STEM WOMEN
OF SPACE
At a.i. solutions, we are committed to empowering our employees, who consistently provide SPOT ON performance for our customers. A large part of our workforce consists of hard-working, dedicated women who inspire the next generation of female engineers and explorers, each and every day. The importance of encouraging young women to join science, technology, engineering and math (STEM) fields, is greater than ever. At the rate the Aerospace Engineering and Manufacturing Industry is currently growing, there is and will continue to be a major need for a highly-skilled and qualified workforce.
Throughout the year, the women of a.i. solutions are eager to share their stories and experiences that have led them to where they are today. We hope you follow along with us on this journey in spreading inspiration and encouragement to the future workforce of our industry.
Meet Jordan Quallen
Jordan Quallen is Guidance, Navigation, and Control Engineer with the a.i. solutions Launch Services Division working with the Launch Services Program at Kennedy Space Center (KSC). Jordan started with the company in 2009 as an intern and converted to fulltime in 2013. Her role is to ensure that NASA’s science satellites are successfully integrated with their launch vehicle to provide the best chance for the spacecraft’s mission success. As a child, Jordan fell in love with Space and had very good math and physics teachers in high school that influenced her love for STEM—their excitement for the field was contagious.
What are some of your daily responsibilities and basic skillsets used within your position?
“I work with our spacecraft customers and launch vehicle providers to define requirements and follow the evolution of these requirements throughout the mission. I provide verification and validation of these requirements using system dynamics and control and modeling software like MATLAB and Simulink.”
Where do you see the trend heading for women entering STEM fields over the next 5 years and why?
“The atmosphere is changing, that’s for sure. It’s a slow change, but slow change is often what sticks. I’m hopeful for a time when women are not few and far between in highly technical or management positions. I see more and more young women being empowered to pursue careers in the technical fields and that’s great news of things to come!”
What extra-curricular activities outside the classroom would you recommend to further a student’s interest and education in STEM fields?
“There are so many clubs and programs out there, technical and otherwise. Learn how to speak in public, learn how to lead your peers, search out opportunities to grow your technical skills. Science is in so many activities! Look at the things you enjoy and learn the science behind it—make yourself think “How could it be improved?”, “Can everyone use it this way?”, and “Are the materials cost-effective?” Answering these types of questions are what engineering is all about!”
What is your advice to women students trying to enter STEM fields?
“Find your passion and pursue it. Don’t allow failures or bumps along the road to discourage you from following your dreams.”
Meet Mitra Farahmand
Mitra Farahmand is a senior system engineer working as a navigation analyst on the Magnetospheric Multiscale Spacecraft (MMS) and Restore-L projects. She has been at a.i. solutions since August 2012.
Her parents had a very positive influence on her to pursue science and engineering from an early age. Mitra recalls her dad reading her newspaper articles about the exciting discoveries in astronomy and astrophysics. Mitra’s mom encouraged her to study hard and strive to be her best.
What are some of your daily responsibilities and basic skillsets used within your position?
“On both of my projects, MMS and Restore-L, Goddard Enhanced Onboard Navigation System (GEONS) is used onboard spacecraft which primarily utilizes GPS signals to achieve accurate navigation solutions. The MMS mission has been in operation phase since March 2015. The four MMS spacecrafts are in a tetrahedron formation on a highly elliptical orbit. I am part of the team that monitors the spacecrafts’ navigation solutions. The Restore-L mission is set to perform in-orbit servicing on Landsat-7 satellite. On Restore-L, I am part of the team that carries navigation analyses and simulations to configure GEONS for flight. The key to be successful in aerospace engineering is to develop critical thinking and have the desire to understand and pursue complex topics in math and physics.”
What extra-curricular activities outside the classroom would you recommend to further a student’s interest and education in STEM fields?
“I am from Iran and the schools’ culture and curriculum are different from the U.S. Growing up, I studied hard at school and after school. I realize that there are many opportunities available to the students at U.S. schools to help build their skills. I encourage every student to join one of the science clubs available at their school and explore their potential beyond the textbooks.”
Where do you see the trend heading for women entering STEM fields over the next 5 years and why?
“I think more and more women are entering the STEM fields. It is an encouraging and exciting time. There are unlimited opportunities in STEM fields. Come join the team!”
What is your advice to women students trying to enter STEM fields?
“You do not have to be the smartest kid in the class to pursue the STEM fields. You just need to be committed and follow through with your studies. At school, ask questions from your teachers until you feel confident that you have understood the subject matter and its application. Work hard for the success of your school projects and be part of the team. This will prepare you to perform well at your future jobs. Stop Googling the answer to every question and start building critical thinking skills by studying through your textbooks.”
Meet Laquandis Baldwin
Laquandis Baldwin is a Systems Analyst working in the Quality, Safety and Mission Assurance (QS) group in support of ground and flight tests for the a.i. solutions Mission Assurance Division. As a graduate from Alabama A&M University in Computer Science, Laquandis’ curiosity of computers is what pushed her into a STEM field. Growing up she was always reminded that the way we do business and communicate would change in the future and that technology would be the driving force behind this change. She was always fascinated about different technologies and how everything worked, and how to take computers apart and then put them back together. The complexity of how software programs operated made her interested in computer code development and the execution of those programs for input and output.
What are some of your daily responsibilities and basic skillsets used within your position?
“Some of my skills are a lot of reading and some investigating. Working in Quality, we ensure that processes and procedures are being followed per the Missile Defense Agency guidance.”
What extra-curricular activities outside the classroom would you recommend to further a student’s interest and education in STEM fields?
“I would recommend getting involved in professional organizations such as National Society of Black Engineers (NSBE), Society of Women Engineers (SWE), IEEE Women in Engineering, etc. Involvement in these organizations in your present and past collegiate years mold and prepare you for your professional career development. Also, many of these organizations offer conferences for career building practices that prepare you for job interviewing skills and assist you with your career path development.”
Where do you see the trend heading for women entering STEM fields over the next 5 years and why?
“I see a lot of women in leadership as well as more women business owners than we have seen in the past. Women are taking the lead and coming up with innovative ways to change the world as well as technology.”
What is your advice to women students trying to enter STEM fields?
“The technical environment is a male-dominated field. To help overcome this obstacle, try to interview as much as possible in order to obtain an internship. Interning lays the foundation for you to enter into your potential career path and can help you to develop professional exposure for your future.”
Meet Diane Davis, Ph.D.
Diane Davis is an Astrodynamicist and has been with a.i. solutions since December 2011. She works as a Principal Systems Engineer with the Deep Space Gateway trajectory design team at Johnson Space Center and also conducts research and development in multibody dynamics. Diane’s passion for STEM began as a child with her father, a former physics and biology teacher, who’d answer all her unending scientific questions as they worked in their garden. Throughout her schooling, Diane’s interest in physics and space grew and were encouraged by her teachers’ excitement and passion for this field of science. Diane was hooked on Space the moment she saw the stars through her telescope on the school football fields during a lesson about the constellations and astronomy.
What are some of your daily responsibilities and basic skillsets used within your position?
“My current position is very technical: I’m designing the maneuvers that will keep the Deep Space Gateway in orbit around the Moon or send it from one orbit to another. I write computer simulations using FreeFlyer and other software packages. I’m also developing, with my research partner, a custom design and visualization program for spacecraft under the influence of multiple bodies at once- the Earth and Moon, for example, or Jupiter and Europa.
On a daily basis I use my understanding of orbital mechanics—how bodies move around in space under the influence of various forces. I do my work with computers—I’m either scripting up my own simulations in FreeFlyer or MATLAB, or using dedicated astrodynamics programs like the Deep Space Trajectory Explorer or Copernicus.
Another vital skill for my job is communication. Whether I’m speaking to upper management about broad concepts, explaining technical details to colleagues, or writing and presenting conference papers, it’s incredibly important to be able to clearly explain my work, ideas, and conclusions.”
What extra-curricular activities outside the classroom would you recommend to further a student’s interest and education in STEM fields?
“Follow your own interests! I think we’re most successful when we’re doing things we’re excited about. Whether that’s performing arts, music, athletics, or a custom coding project, create something you care about.”
Where do you see the trend heading for women entering STEM fields over the next 5 years and why?
“I think a lot of barriers have come down already, after battles quietly (or otherwise) fought by previous generations of women. It’s clear we have some distance left to travel, but I see progress being made, and I think that barriers will continue to fall as it becomes more and more common for women and men to be working together to tackle STEM challenges.”
What is your advice to female students trying to enter STEM fields?
“Do what you love, find the field that catches your interest. STEM fields are increasingly accessible to everyone. Work hard, put in your best effort, and have fun.”
Meet Kara Crawley, CBCP, CEM, MEP
Kara Crawley has been an Emergency Management Specialist for 4 years at a.i. solutions and works side-by-side with NASA’s Emergency Management team in Washington, DC. Kara has always had a deep interest in science and how/why things work the way they do, but her greatest strengths were not in any STEM related fields. Kara was unsure about what career field she wanted to pursue while in school at the College of William and Mary and thought asking an 18 year old what she wanted to be was a lot before she experienced what the world has to offer. Kara majored in Government and Classical Civilization pursuing course work that sparked her interest. After college Kara pursued opportunities that carried the same interest and that used the skillsets in which she excelled. Her passion for public service led her to working for the Federal Government and now contributing to NASA’s mission and goals.
What are some of your daily responsibilities and basic skillsets used within your position?
“A lot of meetings. I also do a good deal of reading, writing, analysis, and correspondence. Problem solving, negotiation, and being flexible to changing priorities and/or environment are a big part of my day. The ability to work and collaborate in a team environment is huge.”
Where do you see the trend heading for women entering STEM fields over the next 5 years and why?
“The current administration seems to be placing a stronger emphasis on getting more women/girls in STEM fields. Hopefully some of their efforts will result in tangible progress. I’m hopeful that in the near future women in STEM fields is part of our norm.”
What extra-curricular activities outside the classroom would you recommend to further a student’s interest and education in STEM fields?
“I recommend seeking extra-curricular activities that you feel passionate about and those that make you feel your most authentic self, regardless of their perceived or actual relevance to your desired STEM field. When seeking new employees, I love to see a person who pursues extra-curricular activities that they are passionate about, are good at, and enjoy doing. I really appreciate when someone can apply a concept or make a practical application from another part of their life to the job at hand, even if the original activity doesn’t seem relevant at face value. Seek opportunities that build genuine character, and help you see problems from another perspective.”
What is your advice to female students trying to enter STEM fields?
“Seek guidance and advice, but don’t rely solely on other’s opinions about things that could impact your career trajectory, like a certain program, curriculum, internship, professor, grad school, etc. Trust yourself to make your own assessments based on the information you have. Know that you won’t always make the “perfect” or “right” decisions but know that it’s okay. Find value in the experience and commit to resiliency in any outcome.”
