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this is mission control houston again

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looking down inside of the international

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space station flight control room here

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in houston

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one of the remarkable things about the

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station being how many centers and

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countries around the world have been

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involved one of the other u.s centers

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the marshall space flight center in

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huntsville alabama taking a very

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integral role in all space station

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operations why don't we go out there now

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where laurie megs is standing by live

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lori i understand you have some pretty

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amazing people out there who have been

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contributing to the past 15 years as

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well

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that's right you know we've talked a lot

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about the folks behind me here in the

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payload operations integration center i

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mean they make science happen every day

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we talk about their contributions almost

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weekly daily but we wanted to introduce

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you to some folks who've actually played

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a role in the hardware marshall has done

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a lot of work in that and joining me now

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is brian mitchell and brian he was the

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element project manager for node one

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which was built right here at marshall

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brian thanks for joining us

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take us back to those early days

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i guess it was more than 15 years ago

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really for you guys yes

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good morning um

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let me first say i consider myself lucky

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and privileged to have worked on the

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node and all the pressurized modules

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it's not every day that you get a chance

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to crawl in each module and

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and

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see it from the time it was

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paint in the paint booth to the time it

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was launched at ksc

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the node

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lab and airlock were all manufactured

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here in huntsville and

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the assembly and integration took place

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here

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the early emphasis of space station

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was on qualifying the structural

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integrity of the pressurized module

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providing a robust ceiling capability

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and finally the ability to attach the

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modules in space

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the node made it all possible right to

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start the assembly really yeah well the

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node

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paved the way for a lot of common

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hardware that was used by all the other

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modules such as the hatches

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the fluid power connectors

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seals

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and the common berthing mechanism also

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known as the cbm

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how many ports were on node one there

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are on one i guess i should node one had

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six ports they had two pressurized

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mating adapters on the forward and aft

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end

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and it also served as the hub that all

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the other us modules was attached to

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tell us more about those common berthing

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mechanisms

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well the cbms are

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primarily consist of

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alignment guides capture latches powered

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bolts and controllers

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that allow automatically attaching the

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modules together in space

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that's no easy task i'm sure right no it

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was it was we were quite nervous when we

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first started but

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the

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41 birthing operations

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31 de-birthing operations

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and it continues to be used today

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by our

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our payload delivery with japanese htv

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as well as spacex and orbital delivering

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cargo to space station working just as

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you planned so many years ago right yeah

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we were real nervous when we first

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started but as time went on

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we gained a lot of confidence and has

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performed beautifully over the years as

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we celebrate this 15th anniversary

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what do you want others to know about

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the space station

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well

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one thing that that amazes me about the

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space station is that people almost

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anywhere in the world can go outside

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and on when the weather's right and the

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time's right you can see the space

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station flying overhead

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and to me that's amazing and i just want

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them to know that the pressurized

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modules as well as the hatches and the

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cbms were all manufactured and built

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here at marshall and all the testing and

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qualification was done here at marshall

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tell us something unique about or maybe

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a story from from way back then i know

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that you you kind of came up with

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something to help out uh on the project

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it's made of a hockey puck i don't know

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if we had that with us yeah i have it

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sitting over here in the chair but um

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we actually had when when the nodes were

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in the paint booth

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as a first element

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we had a lot of feed-through connections

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that we had to provide nickel plating

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so that we could get an electrical bond

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and we were having trouble providing a

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good smooth sealing surface for that

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so

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um i had the idea to

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fart for a tool

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and i went down to the

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to the hockey rink

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and i got a high key puck

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and i made a tool that actually you

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could

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um stick in the the feed throughs and

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sand

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the nickel plating and when we got done

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it turned out great all of the nickel

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turned out to look kind of like record

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albums and

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it worked very well took a lot of

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innovation like that back then thank you

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so much brian thanks for sharing with us

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we also want to talk about the hardware

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for the payloads we've played a big role

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in that and continued to this day

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mike cole is the deputy uh manager for

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the iss office here at marshall and mike

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you were also

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the project manager when they delivered

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the microgravity science glove box tell

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us about that

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i appreciate that it was a joy working

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on some of the early payloads and

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facilities that were uh

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flown to the station here at marshall we

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were responsible for quite a few

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different facilities we had

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from the vehicle side several of the key

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uh systems like the environmental

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control and life support systems uh

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which included the water recovery system

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uh that had a urine processor assembly

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associated with it and an oxygen

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generation assembly rack as well and

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obviously those were very important to

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keeping crew tended on the on the

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station critical and then when we

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increased numbers of crew members too

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absolutely that's right and then from

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the payload facilities as you mentioned

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the the glove box and

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that was actually a

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facility that was a bartered payload so

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it was designed and developed by the

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european space agency however we at

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marshall manage the the program and have

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the integration team so we help the

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payloads that fly in the facility we do

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the integration process and help them

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get ready to

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do all of their science and research on

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the station and it's a unique facility

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because it besides

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distributing station resources uh the

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power and data and the video and those

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things it also provides a work volume

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that's a two levels of containment so

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that it does hazard control for being

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able to

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from a safety perspective and it has the

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glove port so it's very interactive with

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the crew so it gets a lot of uh

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i guess video time

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on board the station

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it's a workhorse too i mean we've had

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thousands i mean 15 to 17 000 hours

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maybe have worked so far and it's been

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very reliable

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today

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here at marshall we've also done several

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other

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facilities as well

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one of the more traditional research

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facilities is the material science

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research rack

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that was also has some esa hardware in

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it as well the microgravity science

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laboratory but

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that

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facility does like i said the

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traditional research we install samples

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and they do directional solidification

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or quenching type of

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operations and that's basically to study

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material properties and hopefully

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someday that research will lead to

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better materials

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for use here on the on the ground it

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really is an international partnership

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that is crucial to the whole space

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station absolutely uh also let's talk

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about the window observational research

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facility we have a role in that and it

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actually plays into a bigger part right

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absolutely that actually is a

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express rack derivative and express is

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uh expediting the

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processing of research the space station

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how make you say all those

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i may not even gotten it right

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but the

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those racks were some of the first uh

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payload racks that were um our first

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racks delivered to the station for

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conducting uh

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research and they were centered around

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uh being able to use

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mid-deck lockers which was some of the

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ways we did

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station or not station research on the

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shuttle and so

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those racks were delivered and i think

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there's actually eight of them on board

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and talking about thousands of hours of

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operation i think one of the first ones

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has over 90 000 hours of operation now

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but wharf being a derivative that uses

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several of the same key subsystems but

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it's unique and it's mounted above the

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station window so it's set up to do

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earth observation science right now we

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have another marshall payload that's

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installed in wharf called i serve

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which is actually there for being able

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to photo and

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back of

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earth and do some help with disaster

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relief so i think some of the recent

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photos were of the flooding in the

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cambodia thailand area

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earlier in the month very important work

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let's talk about how emphasis has

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changed i mean you've gone from assembly

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complete to now it's really on the

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payloads how is that for you yes man

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we've actually had a lot of changes over

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time i mentioned the shuttle

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era in that time frame you know we had

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our missions were 10 to 14 days very

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restricted and and so we had a lot of

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emphasis on doing a lot of very

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robust qualification and test program to

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make sure all the hardware worked right

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the very first time and

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a lot of planning to get everything

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orchestrated for that short period of

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time but we still do a lot of planning

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working with the with the station but

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the the hardware is is different we're

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more focused on reliability and

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maintainability as far as the systems go

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for conducting research so since that

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hardware is going to be there for a long

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time we want to make sure

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nothing lasts forever we want to make

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sure that we could replace things so

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there's the whole design is geared

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around orbital replacement units to be

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able to keep things operating for a long

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time

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but then the biggest shift is now that

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assembly is complete

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from the payload perspective we want to

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make things as absolutely simple for

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payload developers as we can so there's

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been an emphasis on

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cots type of hardware commercial off the

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shelf type of hardware an emphasis on

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reducing the amount of verification

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requirements that it takes and one of

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the unique things here at marshall is we

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have

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associated with the

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facility payloads i was talking about we

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have ground units on uh here at marshall

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for both the the material science

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research rack the the glove box and i

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put my hands over there

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and the express we have a functional

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checkout unit and so we have a real

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emphasis on helping the payloads develop

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their hardware and make it as simple as

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possible to get them on board and and

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we're able to do true end-to-end

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testing here and we have the opportunity

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to work with the operations folks and

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they can come over and and help put

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their hands on the hardware as well so

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it provides a unique capability here

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well thank you for all your

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contributions uh congratulations on the

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anniversary to you and brian and let's

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take a live look at the other folks who

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really made a contribution and continue

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to in the payload operations integration

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center jason norwood is the pod today

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the payload operations director

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and he says they've been working today

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with the cfe test run he says

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mike has been training koichi on how to

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do his first solo run which begins

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tomorrow so i'm sure the payload

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developers in portland and cleveland are

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ecstatic about that and that'll do it

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for us here at the payload operations