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Karen Nyberg

Inspirational women

UN Celebrates Girls And Women In Science

11 February, 2016

Only 3% of engineering degree applicants in the UK are girls and 6% of the UK engineering workforce are female. That’s right, it’s in the single digits!

Having carried out physics and engineering degrees in the UK, this statistic pains me. Relatedly, physics is the 3rd most popular A-level for boys but only the 19th for girls. Half of all state schools in the UK don’t have any girls studying physics A-levels at all. With a similar trend seen globally obviously something needs to change.

The United Nations (UN) has declared 11th February the International Day of Women and Girls in Science, celebrating their scientific achievements and taking place for the first time this year. So it’s apt today to look at how we can encourage girls to study science, including physics, ensuring that they have access to STEM jobs in the future.

Although girls are more likely to want to work on something meaningful they are reluctant to translate that desire to science

Although girls are more likely to want to work on something meaningful they are reluctant to translate that desire to science

The Impact of Technology

When speaking to young girls, one thing that has always helped me to portray the wonder of science, is rather than always thinking about the technology itself, think about the impact that technology will make on people. Humanize the technology itself. Take satellite technology for example: initiatives are now being undertaken to provide affordable internet access worldwide through a constellation of microsatellites, a project with the potential to have an unprecedented impact on those around the world without access to basic communication. Rural communities will have high-speed internet access where once there was none, providing education and knowledge to those currently without. The impact of the project is from where, I believe, you can inspire an increasing number of girls to study science.

Rather than thinking about the technology itself, think about the impact that technology will make on people. Humanize the technology itself.

NASA Astronaut Karen Nyberg in the cupola module on the International Space Station (ISS). She has a degree in mechanical engineering and her studies centered on human thermoregulation and experimental metabolic testing and control, and focusing on the control of thermal neutrality in space suits.

NASA Astronaut Karen Nyberg in the cupola module on the International Space Station (ISS). She has a degree in mechanical engineering and her studies centered on human thermoregulation and experimental metabolic testing and control, and focusing on the control of thermal neutrality in space suits. [Image copyright: NASA]

Find Role Models

Allowing girls access to women in STEM is key. As the first American woman in space, Sally Ride, said, “If you can’t see, you can’t be.” With movies and media portraying mainly male scientists, meeting one female scientist can change the life of a young girl as many don’t realize that a career in STEM is an option. Their future options can be influenced by a decision they make at a very young age. Positive female role models are essential to provide women with examples to look up to when they’re making the most critical decisions in their educations or career. Girls can be inspired by independent, fearless, female main characters in books or on TV as well as in real life. Knowing that there is somebody that looks like them and is a scientist can be pivotal in their educational journey.

Take a look at the Inspirational Women section of Rocket Women to read interviews with accomplished women in the space industry.

Six-Year-Old Abigail Enthralled By Canadian Astronaut Chris Hadfield's Sokol spacesuit

Six-Year-Old Abigail Enthralled By Canadian Astronaut Chris Hadfield’s Sokol spacesuit [Copyright:]

Encourage Girls When Young

To encourage more women into engineering you need to inspire them when they’re young. Girls at the age of 11 decide to leave STEM (Science, Technology, Engineering, Maths), when they’re in an education system where the choice of subjects at school severely limits their options for working in other fields later. Girls need to be allowed to be creative and inquisitive from a young age, rather than being told to play with toys that are seen by many as more appropriate for young girls is key. At 8, I was learning to programme the VCR and encouraged to read voraciously about science. The key is to initially spark an interest in STEM and then to allow that to grow over years, overcoming gender bias, especially in the early years and secondary school. There are an increasing number of companies helping parents to encourage girls when younger and avoid toys that are infused with gender stereotypes, including Goldieblox which allows girls to build and become engineers and Lottie Dolls who recently launched a Stargazing Lottie doll, designed by a six-year-old girl called Abigail, to the International Space Station (ISS).

Girls need to know that it’s fine to be nerdy

Changing The Stereotype

The typical stereotype of a physicist or engineer is usually male and nerdy, which needs to change. Many men and women that work in STEM don’t consider themselves a stereotypical ‘nerd’. Girls also need to know that it’s fine to be nerdy, or simply smart, in fact as an increasing number of jobs incorporate at least a moderate level of technical skills, it’s going to be necessary for girls to learn to code and feel comfortable in a technical environment in order to succeed and thrive in any chosen career. According to US CTO Megan Smith, tech jobs pay 50% more than the average American salary.

96% of the world’s software engineers are men. The average salary for a software engineer in the US was close to $100,000, one of the top paying jobs in the country, with a similar trend worldwide.

On this inaugral International Day of Women and Girls in Science, lets share this advice with young girls around the world to help them reach their potential in the future.

Astronauts, Inspirational women

Sunita Williams To Be First Female NASA Astronaut To Fly On US Commercial Vehicles

27 August, 2015
NASA Astronaut Sunita Williams presenting at ISSRDC 2015

NASA Astronaut Sunita Williams presenting at ISSRDC 2015

After launching to space on both NASA’s Space Shuttle and then the Russian Soyuz rocket, Sunita (Suni) Williams will be the first female NASA astronaut to fly onboard the new US commercial vehicles being developed. Suni, who holds the record for the longest EVA (spacewalk) time by a female astronaut, was chosen along with astronaut colleagues Robert Behnken, Eric Boe and Douglas Hurley to be the first 4 NASA astronauts to fly aboard the future Boeing CST-100 and SpaceX Crew Dragon spacecraft. Boeing and Space X were awarded contracts by NASA in September 2014 worth $4.2 billion and $6.2 billion each respectively, to develop the next generation of crew transportation to low-Earth orbit. The crew selection announcement was made by NASA Administrator Charles Bolden with the selected astronauts including Suni to begin training with the commercial carriers this year.

Suni Karen

Coinciding with the announcement, Suni appeared on stage with fellow NASA astronaut Karen Nyberg to present an inspiring keynote address at the International Space Station Research & Development Conference (ISSRDC).

Get to the starting line

Suni discussed career advice for aspiring astronauts, emphasizing that “Understanding how things work and being an engineer led me to become a helicopter pilot and eventually to JSC. The path doesn’t necessarily have to be straight, but don’t limit yourself to what you know. Go out and try new things. Some of those things when I was young I would’ve considered a failure, but you just need to get to the starting line.” Karen added that her older sister used to laugh and say it was cute when she said she wanted to become an astronaut. However after an internship at NASA Johnson Spaceflight Center she knew that it was the career path for her ,“and here I am”.

Suni Karen ISSRDC

Don’t forget the things you learned at Kindergarden

Suni’s next piece of advice was, “Don’t forget the things that you learnt at Kindergarden”. She recalled the experience of living on the ISS with “people from different cultures and backgrounds, people from all over the world”. Suni’s first mission to the ISS as part of a Soyuz crew of 3, was with an American and Russian, with her most recent with only Russian cosmonauts. She highlighted the international nature of spaceflight through her experience of training with an ESA astronaut and acting as backup crew for a Canadian & Russians. Suni described the sometimes stereotypical view, especially outside of North America that, “Canada, you think just above, is close to being American, but it’s very different.” She also sometimes forgot that her Japanese crewmember was from Japan, as he went to school in US. She described her 6 month missions on the ISS as “a marathon not a sprint”. She discussed the fact that astronauts have to prepare for any incidents that happens on the ISS when the crew are asleep, with the ISS systems and controllers waking the crew up at night if anything was happening. Before her flight she wanted to make sure she was prepared. Discussing the nuances of international work culture, her Japansese crewmate, Aki Hoshide, wanted to “just work Japanese style” Amusingly Suni finally got him to stop working by putting on the TV show Family Guy at 6pm.

Karen added that her philosophy was to “Always do your best. Always clean up after yourselves. Admit you’ve made a mistake”. She described astronauts on the ISS as being a “Jack of all trades up there, including scientists. For some science, we get the experiment rack up and running and leave it alone. Sometimes we get to talk to PIs (Principle Investigators)” which is her favourite time. She said that during her work on the ISS she was “always thinking about the people on the ground and doing her best, knowing how important that experiment is to that person”. Karen admitted that once she “changed up” the wrong igniter in combustion rack and delayed their research for a long time, feeling so awful afterwards.

She went on to describe a popular topic fielding questions. “Urine collections is a technique.” Her first time attempting this “was a disaster, I made a mess, and used so many dry wipes than allocated. By end it was easier with a hose and I got better with it.” But she missed the first data point for the research and knew that “data means so much to them”.

Stop and look at the foliage every now and again

Suni’s 3rd lesson to the audience was to “Stop and take a look at the foliage. Just take a moment out and enjoy the journey”. She depicted coming back to Earth on the Soyuz as “Anti climatic when you’re leaving the ISS and closing the hatch, in long underwear and doing leak checks.” You think “something’s exciting’s going to happen, then undock and sit there for whole orbit with the list of tasks in front of you.” She empathetically depicted the “ride home” as spectacular. “Your face is this close to the window and us knuckleheads are close to the fire. Russians in the middle seat. I was in the left seat, starting and stopping the procedures, not wanting to mess it up.” After deorbit burn she described the crew seeing pink outside the window and the window cover dramatically burning off. “The pyros are going off, we can’t talk to the ground. Then things calm down, the parachute deploys and you’re the walnut bouncing around.” Suni hoped the commercial crew that she had recently been selected to fly with, takes a note and learns from the Russians. Suni’s advice was to enjoy the time in space and the journey, mostly enjoying the work with the scientists on the ground.

Karen added that she wished everyone on Earth had 90 mins to see the view from the cupola on the ISS. She exercised on the ARED below the cupola, for an hour every single day. “I just took for granted that I was over the tip of South America again, 240 miles up. How many things on Earth that are magnificent that we take for granted very single day.“

Suni and Karen described that for girls to be interested in STEM and a career in space, videos from a female astronaut’s perspective were very important, even those describing how to wash your hair in space. The HAM radio project was also surprisingly impactful, taking up a tiny slice of an astronaut’s overall training. Suni stated, “We have a whole bunch of things to do, do a spacewalk, grab a visiting vehicle. The HAM radio is 5 minutes and we speak to 10 kids. Sometimes it’s super clear. We get a report afterwards on how many people were at the event and how much time the kids took to prepare. There’s 1000 kids at an event which is pretty impactful. When you’re flying around, doing science experiments there are 1 or 2 people on the ground that are watching. You start to forget there’s a whole load of other people out there and it really chocked me up. HAM radio was huge and public events. When you’re talking to a screen, you don’t know how many people are down there. It’s better for me when it’s down there. I get really nervous when there’s a lot of people and I’m on a big stage.”

She summed up the sole reason for her outreach activities, “We’re trying to inspire the next generation”.