 |
                

 
|
|
Meet:Leland Jackson
Reliability Engineer -- Safety and Mission Assurance, Maintainability
Group
International Space Station
NASA Johnson Space Center
My
Journals
Chat Archives
Who I Am and What I Do
I am a reliability engineer with the International
Space Station (ISS) Safety and Mission Assurance (S&MA), Maintainability
Group. I work for a contractor, Science Applications International Corporation
(SAIC), but represent NASA in the ISS community. I review the performance
of product developers in meeting the maintenance requirements for the ISS.
This includes local vendors, such as Boeing, and the International Partners,
in particular the Russian Space Agency, Canadian Space Agency, and NASA.
I am specifically responsible for the ISS Qualitative and Quantitative Maintainability
Requirements.
I also had another title as ISS Lessons Learned Coordinator.
Lessons Learned are concepts and ideas that were developed on the ISS
program and will assist in the engineering and operation of the ISS and/or
future programs. My particular job duty was to publish acceptable lessons
and distribute them to the ISS community for incorporation. My part in
that project has just about come to an end.
Pros and Cons of Working at NASA
Pros: Definitely the awesome privilege to work on a project of
the International Space Station's magnitude, which is not only bigger than
one's self, but also bigger than one country. Working daily with people
who are considered the best in the world at what they do. Negotiating agreements
with foreign space agencies is also incredible because that type of work
helps you to understand that people come from all over, but, in general,
are not much different from you.
Cons: Long work days and many months of work
that go by before seeing anything tangible. I worked on the ISS for almost
two years before the first flight. It's amazing that some people worked
on the project for as much as fifteen years prior to the first flight.
This is common in the space program, and it just requires much patience
and understanding that all the work will result in something to be proud
of.
Education
I went to Texas A&M and earned an industrial
engineering degree, graduating December 1996. I interviewed with one company
after college and got the job I sought for fifteen years. Before working
for NASA, I worked while in school for the Texas Transportation Institute,
designing roads that were safer for weary drivers.
Preparation for Career
As a kid, I played with Legos®, and
that helps to show how small parts go together to make large machines
as well as inspire imagination. I built many models including functioning
models of rockets that could launch and a remote control airplane.
As for books, I read many nonfiction books about
military vehicles. That might sound unusual, but, by far, the military
has utilized more of the newest engineering innovations than any other
industry.
I think computers helped even more than books in preparing
me for this field. From the available research on the Internet to even
playing games that challenge the mind to think about innovative ways to
surpass an obstacle, computers have helped in honing my skills that allow
me to work in this field.
Beyond toys, books, and computers, the greatest activities
that encouraged my pursuit of this career were my school lessons. Math
is so much fun, especially when you are calculating the energy it requires
to put a shuttle in orbit; and English is a challenge, when every word
can change the entire meaning of a requirement.
To Prepare for a Career in this Field
First of all, it is very hard to get a job in engineering or the space
industry without a college degree. To get a degree requires completing high
school and making good grades to get into college. All that requires is
a few, sometimes one but rarely more than three, hours a day of extra study
outside of school. I have never met a person who did not get into college
if they did the above, and I never saw a person in college who did not do
the above. If particularly interested in engineering, I suggest study of
the sciences (chemistry, biology, and physics) and math. However, every
course is very important including art (after all, most engineers make drawings
for a living). In fact, I played in a school band from 6th grade all the
way through high school and four years of college. I think the challenge
of working with so many other people to put on a good show is just as important
as knowing how to solve for heat loss using the laws of thermodynamics.
The biggest preparation is learning to be patient.
I was 23 when I finally completed all my studies necessary for my career.
That's eighteen years of nonstop going to school. On top of that, I have
another eighteen years, or more, before I see the final completion of
the ISS mission (from launch to deorbit). If all goes well, at that time
NASA will begin the Lunar Mars mission. Each one of the crewed spaceflights
will last three and a half years! My point is, in this field, discovering
that you were successful in completing the goals you set out to accomplish
may take a long time to realize. If you do not have patience then you
will never be around long enough to be successful at NASA.
Both of my parents were critical in supporting me,
but I have to give additional credit to my father in my professional success.
He is an amazing engineer, whose professionalism posed as an excellent
role model to follow. Without that example to follow, I would never have
understood the importance that engineering had in society and would never
have felt it worth my efforts. That would have led to me being a lawyer.
Beyond the role model, my father also gave me my
initial orientation into what the space program is all about and laid
the foundation for the principles for which I think we should endeavor
to go into space. These principles are important to my job and me. Most
people have the instinct to do what they can to better society, and because
of conviction, they do what they can to aid and achieve that effort. I
learned from my father what the space program really had to offer society,
and, from there, the ethics instilled into me by both of my parents persuaded
me to aid and achieve that effort.
Growing Up
In elementary school, I wanted to be a fireman. The idea of saving lives
and fighting fires seemed far more appealing than chasing bank robbers or
even worse, flying from point A to point B. However, things changed when
my father brought home our first computer during my 4th grade year. Today,
my pocket calculator is more powerful than that original Apple II, but that
first computer was purchased to run a special program my father obtained.
You see, my father flew for the Air Force, and he knew a friend that worked
at NASA. This particular friend helped write the software that NASA used
to track the Space Shuttle. Contrary to popular belief, this software is
fairly simple, and it ran on that Apple II just fine. I still remember the
first time we tracked the shuttle and watched the little icon zip from the
Atlantic Ocean to the Australian continent in the time it took us to finish
dinner that night.
After that, I was hooked on space. I built rockets
out of my Lego® set and read books on astronauts and their spacecraft.
I watched movies like "The Right Stuff" to understand how we got to the
Moon and others like "Star Trek" to imagine where else we could go. But
nothing prepared me more than listening to my father talk about his fellow
co-pilots, some of who were astronauts themselves. Those men not only
flew the most impressive jet fighters in the world, but they also flew
the only vehicle that has ever been to space and back more than once.
That's important for what I hope to see in my lifetime; the ability for
an average person to see our planet with their own eyes from beyond our
atmosphere. Why this goal? I could never answer that simply, but go look
at a globe for awhile, and after you spin it around a few times, think
about how simple what you see is; but then think about how much life that
simple globe represents.
When I was 8 years old, the U.S. launched the shuttle
for the first time; that was vital to establishing easy access to space.
I still remember building a Lego® space shuttle for show-n-tell.
This fascination lead to a decision to get an engineering degree, and
it's important to note; I also attempted to become an Air Force pilot
(completed four years of ROTC), but soon learned I lacked the eye sight
to qualify for that (and to become an astronaut).
My Family
I have already mentioned my father. He was born in Texas, but it took
him awhile to finally end up in Houston. However, my mom's family has lived
in Houston for over a century, with a few city streets and a couple of schools
bearing her family name. Even in a city of millions, I do not have to go
far to find a member of my family. So when I call Houston my hometown it
really means a lot more to me than a place I was born in and now live. That
Houston family grew a bit bigger recently, as my sister, D'Anne, made me
an uncle with the birth of her son, Connor. My sister works for an engineering
firm, Brown and Root. That's the same place my father worked. My sister's
husband, Wes, works for another important government agency that deals with
flight, the Federal Aviation Administration, FAA.
Our family will continue to grow a little bit bigger.
In April 2000, I married a wonderful woman, Chandra. She brings to my
family two amazing young girls, Chasity and Chelsey, both 8 years old.
That means I have to learn how to be a husband and a father now, and that's
really exciting. Chandra is a nurse at Texas Children's Hospital. She
helps to save lives. To me that's more amazing than being able to step
foot on the moon.
Our busy lives keep us apart most of the time so
we take advantage of moments together. We have been focused on our wedding
and starting a home together. I can tell you planning a wedding is no
easy task, but I promise you that activity is the best for really understanding
the lasting impact your family and friends have on you. I have never been
so attentive and close to my loved ones as I am now; and, as such, I am
getting lots of help in getting things done right. However, none of it
would be worthwhile if we did not get the occasional moment to enjoy some
pizza, watch a movie, and play a game or two together. There is nothing
I do professionally that's more important than the moments I spend with
my family.
Future Plans and Goals
It is difficult to ascertain my future goals, because for so many of
my years just getting here was the future I dreamed. So now that I am here,
what can I do to be helpful and where can I do that best. Staying here is
important to me. I enjoy this industry and do not wish to leave it. However,
that's not to say I do not wish to further my education by going back to
school or taking a leave from this industry to build my skills elsewhere.
My goal is to see the space station as a success
and also enjoy the new opportunity given to me. This new opportunity is
Lunar Mars, the next step for manned space exploration. Participating
in the International Space Station is a real privilege, but I came into
the program at such a late date. It's great to get into a program at the
very beginning and having the challenge of making the right decisions
now that will affect the program during its lifetime. That's an enormous
task, but the rewards are well worth it.
Words of Wisdom
I love my job now. It's wonderful to tell people what you do for a living
and have them respond with "wow". It's also nice to have a flexible work
schedule that allows me to put my family and friends before my career. Some
people do not realize that over a quarter of your life will be spent at
your job. Those that know that do not take the next step and realize that
it's in their best interest to get a job they completely enjoy. If you read
this and then never talk to me or consider space again then at least consider
the following: Get a job in a career that you love. I did, and I am amazed
at how many people I know who did not do the same.
Archived Chats
|
|