 20 at the U.S. Space & Rocket Center.

Read on to learn more about what the challenge entailed and what it means for UAH to win.

The HERC is one of NASAs longest-standing challenges, encouraging research and development of new technologies to assist in future space travel. The competition itself is an engineering design challenge meant to involve students from all over the world in the next steps to space exploration.

The primary objective of HERC is for teams of students to design, develop, build, and test human-powered rovers capable of traversing challenging terrain and a task tool for completion of various mission tasks.

Teams that applied can earn points in various ways: successfully completing design reviews, designing and creating a rover that meets the criteria and successfully completing course obstacles and mission tasks. Over the course of the project year, the team that accumulates the most points wins in their respective division.

UAH won first place in the college/university division, followed by Instituto Tecnolgico deSanto Domingo in the Dominican Republic and Campbell University in Buies Creek, North Carolina. UAH also won the Project Review Award for the college/university division.

UAH stands alongside several impressive winners at NASAs 30th HERC, including those from the following locations:

United States:

International:

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NEW: UAH wins first place in college division in NASA's 30th Human Exploration Rover Challenge - Hville Blast