Lights Flashed On The Stage.These Are Real Life Rock Stars. 12,000 Women Computer Scientists And Engineers

Fellow Co-Op shared her experience testing Curiosity Rover's drill, Morpheous tested thrusters and students toured space structure labs.

Jackelynne Silva-Martinez  presented "Behind the Scenes on the Verification and Validation (V&V) Tests of the Curiosity Rover's Robotic Arm." The Curiosity rover has been gathering data on Mars since August 2012. Jacky is a mechanical engineer who was a test operator for the MSL robotic arm during its V&V surface tests for sample acquisition, processing and handling. She tested with equipment which are a replica of the drill and the Collection and Handling for In situ Martian Rock Analysis (CHIMRA).

Engineering Structures (ES) students hosted a presentation and tour of labs that they work in for fellow Co-Ops and interns. These ES students are working on testing materials that cover Orion, untangling vibrations the Space Launch System experiences during tests and analyzing samples after the first Orion test.  

ES had lab with electron microscopes, impact test tools and a 3D printing lab. From the outside the ES building looks like a bunch of office spaces but nested in the inside are many we equipped labs.

July 20th was the Moon Landing's 47th anniversary. In celebration Johnson Space hosted an ice-cream party!

Morpheus is a planetary lander capable of taking off vertically. This week Morpheus' positioning thrusters were tested to capture footage for Engineering Propulsion. The test happened outside and we had to stay in the lab to remotely operate the test. Co-Op Michael O'Donnell is working on Morpheus preparing it's fuel chambers for thermo testing.

NASA Co-Op Week 2: Beyond Low Earth Orbit

Industrial drive advancing space exploration is juxtaposed by the nature around NASA’s campus. I can stroll past trees, ponds, deer, cranes, turtles on meandering sidewalks which connect Johnson Space Center’s buildings. A couple blocks down I can visit a caged beast that never flew, Saturn V.

Termination of Apollo halted production of many projects and future Moon missions. The Saturn V Rocket was in full functional condition eager to launch and fulfill its duty to send the capsule beyond low earth orbit. Now it’s Houston’s most expensive tourist attraction. During my Co-Op I work towards sending us back beyond low earth orbit again. 

My technical work continues with PLUTO (Plug-in Port Utilization Officer) on of the teams in current mission control. Currently I am orchestrating training for crew members. This training will teach astronauts how to use a device that will assist them in conducting labs and procedures in space. I am scheduled to OJT (On the Job Training) at a number of console positions with mission control in the next few weeks. In addition to technical work I have been appointed leader of the PAXC (Pathways Agency Cross-center Connections) committee where Co-Ops and interns communicate with peers at other centers and the Lectures and Tours Committee tasked with exploring the coolest places onsite and arranging lectures with some of NASA’s legends. 

Are Apps Worth Our Time? Defrag Day 2

Our obsession of technology has amounted to 11 hours of action yesterday at Defrag 2014. A theme throughout all of the conference is determining if this obsession is worth while.  Speaker Anil Dash, from Think Up, explored if technology is a good use of time.  How often you scrolled through your Facebook newsfeed, sent a tweet, or Snapchated a pic? In fact, you are using a form of social media right now. Social media is a tool used to connect others, yet there may not be much to show from all of our time on apps. Dash recognizes that companies will do their best to "steal your time" and keep you on their apps longer. As developers and innovators there exists a level of responsibility since what is created will use people's precious time, therefore should be worth a user's while. Tech creators, in Dash's words, must "earn (a user's) time. As a user, be aware of who creates your apps and social media tools . Is it a "ma and pop", giant company's, or 20 something year old from silicon valley's app? Reflect if you are getting anything out of your time. Thankfully, I can reflect and see that through the power of social media I have been able to make connections with others who share similar interests with me and opened doors to many opportunities. However if your time is spent racking up "likes", a rearrangement of priorities may be in order. Time is the most valuable resource, use it wisely.

Intern Day Two: The HIVE

When we looked around the room there were Orion Mockups, huge displays, and technological toys we couldn’t wait to get our hands on.

After I met my mentor for the first time two fellow interns and I were briefed about our goals for the summer. This summer I’m working with NASA’s group called the HIVE (Human Integrated Vehicles & Environments). HIVE’s goal is to get new technologies in front of astronauts, operators, and users as soon as possible during development to make the technological interface human friendly. Some of the projects HIVE is working on includes user interfaces for onboard Orion, wearables to alert astronauts about important information, and test beds to simulate mock missions.

Within HIVE my main goal is to translate packets of information sent by devices on Orion’s Deep Space Habitat (DSH) and display this data in a meaningful way. For example, one of the devices on the DSH is a device which insures the habitat maintains a constant amount of power no matter how much light the solar arrays are receiving. This device is actually the same device I helped work on at my summer internship at NASA’s Glenn Research Center. Using LabVIEW programming software I translate these packets into meaningful data and display that data as a graphical user interface.

The HIVE lab were we work is a large glass room overlooking a warehouse room with Orion’s parachutes and a NASA meatball shaped simulator that used to be for acclimating astronauts to motion/ zero G sickness. HIVE has a mockup of the Orion crew helm that we have the opportunity to update as well.

Pictures of the lab coming soon!

Start Studying For Finals NOW

The semester has hardly started and you think it's already a good idea to start studying for finals?

I think its a good idea to avoid the panic looming at the end of the semester. I don't need a crystal ball to predict the posts on Facetumblinstatwitter - students stressing about what grade they need on the final to pass their class rather than actually studying. In attempt to snuff this distress I have a few proven habits if used throughout the whole semester will make finals week more zen.

1) Office Hours

As intimidating as the master behind your grade may seem the value of visiting your professor during office hours well outweighs the fear. Sometime not even the internet has the answer to your problems. After exhausting the knowledge of your friends, teaching assistant, and solutions manual studying can feel hopeless. Professors can often detect when your thinking is heading in the right direction and how to help you out if you are completely lost. Remember that they want you to succeed as long as you are willing to put in the effort.You can get the most out of office hours by trying the problem first, and coming up with question beyond "I don't get it". It is obvious when you are putting forth your best verses just fishing for an answer.

2) Optional Homework Is Mandatory Homework

Don't be fooled by a professor's modern teaching ideologies of "graded homework is a waste of time". Even if the professor assigns optional practice problems for your success in the class "optional" in professor speak means"mandatory". Why not become as comfortable with the material as possible? Understanding concepts a little at a time is much more manageable then cramming at the end of the semester.

3) Allocate Study time

Studying for courses between classes and attending your weekly study group may seem like enough time was dedicated. After recollecting the number of times you checked twitter you realize not a lot of studying went on. Printing out a copy of your class schedule and blocking out time strictly for studying will help you visualize how much time is needed. Two hours of study time should be dedicated for every credit you have per week. As a full time student of 12 hours that would be 24 hours of studying a week. As an engineering student with a 12 hour course load you square it and get 144 hours of studying (just kidding). If focusing for longer than the duration of a Spongebob episode is difficult for you consider using the 50/10 study rule. Study for a solid 50 minutes and then take a 10 minute break (not the other way around).

4) Take Useful notes

While attending lectures (and not sleeping in) be mindful of what you jot down. Will you be able to decipher your chicken scratch by finals week? Reconsider what will be useful to write down as a homework reference and what to underline for review during finals. Take advantage of presentations and notes professors posts online so you can record only what's most important to you. As the only person in your study group with legible notes you have rights to charge a Chipotle burrito tax every time they want to copy them.

Robotics Molds Students Into Professional Triple Threats

It’s no shock that FIRST Robotics promotes science, technology, engineering, and math. FIRST’s message of STEM education is smeared all over its challenges, image, and very name “FIRST”- For Inspiration and Recognition of Science and Technology. What FIRST robotics didn't expect to do is create a new breed of professional triple threats. FIRST has molded a generation of confident communicators, tenacious culture changers and gracious leaders.

Communication A stereotype for anyone in STEM industry is that you are socially impaired and enjoy being locked in a dark room with your work. Out in industry, why would the media want to speak with an engineer when there is a whole marketing department dedicated to doing just that? Especially when the marketing knows to NOT speak techy geek lingo that makes anyone want to forget every ounce of high school algebra they remember. This communication challenge is constantly navigated on a FIRST Robotics team. There is a different set of dialog for the media, fans, fellow teammates, and supporters. A phrase like “the new FRC roboRIO has integrated PWM, servo, and analog I/O channels capabilities” could be useless to you unless you were on a team while “this year’s robot controller allows us to add more sensors on our robot” is more meaningful. Students learn how to identify who their audience is and communicate accordingly. Teams often present to companies, schools, communities, some tech literate, and some not. Tech industry will soon be welcoming individuals in STEM that can communicate to a wide audience and not just among themselves.

Culture Hot topics like celebrity gossip may catch your attention but for most not this week’s newest innovations. Why? Culture. For what I like to call the engineering golden years, 50s and 60s, engineers were celebrated as superstars. The media and government were behind their innovative visions, currently that support is there but not as visible. Its obvious that students in FIRST try to change culture by showing that STEM is cool, but they also change culture in a more powerful and subtle way. Students engage in a unique form of cooperation scarcely observed in industry. Yes, during build season students keep their team's design hush hush, but when a rival asks for help they rise to the occasion and assist. You don't see Microsoft asking Apple for help with font design or firmware advice. Students recognize that the success of all teams is more important for the success of their own. Once these individuals enter into industry their mindset of advancing humanity rather than stock competition will allow innovation to occur faster.

Leadership The word leadership often evokes an image of a CEO, suits shaking hands, and a cheesy stock image pasted on a motivational presentation. Although being an executive leader is a lot of people’s goals there are just not many of those positions open. Getting to that level of management maybe involve some ungracious acts, climbing the ladder while stepping on a few people's toes. FIRST robotics has shaped a more realistic image of leadership in the mind of this generation. These students understand leadership doesn't just come in the form of leading others but also the leading of self. Autonomously identifying when you have nothing to do, thinking of a way to drive a goal forward by contributing, and completing that task sounds like a relic of a time gone by. For individuals on FIRST robotics this self-motivation is the key to their team’s success. Students learn that their team's goal would not be reached without their daily drive.

Disguised by the whirring motors and blinking lights a new generation is being fashioned. These professional triple threats graciously reform communication, culture, and leadership. At competition, beyond the field and into the robot pits is the best place to watch this transformation take place. Not convinced? Grab a pair of safety goggles, shake a few hands with students, collect a few robot buttons, ask about their robot design, hear about their aspirations, and see for yourself.

Find your nearest FRC competition: http://www.usfirst.org/whats-going-on

Dragon & Tech Development: NASA Co-Op #3 Week 5 & 6

Six weeks into my spring at NASA I can finally summarize my role. I am basically a project manager. I am working with a wonderful team of developers and flight controllers to green light an app astronauts may use on the International Space Station to facilitate stowage operations. The app runs on a device that would make stowage operations more hands free and enable monitoring from Earth. Stowage operations include unloading visiting vehicles such as the SpaceX Dragon and reloading Japanese HTV vehicles to burn up in the atmosphere. To get app approval I need to set up user tests in space station node mock-ups with participants familiar with space station procedures such as mission control flight controllers and astronauts. I observe user testing for other stowage tools and instruct team members to integrate those lessons learned into the app. I make sure the right talents are involved in the development including folks who work in human factors and those who train astronauts. So far this has been my favorite work tour responsibility wise. Even as a Co-Op my efforts directly correlate with the success of the app’s progress.

Picture above is from NASA’s exhibits in downtown Houston during Super Bowl week. I am wearing a VR headset that gave a 360 degree view of how rocket engines are constructed. A rocket booster of the same module of those on the Space Launch System was perched in the middle of Houston’s Discovery Green. Standing in the middle of the exhibits you could spin around in the circle and see sky scrapers draped in Super Bowl LI banners.

WAYS TO GET INVOLVED

SpaceX Dragon, a cargo resupply ship is scheduled to launch Sat Feb 18 9:01amCT, watch here!

Science experiments arriving to Space Station on Dragon to be conducted bu astronauts!

Behind the scenes of the SpaceX Dragon launch and Space Food!  

List of launches scheduled at Kennedy Space Center in Florida's Cape Canaveral.

Five minute video of this week's NASA accomplishments.

Real time updates on  NASA's missions.

Apply to be a NASA Intern!

Boost Your Scholarship, Award and College Applications

Participating in lightning-round tech award reviews revealed a number of ways you can make an application, if for a scholarship, award or school acceptance, more powerful...

Use narrative writing to illustrate your experience and put the reader in your shoes. While reading some responses I could see the world the applicant was living in and shared their emotions and goals. 

Sprinkle you answers with quantities to communicated how you contributed: volunteered 10 hours a month, presented to 100 students and built a 120lb robot in six weeks.

YOU ARE NOT BRAGGING, you are showing the reader your hard-work, influence and achieved goals. The application reader does not have the power to read minds. You are NOT being humble, you are communicating poorly. Save your "humbleness" for a thank you letter to the scholarship/ award committee after you win.

Avoid repetitiveness in questions although that experience can fit into multiple answers. As a reader, seeing repeated experiences depreciate the experience's value. 

Try to use the max character/ word count. But do not do so if you need to use fluff or sacrifice concise communication/ meaning.