So today I have the pleasure of interviewing Dr. Mark Micire, ex CEO for a
search and rescue, robotic startup, ex Program Manager at DARPA, ex Robotics
Group Lead at NASA Ames and Technical Search Specialist at FEMA, the Federal
Emergency
Management Agency and now head of robotics at Woodside Energy. Or, as we like to
call you - just mark. So I thought I'd kick us off with a bit of an icebreaker.
I might be able to guess some of these, but I thought if you could tell us your
favorite food, your favorite hobby and your favorite movie
All right, let's see. Favorite food, probably hamburger,
cheeseburger specifically. As basic as that is it is definitely a go to for me.
Favorite hobby, pretty hardcore into just computer nerding and geekery and stuff
like that. Close Second would be automobiles, spent some time owning and driving
some really fast cars, so that's that would be my other one
So I'm zero for three right now
What was the last one?
And your favorite movie
Oh wargames. Yeah, the movie set the course that was the
trajectories setting movie of my life, not that I almost started a nuclear war,
the computer part for sure
Hahaha yeah okay, so zero for three, I had you as a burrito,
photography, and I took a wild guess that Space Odyssey X for the movie. So
you've had a very interesting career as per my introduction now I probably know
a lot about you already, but theres still probably a lot I don't know, but I
thought we could take a bit of a trip down memory lane. Would you be able to
tell us about the study you did straight after high school and what sort of led
you to choose that study that you did
So out of high school I was very, very much into what we
now call cyber. We didn't really call it cyber back then. It was... Security was
the thing that the I.T. guys did when they weren't fixing servers. Like it
wasn't really a career path, it's just this thing that sometimes you think you
did. And to put it in time and it make me feel old, this is you're talking mid
to late 90s. So cybersecurity was not a career path, but it was absolutely where
I found joy was breaking things, specifically breaking computers and figuring
out the way that things would fail and then finding ways to do interesting
things with those failures. So when I went to university, through all of my
undergraduate although I was in a school of engineering, I was in computer
science and a lot of their stuff focused on a lot of the computer science core
curriculum, but they actually had a bit of an I.T. bent to what they were doing.
And I was also working full time job, I'll say on the side, it was more or less
I was doing university and had a full time job doing I.T. stuff, and then I
basically burned out on it. They say that the best way to ruin a hobby is to
make it your job. And so by the time I hit my senior year at university, I
didn't want to do anything related to security, computer science, anything like
that. Computer science, maybe, but definitely I had the opportunity I needed,
one elective course in my senior year and there was this robotics course, and I
grew up playing with radio controlled cars and other things like that. And I
think I naively thought to myself well robots are nothing but radio controlled
cars with computers on them
That's what I was thinking
So right, so this should be easy like I should be able to
go in and long story short, I ended up taking the robotics class, fell in love
with it and completely abandoned the cyber security stuff with the promise to
myself that I would go back three or four years later and see if that had
healed. And so, you know, fast forward to today, that's pretty much while
robotics is my day job on any given Saturday i'm just diving into and totally
geeking out on doing cybersecurity and other type, computer science-y stuff
and you've given talks and stuff on operational security,
and OT. So I found your dissertation title
I'm sorry
Hahah and for your master's study, and it's probably one of
the more interesting sounding ones I've heard of, definitely much more
interesting than than mine. So "the analysis of robot assisted search and rescue
response to the World Trade Center disaster". Straight after that you then went
into robotic startup for five years, would you be able to talk about what you
did for your masters and how that sort of led to the robotics startup?
Yeah, so for the Masters, so I got very fortunate in that
when the trade center disaster happened, the lab that I happened to be working
in. So that's actually a good Segway. So took that robotics course, started
working in the lab that for the professor that was teaching that elective course
and basically ended up being kind of the lab manager there. So I was fixing all
the robots as a master student, keeping all the stuff running for the the Ph.D.
students and then part of the focus of the research of the lab was in search and
rescue, and we really didn't know what we were doing at that point in the game.
But there was some interest from the local fire department and we thought it was
a domain that we might be able to play into just because putting robots in some
of these like crazy hazardous situations just makes sense. And so myself and
another grad student had started working with the local fire department and
started getting some getting some certifications. So we had done like we've done
trench rescue and a little bit hazmat and other things like that. And then
September 11th happens. Our DARPA program manager, who is funding most of the
work that we did in our lab, called us up and basically said, Look, all of the
equipment you have, and if you've got any personnel that can support that
equipment, I need you to load it up and get to New York. Like This is an all
call. Wow. And so we were one of probably a half dozen different groups that
were there. Now, strangely enough. And it was almost, I don't know. I'd say it's
by accident, but we certainly didn't plan for this when it came time to actually
go and deploy these robots. I was pretty much myself and my other student
colleague and then a couple of other folks that were with one of the other teams
that had any training whatsoever, even in safety as to how to operate on these
kind of sites and stuff like that. And so very quickly, we kind of got pulled
forward. And then the gift that I then had but didn't realize it at the time was
I got to spend effectively the next .. well we were there for a total of 11
days. And during those 11 days, I was one of the operators of the equipment that
we used on the pile 2.
So that then became the thesis. So the theme for that
thesis is we broke everything that we took up there. There wasn't a single piece
of equipment that didn't ended up busted in some way. Yeah, each one of those
breakages shows either a lack of engineering or imagination or just the
equipment wasn't prepared for what we were putting it in
You didn't know what you're expected to use on potentially
Exactly and we were borrowing from other industries. So
like the equipment, the most useful piece of equipment that we had at the trade
center was actually a robot that was designed for pipe crawling and was designed
for like industrial inspection applications that then we're now throwing into a
rubble pile with dirt and mud and bodily fluids and other things. And so simple
things like How do you decontaminate this robot wasn't something that was in the
original spec, especially when you're dealing with biologics and other things
like that. And so, yeah, I had that experience, and then the master's thesis
became an analysis of all of the things that we broke with the idea that that
would become these are all things that we would need to improve upon if you were
to ever succeed in this fire rescue domain. Got done with my thesis and then
realized it was actually a business opportunity there
And so that led to the startup
So graduated, was able to was fortunate to have a couple
of really wonderful angel investors that were very supportive of me wanting to
go forward and do this. They helped to bootstrap the company. We spent about a
year and a half developing the product that was we actually did that as a
partnership with the company that built the equipment that we used in New York
in terms of manufacturing capabilities and other things like that. They just
helped speed up everything that we were doing because they were already building
equipment and had tooling and everything else. And then about two, I guess it
was about two years later we had a piece of equipment that was ready to sell and
we immediately sold about, I think, our first units out the door, there was
about a half dozen of them that went out to the various groups, not the least of
which was my former university
And this is the same thing that you brought in to the demo
to us?
The one that I brought in here, that is that is the same
generation is the one that we used at the trade center. Now, strangely enough,
we actually do. So we actually just got a couple of the original six that my
company sold back in 2004. Here, with the idea of repurposing those for doing
inspection for Woodside
That's awesome
Yeah. And so it's it's pretty cool and those are actually
those pieces of equipment because the company, because my company, we ended up
not succeeding in penetrating that market and ended up closing it down. We like
literally that equipment's not built anymore. And so it was really kind of a
cool opportunity to grab something that I know is capable and that we might be
able to use here
What would you say the biggest things you learned from the
startup experience, you were there for five years. Then looking back on it
likte, was there anything you would change or anything you'd have done
differently?
I think so, especially coming fresh out of university, I
think the priorities that we had were wrong, we actually thought it was more
about the product and having a finished product that was ready to go. Now,
frankly, with all of the we all today, it is so common for us to speak about
MVP's 2
and just getting it out in front of the customer and testing that with the
customer and pulling forward as fast as you can and allowing an incomplete
product to go to market with the idea that that informs what you might do for
your complete product. We were very, very naive in that regard
You tried to get a fully functional product?
Yep, and I joke that in terms of the successes that we
have, it's half joke, half like legit. I could probably recreate now in about
six months what it took us three years to do before. And that's just because
you're, I mean, the idea that your MVPing as fast as you can. And the other
thing I don't think I really appreciated was the cost of humans. So the most
expensive part of any... Especially startup is going to be the bright minds and
the great people that you inspire. But you got to remember that I was like, in
my case as a CEO, every single one of their paychecks, like their livelihood,
rests on your ability to succeed in creating whatever this thing is you're
doing. I don't I I definitely went into a startup not appreciating the weight of
that on me. But then also just ultimately what that comes down to cash flow and
that ultimately comes down to either sales or investment. And so I think I might
say I we the group of there were three of us that were kind of at the core of
the start of the company. We naively thought that building the product was the
most important part of any startup, and it is important, but it is not the most
important, the most important. I would actually argue at this point is making
sure that you've got cash phone and enough runway to get yourself to the point
where you can build the product
So it's not about the product or about a smoke and mirrors
hahah.. i'm joking
Yeah, its more about communicating a vision and making sure
that you're chasing the right vision
With your with your customer base, your stakeholders
Exactly. Because at the end of the day, you build the most
wonderful frickin product on the planet and no one wants it, then you're not
cash flowing, which means you're going to be, you know, looking for another job
pretty quickly
So the startup comes to an end. Talk to me. What's going
through your mind when you were trying to decide what you wanted to do next? And
then... I know what you did, but would you be able to sort of elaborate on what
you then chose to do and move on to?
Yeah. So the funny part there was I had helped get all of
my employees jobs elsewhere. We knew we knew we were running out of cash. Yeah,
I mean, the next step that I did was I basically went to go get my Ph.D., and
that was not planned. So I was actually liquidating all of the equipment that we
had in our office. Everybody's gone. So everybody is is off starting new jobs
and everything else. I'm literally there in the office, you know, tears
streaming down my cheeks with, you know, sitting in the puddle of my field
company. And I called up just a professor that I knew who had used our equipment
in the past. And I said, I said, Hey, I'll make a hell of a deal today. You
know, we've got this, this cool little crawler that I know you've used and you
know, the legacy in terms of where it came from. I'll give it to you for and I
think it was like, I'll give it to you for 50 percent what our normal list price
would be. And she says, Well, let me, I need to go talk to the department chair.
She says, I don't come out of my overhead budget and I need to make sure that
equipment costs. I can do that or whatever. I'll call you back tomorrow and I
was like, OK, and I didn't think another thing of it. You know, then probably
sniffle a little, you know, went home and cried some more. And so came back the
next day and she said, OK, she says, we'll take the robot, she says, but I'm
going to want the ultimate warranty. And I was and I kind of looked to the phone
and I'm like, What do you mean, the ultimate warranty? And she says, Well, I
talked to the department chair and this is like, this is November. So she she's
like, Why don't you come up? You can work in my lab. I'll I'll hire you on as a
research assistant and with that research assistant position, you'll basically
get a tuition waiver to go to your Ph.D.. Right. And so I quite literally just
like looked around the office and was like, Well, I have nothing else going on.
And I really did kind of jump into that opportunity with with no real clear
understanding of whether I would actually finish my Ph.D.. It quite literally
was I need to get out of this town. I need to get away from these robots. It was
a pretty another kind of burnout kind of experience for me. And so the idea that
I would go to Massachusetts, a place I literally never been before and work on
whatever research. Was that I wanted to do under the auspices of the university,
that actually sounded like a pretty good plan at that point. And so I wish it
was more deliberate than that. I wish I could say that it was like. While the
company failed and then I had a very clear picture as to what I wanted to
contribute to the society in terms of, you know, technology through through the
course of a Ph.D.. But that wasn't it at all. I just needed to get out of town.
And a wonderful professor came in and said, Hey, I want you to come up and work
and work in my lab
Maybe it was good karma for taking care of the rest of your
team first. And then you held after the Ph.D. you had some sort of research
positions, I know you did like an internship at NASA and you joined FEMA 3
over
that time. And that sort of led up to in 2013, you joined DARPA, which
defense
Advanced Research Projects Agency for Department of Defense. And that was more
in a project manager role. So I suppose you'd sort of transitioned back out of
research back into sort of a managerial role. What made you decide that you
wanted to go, you know, step away from the research for a bit and then go into
sort of that project management space?
So being a program manager at DARPA, first of all, it's
just honestly, it's such a privilege even to get the interview
And we might even it might be worth because I suppose like
is extremely well known in the US, but potentially not many Australians might
not know it. So you feel free to give a little 101 of what DARPA does
So the very brief version on DARPA. So its mission is to
basically prevent and create surprise, strategic surprise. It was founded after
Sputnik. So when the Russians launched
Sputnik, the US, especially the US
intelligence and engineering community, was very surprised by the Russians
ability to leapfrog ahead of the U.S. in terms of satellite technology. So DARPA
was created to make sure that the U.S. was never in that position again. And
part of DARPA's charter is to be disruptive, to question assumptions and to play
forward in a very kind of almost aggressive way with regards to its use of
technology and other things like that. You know, earlier in the story, I'd
mentioned that the person who called us to go up to the trade center was our
DARPA program manager. I remember very early on just being enamored by what
appeared to be just like these godlike positions in which people got to come up
with very broad, sweeping ideas and then have millions of government dollars and
they go execute on those ideas. And so that was and that a lot of that was set
in naivete. I actually didn't realize how hard it was as a program manager to
succeed, but to put a cap on the 101. So basically, DARPA is jokingly referred
to as the mad scientists of the Pentagon. So all of the stuff that the normal
defenses would not come up with themselves. That's what DARPA's supposed to be
It's like the very bleeding edge
And there's also a little bit of and making sure that we
understand what our adversaries are doing also. So you you may be presented with
a we don't understand what this is or what physics could they be leveraging to
allow them to do the following thing that we observed and DARPA ends up being
kind of a consultant to the rest of the Department of Defense a lot of times in
those regards
And so what exactly was was your involvement within DARPA
and what did you love about working at DARPA the most. And then if you're
allowed to talk about it, potentially any of the most exciting projects that
were under your program
So involvement, I mean, I came in as a program manager.
Usually when you come in, you're coming in with some specific skill or some
specific domain that they're looking for. I was coming in strangely enough with
ground robotics experience, and I think that was where they were wanting to put
most of my efforts initially. And then there was a big push regarding drones. So
I was there kind of on the ground floor of drones, really and quadcopters and
hexacopters really coming into their maturity. And so very quickly, I was kind of
repositioned into working a lot of UAV and drone type programs. Which was cool.
It was way outside of my comfort zone
Big drones we talking?
All the sizes, everything from tiny, little like ones that
are smaller than commercial drones that we could buy today, you know, all the
way up to like, you know, Predator and Global Hawk, like proper aircraft.
So that was pretty exciting, and I had not especially worked in the larger
aircraft domains before. And frankly, aside from working for NASA, I really
aeronautics is in NASA's name. But I had not been formally trained in a lot of
the aeronautics side of things or whatever. And so that's if there's anything
you can say about DARPA it'll definitely push you way outside of your comfort
zones, not only in terms of your ability to think big and to dramatically change
things, but then to sometimes work outside of domains that you even feel
confident in. And so, yeah, so we in terms of interesting programs that we ended
up working, I mean, I'd say the one that was really inspiring was this program
called fly as Fast Lightweight Autonomy, and that was
basically quadcopters or
drones basically maneuvering indoors in an outdoor wooded type, situations at
ridiculous speeds 4
What kind of speeds?
So north of 20 meters per second? And where the whole idea
with 20 meters per second is, you know, with these things moving through the
world that quickly, by the time you hear it or even have an opportunity for like
it to catch it out of the corner of your eye by the time you've turned and
looked to see where the aircraft is, it's already gone in around the next
corner. And so there was an element kind of stealth and just a very hyper hyper
agility in terms of its ability to move through the environment. We had had at
that point there was some really great work coming out of the universities like
the MIT and Stanford and University of Pennsylvania or U-PEN rather that were
really demonstrating agile and fast moving aircraft. And so we wanted to just
push that as fast as we could and see where it would go. So we actually that
program ended after I had already departed DARPA. You're only allowed to stay at
DARPA, usually about four years and most program managers leave around year
three. That's kind of where your street value kind of maximizes
And were you there for 5?
I was there for three and some change. And yeah, and so
long story short, it's my understanding that they achieved a lot of those
original goals that we had in FLA and let's just say that and I haven't looked
recently, but about every time I checked back, YouTube's got some other really
cool video of some drone doing something stupid fast. Yeah, and a lot of those
videos actually came out of the DARPA program that I started. Yeah, it that's
pretty rewarding
So the DARPA robotics challenge 5
that was going on whilst you were there was focused on disaster response
robotics during 2013 to 2016. Was that a coincidence or did you play a part in
in that? So just with your history with search and rescue and robotics
So I was there. So no, I won't say I actually won't take
credit for any of that. Yeah, I did help a lot. So the robotics challenge, there
was a program manager that was the primary one that was kind of he was the one
that was the center of the DRC. I actually, though, not surprisingly, helped a
lot. So at the very least, my role was running the expo. So while most of the
videos and everything else is of the robots that are actually inside of the
stadium doing their thing, there was an entire exposition that was there at the
L.A. civic center area or whatever. And so we had this huge area that was
outside. And so I was kind of his it was never officially this, but I was kind
of his deputy program manager. Yeah. And so while he was doing all of the
important robotics work that was inside, I was kind of running everything else
that was out in the. We kind of joked everything that was out in the parking
lot, which it was a really big parking lot. But all of the exposition stuff or
whatever that was mine. What's interesting, though, to me is that a lot of the
successes and a lot of the real advancements that we saw in the DRC not, to my
surprise, were captured or were created by a lot of the same organizations and
universities and other things that I had been working with in the in the urban
search and rescue world for many, many years prior. So seeing especially for the
Boston Dynamics Atlas platform, which that was really its
first, although people
knew about it, that was its first like real premier. Like, OK, now the public
seeing it really doing something 6.
Yeah. And then all of the rest of the CMUs and
the Stanfords of the world getting out there and doing their thing. That was
pretty rewarding
Were you surprised that most of the robots were all
humanoid. Well, what do you think the reason for that was, I mean, like, we're
seeing a lot more emphasis on legged robotics and stuff these days 7.
But in that
DARPA challenge, most of the contestants were all humanoid robots. What did you
think that was?
It wasn't mandated, but there was a strong I will say that
especially that program manager was kind of leading and biasing the field a
little bit in terms of the the the work and the themes that they were trying to
explore. The general theme for that one was, you know, we have lots of areas and
lots of facilities that are designed for humans. So you know that valve or that
gauge to read or the ability to pull the hose or do the whatever, whatever that
activity is, it's probably designed for a human to do it
It's the same problem we have at the moment on Woodside
facilities
Exactly. Yeah. So the idea that you have a facility,
whether that be a ship or a building that's collapsed or whatever, most of the
apparatus that is there to to work with or to help remedy that situation is
probably designed for humans. So there's a logic train here that says it would
probably behoove you to have your robots take some type of human form so that it
can take advantage of all of the things over there. So in the DRC, for instance,
they required that the robot be able to drive a buggy. And that was because the
idea, while you could from a ground up engineer, something that's got wheels can
go kilometers downrange and then get out of itself, I guess. Or however, it was
interfacing to the buggy and go do its thing. But chances are you're going to
show up on site, you're going to have your robot and then you're going to have
all of this equipment that was already there. And so the real challenge was, how
do you use these things that are already there
And already designed for people
Well and maybe uniquely designed for that site. You got to
remember this is also after Fukushima and some of the other disasters in which
we knew like the idea that you have a robot that is prepared for nuclear,
radiological, biological, chemical and that you can do that in fire. If you can
do that full gamut with one piece of equipment that has everything that's
needed, that that's a hell of an engineering task
Oh, for sure. But to me, that seems harder than saying like,
Okay, we can design a robot specifically for nuclear and a robot specifically for
fire. You know what I mean?
Yep or take the take the middle point there. And that's to
say we're going to design something that would be human like in its ability to
use all of the equipment that's already been specifically engineered for that
environment. So all of the mitigation strategies that you would have, let's say,
for nuclear, radiological, those are really bespoke and really freaking
expensive things. So why not just design a robot that in fact may fail under
those environments over longer periods of time because of radioactive effects
and stuff like that? But you don't care. Right? Let the robot degrade. Let. It
fell in place, but its ability to use the tools and the equipment that's on
site, that becomes super valuable
So you then made your return to NASA AMES to take the role
of robotics group lead for IRG, the Intelligent Robotics Group. Would you speak
to your role here? And then I suppose what you loved about working in NASA AMES
the most as well?
Yeah, I mean, I'll do the last, the last part of the
question first. And that's to say the reason why you work at NASA is for the
mission. So of all of all of the jobs I've ever had in my career, you know,
figuring out how to help mankind do its thing in space. That's cool. I mean,
that's the kind of stuff that'll get you up in the morning and make you want to
run in and go do cool stuff. My job there, though, was more as the group lead.
It was less engineering and more people wrangling. So I'd say that in terms of a
lot of my leadership learnings and other things like that, I probably learned
more during my tenure as the group lead at NASA
Does that mean you're probably still more technical at DARPA
than than you were at NASA AMES then?
DARPA is different, I guess, to maybe compare and contrast
NASA with DARPA, you're trying to change the direction of a technical field. So
it is technical in that you have to have a deep understanding or very quickly be
able to develop a deep understanding of the thing that you're doing, but DARPA
itself like there are no labs or, you know, soldering irons or anything inside
of the walls of DARPA. Your job and you are chartered to change, one of the
mantras that they use is you don't need to solve the problem, you need to change
the way in which the field is talking about the problem
You set the direction of the research
Yep. And so while it was technical, it was not about, you
know, coding or creating hardware or anything else like that you were you were
inspiring large groups of people to do that. At NASA though, while during my
first tenure at NASA, that was very technical and that was this actually flying
hardware that I had a hand in helping to build and create. So after doing DARPA,
then going back to NASA during that second round, it was much more group
management, group leadership and other things like that. So we, you know, for
all of the, you know, at any given point, we were running a dozen different
projects out of that group. And so it was how do you manage the people? How do
you resources those projects? How do you make sure that in terms of, you know,
time budgets, schedule and all the rest of that stuff that you're you're flying
and kind of steering that ship correctly, that ended the kind of joke that I had
coming out of that was I spent most of my career trying to figure out how to be
a roboticist. And what I really feel like I should have done was gone and got a
psychology degree. Because it ended up just more me handling and managing humans
than I did with robotics
I feel like probably everyone could benefit from a
psychology degree if you'e got the time. What was the most exciting projects
that was going on whilst you were there or that you were part of?
At NASA I got to do a I got to see the full chain. We went
from upgrading a piece of equipment called spheres that was already up on
station. the International Space Station, MIT had flown back in the 2000s and
MIT had flown some really cool hardware there, basically free flying robots. So
these are things they look like very colorful little balls for lack of a better
description. They're kind of hexagon in shape
Kind of like Astrobee?
So this is the predecessor to Astrobee. That's what I'd
say, the most rewarding thing was I got to watch the full chain of events from I
was on the ground floor of us figuring out how to upgrade spheres, to do some of
the existence proofs that we needed to determine that an Astrobee like thing
made sense
Sorry if I ruined your punch line for that story haha
No, no, not at all. And so we so we flew like in that
case, we flew the first smartphone that ever went to space, and we use that
smartphone to interface to the sphere. And that's how we were doing all of our
compute and kind of the command and control aspect of it. Yeah, awesome. Then
after we flew that, that then allowed us to make a very convincing argument to
NASA headquarters, basically saying we actually believe that free fliers could
have an almost like a first class citizenship on the International Space Station
during the first helping astronauts, because the idea that it's there as a
personal flying personal assistant to the astronaut is the first use case. And
then the second, there's actually three use cases. The second use case is the
ability for the astronaut to use the Astrobee in a remote, controllable remote
operations kind of mode. So they are in one module and they are using the
Astrobee to do something and another module and then the final one, and it ended
up being the one I think that NASA was most interested in by the time we were
done was the idea that ground controllers so folks in mission control or even
outside of Mission control would be able to kind of check out a Astrobee and to
go fly. One of the toughest, strangely enough, one of the toughest things that
the International Space Station deals with operationally is positioning and
getting cameras where you need it so you can see the thing you need to look at.
And so even just the idea of this being a free flying camera that can go around,
that was kind of our MVP, one of our MVPs that we were working. And and I'll
just say it was actually pretty wonderful to be there and especially to be
working as the as the group lead when Astrobee actually was able to fly. And I
watched those successes and kind of being the command center, when all of those
like things happened and you're watching the astronauts celebrating the thing
that you've spent the last five years of your life building
What year did they send it up? I remember I spoke to someone
from the Astrobee team at a conference once. I can't remember, do remember what
year they first sent it up?
I know probably... I'm going to guess in 2015, 2016 8
Yeah, it wasn't that was long ago was it
Yeah, I was fresh back from DARPA when that hardware was
kind of in final assembly and so yeh it was around that time frame
Well, just over two years ago now you you made your way to
almost as far away that you can go to Perth Australia to take over the robotics
team here. Two questions. What made you decide to take the move? And and the
second is, and what do you hope to achieve in your time here?
So I'd say the biggest reason for the move was realizing
that so with with NASA focusing on getting mankind back on the Moon and figuring
out how we can use robots and other things to achieve that. Basically, Jason Crusan who was good friend of mine who
actually came here before I did so. He
was here for about a year before, before I came
Next interview on Saltology potentially
He's a good one. He kind of had the epiphany, and it was
an epiphany that I then, after thinking about it shared. Let's just say NASA,
while externally is amazing, and the mission is just something that you can
absolutely gobble up that I'll just say working for the U.S. government under
the Trump administration was a little more difficult than I certainly was having
an easy time bearing. But then also on top of all of that, I think there was
this epiphany that we're frankly destroying the planet faster than we might be
able to get off of it. Hmm. So if our ability to work on other planets or to be
kind of a a species that can survive off this, you know, fragile little planet
that we're on, that if you if you look at it and measure your career in you
maximizing the impact that you can make to society or to the world or whatever.
Jason had the epiphany, and then I later shared the epiphany that I could do
more good for humanity by figuring out how to capture and us to be able to use
new energy and Carbon Capture and other things like that. And
so I very much
with Woodside being so forward leaning in terms of its want to do New Energy and
other things like that. It occurred to me that I could frankly have more impact
trying to achieve that while and I guess the part that I was OK with was I knew
that there was this amazing team that I had the pleasure of supporting as the
group lead for, you know, the years that I was there. I knew that I could step
aside and this amazing space robotics thing would continue. And so, yeah, so
that was the flip over to to to the oil and gas side. The running joke is that,
you know, we're trying to figure out how to make robots work in oil and gas,
such that when new energy is ready for us, then it's just a matter of switching
the domain. Right now, oil and gas is paying the bills. And with all of the
initiatives that Woodside has in terms of its clean energy or whatever. I feel
confident that we're going to get to a place in which robots are really
contributing to the new energy side
That's the dream
It's the hope
So we just signed another Space Act Agreement between
Woodside and NASA. What do you hope to achieve with this second round of
collaboration?
So the new Space Act Agreement is a real specific in that
it's going to explore humanoid robots. So it's a little bit kind of in the DRC
DARPA Robotics Challenge kind of vein I'll just say after now being in and
experiencing oil and gas and the kinds of work that we do and the kinds of
environments that we're working in. I didn't I did not used to be someone who
supported the robot needs to be in a human form. I actually used to be on the
other side of the coin, as evidenced by, like Astrobee, Astrobee actually is
flying in the face of...
Just the head, forget the body
Well exactly there was definitely initiatives at NASA that
were doing the same thing where it was like astronauts have human shaped tools
or tools that are shaped for humans to use. And so robots should have that. And
we were on the other side of that engineering coin. That was to say, Well, now
actually, you should optimize the shape of your robot for the application. Don't
be constrained to what evolution has provided us in terms of, you know, bodily
form. We can, you know, go someplace else with this. And so I'm on the other
side of the coin now. And that's to say, our ability to work with NASA plays
well into the ability for these robots to like, let's say, be on offshore assets
and other things like that. So that's so that's the NASA arrangement. We're
going to be hopefully getting a working on Valkyrie 9
Yeah, pretty awesome
Which actually that robot its premiere was the DARPA
Robotics Challenge also. Yeah. And so for me, it's a bit of a homecoming and the
robot and what will hopefully be maybe future versions of robots like that are
ones that have kind of been in my life for a while, and I'm excited to get
Woodside involved in and starting to scratch the itch. That is the idea that we
have a humanoid robot that is like on one of our offshore assets working in a
environment that was designed for humans that actually seems really natural for
us to go down that route
That'll be pretty epic. Let me know when that PoC 3
is
happening. Your whole life you've worked on robotics where the cost of failures
is high stakes. So whether that's search and rescue or in space, you know, the
fire department or now on oil and gas processing plants where you have, you
know, lots of potential ignition sources and that could make huge explosions.
What advancement or advancements in the robotics field do you think will create
the next big step change for these capabilities? So something that hasn't sort
of happened yet or is maybe on the periphery like, what do you think it will
take like for for robotics in those fields to sort of take that next leap?
I'm going to answer the question, probably not the way you
want. I actually don't know, at least in my experience, that leaps are the way
that solutions like that are created. I actually think it's really slow, almost
painful, just diligence. You know, as I look like now we have robots today that
do especially like an industrial inspection and other things like that in EX
rated environments, which is to say, environments in which things may explode.
It took decades before we were able to inch forward in terms of those kinds of
technologies. NASA's another one, although although it is pretty frickin
grandiose when the when the rocket launches off the pad and the thing goes to
the station and and the robot does whatever it's going to do the path of getting
to that success, everybody remembers that like crashing through the finish line
and it all being awesome. What they don't usually see is the half decade prior
of just slow and gradual grinding to get yourself there
So yeah, well, I guess understanding it won't be an
instantaneous leap, but if there's like a problem that you could look at, and be
like you know what? Once that solved, like I think things will take off. You
know, what I mean? I'm going to try and corner you into this
So it's a good question. And frankly, it was. So the real
trick here is, if you know the answer to this question, you should probably just
go get it done. I mean, I know so one of the biggest, one of the largest
barriers that I see and it's been a theme throughout my career and it was a
theme that we were definitely trying to figure out, like with the fast
lightweight autonomy program that I was talking about before. I'll say as a as a
roboticists and as somebody who's like works on and has has worked on making
robots do things you always feel like you're starved for information or starved
for a representation of the world that allows you to do decision making or
allows the system to adaptively decide what it's going to do next
Which is like huge in the machine learning space right now
in terms of like being able to you know, go from image feeds and actually create
like a latent variable space that is easy to create actions from
Yep. And so what does that knowledge representation look
like with the sensors that are feeding that? Yeah. If you're leveraging neural
nets or machine learning or whatever, what does the back end of the learning
process look like?
It's something we do really well as in humans do really well
Yeah, because we had to, we had to learn to adapt well. So
we've had millions of years worth of evolution that has allowed us to converge
on what for us ends up being a pretty decent existence in which we have to be
smart. We have to sense things. We have to keep the tigers from eating us and
the plains of Africa. We managed to do all of those things fairly well. I would
argue that like right now for robotics, we're still not very good at having a
robot survive. You know, like in that case, being eaten like the evolution in
the if it dies, it doesn't get to procreate. That ends up being a really great
focusing or limiting function in terms of what the positive outcomes are that
you're seeking. With robotics we don't have that. We don't have the privilege of
just eating every robot that doesn't do what we want it to do. Now that's where
machine learning and neural nets and everything else try to leverage on the
software side. To me, it's whats kind of interesting, though, is like, I still
feel like the systems that we're building are still starved for the really rich
information that we get through our eyes and through our smells and through all
of the senses that we have as humans. The roboticists in me still wants to like
shake my fist at the cloud and go, we need better sensors, I now, you know, with
too much gray in my beard realize that's not the answer but I think that our
ability to not only have really great sensors and then really great ways of
capturing that into like knowledge representation that allows us to process that
thing intelligently and adaptively. That would be the next big step if we could
just achieve that in one swoop. Yeah, that would actually be a really, really
great improvement to the systems we're building
Well, I remember there was a I think it was out in NEURIPS a
few years ago as Pieter Abbeel, who's the one of the best in the world at robot
learning 10.
He basically proclaimed to the whole research community that the
robotics hardware has been good enough for a while now. The limiting factor is
software and in particular as we were talking about, knowledge representation
I think the pendulum swings. I would say, like right now,
if so, for those researchers that, let's say, 10 years ago were struggling to
have a bipedal robot walk across the room, the hardware and the software, that's
the control software for that has caught up. Now what hasn't caught up is, OK,
that robot just walked across the room. What's it deciding to do next? The
higher level goal and the kind of the deliberative-ness in which humans walk
around the world and find things to go or do and solve. That's the part that we
don't have in robotics right now. So even in the last decade, we're dramatically
further than I think those previous robotics folks would have imagined that we
would actually just have a commercially available. The idea that you
commercially can just go buy a spot is mind blowing to roboticists like me that
grew up in the late 90s, early 2000s, in which it was a wheel platform that
looked like a garbage can like, you know, had three wheels. And we were lucky if
we could get across the lab and not, you know, strike anybody or a piece of
furniture
Yeah, the first time I flew over that just to walk into the
room and see just like a hundred of them just in a line, in a production line
was pretty epic. So we're kind of moving into the fun questions now. So
actually, maybe this one is not that fun but the next ones are fun I promise.
As someone who did a Ph.D. and sort of worked extensively in research. But then
it's also sort of worked as a project manager and a group lead. How do you find
the balance between building your leadership skills while also staying sharp and
up to date technically?
I'll just say I aggressively fight to keep my technical
edge sharp
n like in your hobbies, and in your spare time?
Yeah. So that's it. Earlier I joked about, you know, on
any given Saturday
It wasn't a joke haha
Yeah, now what's interesting, maybe, is that I have to
separate my work... I sometimes do but for the most part, I am not doing
robotics on the weekends
But still in adjacent fields?
Yeah, so for me, the sword that I'm trying to sharpen in
terms of my technical skills, like today is more on the security, what now we
term cybersecurity or info, security type things. And that's where my interests
are drawing me to go. And I do like study hard in terms of trying to make sure
that I can get very deep into that technical area. Yeah, because that actually
it brings me joy to learn those new things
I think that's so important in terms of like forcing
yourself to learn something your not interested in versus if you actually like
it, if that's what's drawing you at the moment, then don't fight. Just go for it
It's there's a mantra that I've always had, and that's
just, you know, if there's any, if there's anything that's led me to anything
that might be confused with at least successes or otherwise in terms of my
career, it's that my dad used to always say, just chase your smile. And so after
having a couple of positively reinforcing moments in my life in which I was able
to bootstrap that behavior pattern, that's a lot of what I would say, that would
be a general theme. So, yeah
If you could talk to a younger version of yourself starting
your career today, what would you tell yourself?
Haha oh soo much
Haha this is this is where it gets fun
Yeah. You know, there's a I would name a couple of
ex-girlfriends just walk away from that. Yeah, that's going to be really
distracting for my career progression standpoint
Not worth it?
Not worth it or worth it, but just understand the baggage
that you're going to carry moving forward. So a lot of us, I guess the biggest
thing and it was certainly for me and it's something that I see in a lot of like
the folks that I try to mentor and that I see working in our labs, in the
different spheres that I work in. And that's that a lot of my energy there was a
lot of I remember there being just a lot of anxiety with regards to what do I do
next
Yeah, that's always right. Like, I feel I have that
But I wish I could go back and like if I could take the
experience that I have now. And what at least right now, like, I don't worry, I
have a lot less anxiety with regards to what I'm going to go do next. Yeah. And
again, I've had some wonderful and fortunate positive reinforcement data points
that have allowed me to of hit this place. But that's to say, you know, you're
you're not going to have like, I wish I could go back and tell myself, you're
not going to have a problem finding employment if you keep with the passion and
the drive and the interest that you have in the things that you're doing now.
Stop worrying about whether you're going to be able to pay rent or have food.
Yeah. And truth be told, there were moments in which that was actually a pretty
decent concern, especially when we were doing the startup. Yeah, it was like, I
literally don't have a paycheck this month and I have no sales in the pipeline
and I might not be able to have a roof over my head next month. And the trick
there is there's a little bit of luck, but there's just a lot of being prepared
into keeping yourself moving forward. I wish I could have. I wish I could go
back in time and just instill a little bit more of that in me
Yeah, it's going to be fine just say as it's going to be
fine
It's going to be fine. And even when it's even when it's
really, really, really bad, you're going to work yourself out of that. That's
not what I wouldn't go back in time is go back and say, don't worry about it.
It'll be easy, like you're going to work your ass off. But the idea that you're
going to die cold and alone and, you know, in a in a horrible place
Worry about the right things. Just worry about chasing that
passion
And worry about the things you can control and really,
you, your passions, what you're like wanting to do in life, and frankly, the
things that bring you joy again, it has been a fortunate walk. It's like I've
found that if I concentrate on those things that are almost always lead me to
the right place
If you could think back to sort of one pivotal moment in
your life or a turning point or key decision that you made that impacted your
life the most, hopefully positively. Is the one that comes to mind?
It's kind of a series, it's funny, though, as you said
that though the one and I think it was maybe an epiphany of perspective is what
the professor was giving me when I was doing my masters, on the World Trade
Center. There was a lot of kind of decision making and other things that I
needed to work out, and that experience wasn't ending up where I needed it to be
in terms of concluding that work such that I could go forth and do other things.
And that professor kind of sat me down and he said, Mark, he's like, Look, it's
look on the inside of the cover page. This thesis, it says, for the partial
fulfillment of the degree requirements. That's it. This is not your life's work.
And at that point in my career, I and I remember almost being, like, almost
adamantly disagreeable with him to say, No, this is my life's work. This is what
I'm here to do. This everything. I'm literally saving people in rubble piles.
How dare you say that this is not my life's work? What he was giving me was a
glimpse of perspective and that even if you can't have something, be what if
that moment you believe is your life's work? Yeah, but he was right. And that I
would then later go on to do a startup and to go to NASA. NASA has very little
to do with what I was doing for the other thing there with the World Trade
Center stuff or whatever. And so it is, I would say, that's probably what I
think I earned, maybe there in terms of his bestowing upon me, that knowledge
was just the idea that in any given moment, no matter how good or bad or
otherwise you are doing in your career, that's just that moment of time. Yeah.
And what you're doing and the thing that you're stressing out about is probably
just a partial fulfillment of whatever it is that you're actually going to do in
your career
Yeah, it's just one chapter of the total book
And what's amazing for me is that he said that almost like
he was trying to be helpful. But he said that with a wisdom that I knew he had
earned that understanding and I hadn't. And so now I can look back and what's
interesting is that Professor is now, you know, I don't think we've actually
spoken much since
You could send a message and say you were right
Seriously, I should. It's funny how you have those people
that pass through your orbit to provide you with a wonderful gravitational field
that changes your direction. Yeah. And then you get to to get to benefit from
that
What would be the thing that excites you most about the
future of technology and humanity and and you can go as far forward and as crazy
as you want to. As in, you could say like, you know, self-driving cars in the
next five years or whatever it might be, or when we put a colony on Mars. What
is it about the relationship between technology and humanity in the future that
that would get you the most riled up?
This will sound like I'm being hyperbolic when I say it,
but I actually truly believe that technology is the only way we're going to get
ourselves out of the crisis that we have right now. It's weird to say I'm
excited about solving the fact that we're about to destroy the rock we live on.
But I actually think that it will be when we get on the other side of solving
those problems, and I do believe we're going to solve those problems with
technology. I don't believe it lies in policy. I don't believe it lies in like
the idea that we globalize the way that let's, let's say, the western world's
lived today. If that globalises, then we destroy this entire planet. The only
thing I think that breaks a lot of those cycles is our ability to leverage
technology to lessen those effects. And so whether that be autonomous cars or
robots or carbon capture or, you know, finding ways of doing more efficient
hydrogen production, all of that to me, is lumped into the same technology
advancement for us as a species. And that's what I'm excited about. Otherwise,
the alternative is pretty frickin dystopian, and I really, at least in my little
humble opinion, I think it's technology that actually saves us from that
Is there a specific piece of tech that once that arrives and
you know, it is fully functional that you think that's pretty cool
With a lot of that, and of course, you know, we're doing a
lot of this work here, if we are able to sequester carbon, that's huge. That
actually takes so much weight at that point. We can actually use heavy fuels,
fossil fuels, hydrogen, wind, whatever. And it doesn't actually matter because
we're able to remove the carbon, which is, you know, one of the biggest
catalysts for us having issues now. So if that existed, I mean, that's huge that
that is such an enabler on so many different levels. The effects of that I
don't know that you could even really measure them well, that would just be a
game changer for us
If you could assemble the best, most skilled and talented
team in the world, resources weren't an issue. What problem would you solve?
I would... And this is going to sound like a loaded
answer, but I would actually go after new energy and carbon capture, which is
exactly what we're doing here. What I'm eager to do is to get us a little bit
further ahead in that exploration so that we actually know like so a lot of the
work that we're doing right now is very, from an R&D 4
sense, it's very it's still
like somewhere between R&D. We know the kinds of things that we need to build to
help with energy and to help, you know, basically with carbon capture and other
things like that, we don't necessarily know how to scale it. The idea that as we
start the needle starts moving much, much more toward the D, which is to say,
OK, we know what to do, and now we just need to do it at scale. I would love to
assemble that team and literally figure out how to see how to save the planet
and save our ability to have energy in it
So if you could take a one way trip to Mars, would you do
it?
For sure
And what would you tell Faith?
She would .. so
Hahah
She's been surprisingly supportive of all of my crazy
adventures. And so while we, I'm sure we would have the teary eyed, you know,
Armageddon moment where you know, it's, you know, I need I need to get on the
rocket, babe. You know
But you would do it
Yeah, for sure
If you had to have done something other than robotics, what
would you have done?
Either I would have stayed in I.T., I had lots of friends
that stayed the course on I.T and I'll admit I'm a little jealous of them now.
And that's to say, you know, with by no contribution I made to the field. It
became a proper field like you can now and in fact, cybersecurity experts are
some of the best paid professionals on the planet. And what's funny is a lot of
the problems I'm going to say this is if we like knew all the answers, but there
was many of us that could see the world that we now live in in terms of there
being monetization strategies that make cyber criminals very aggressive in their
techniques and the idea of nation state level hacking efforts and other stuff
like that. There was a lot of us that we're seeing that back in the 90s and
early 2000s, I tapped out because I was burned out. And so it's one of those
where there's a whole cohort of my friends that have that have stayed in that.
And I can now say with a little bit of a grin on my face being, you know, fully
entrenched in robotics or whatever. I think I would have been pretty good if I
would have stayed in that career path. The other, the other career path that I
probably there's a parallel universe in which Mark is just driving an 18
wheeler, just a truck across probably the U.S. and that's one of those things
where I don't so I don't have any problem, just kind of sitting in my own head
and working out problems and other things. And I've always loved especially open
road driving. And so it's weird to say, you know, I either would be wanting to
sit on the bleeding edge of cyber response or just sitting behind the wheel of
an 18 wheeler
So it's funny because the path you picked is probably going
to be the field that makes driving the truck on the long road redundant right?
Hahah thats right, So it's my evil plan. Yeah, if I can't
be a trucker, nobody will
Yeah hahah. If you retire today or let's say tomorrow, what
aspect of your career would you be most proud of?
It's funny, I think because space stuff was so ingrained in
my childhood, so growing up in South Florida, where I can remember, like
literally being single digit years old and us going out onto the roof of the
school to watch the shuttle launch. You know, in South Florida, you can do that.
And that seemed at the time, working for or being just in the orbit of NASA just
seems so just impossible. Like just who who is able to do that. And so I'm proud
of the ability to have gone and done that. But again, just the accidental nature
of like my ability to have contributed the World Trade Center and to have
contributed in multiple disasters in which we were trying to inch forward on
robots being able to contribute to search and rescue whatever that was... So
strangely enough, I consider that more of an uphill battle and more of a
struggle than what it took for me to work in and to be successful at NASA. It's
hard when you're trying to make markets that don't exist in a market that
doesn't necessarily want what you're building. Yeah, that's a little different
from NASA, which was desperately trying to find technology to allow us to
succeed in the things that we were doing. It's a different mode of operation
So if you could interview anyone in the same way that I just
interviewed you, who would be?
Oh that's a good question. Probably so, one of my mentors.
And he was the original program manager, and he's somebody that I know very,
very well. But I find that every time I sit down and have a beer with him or
whatever, I find some other story that I had no idea even existed. His name is
John Blitch. I realize I should be answering like Gandhi or Elon Musk or, you
know, somebody who would show up on Joe Rogan next week. And in fact, I would
love to you know, maybe have the opportunity to do an interview like this with
some of my mentors because at least in two cases of really, really great mentors
I've had. What I found with both of them is for whatever depth it is you think
you know about that person, there's more down below it. And what I find is that
the deeper you go, sometimes the more profound the lessons are and the better
the capture
Might see might see him on Micirology
Hahah I will aspire to these heights
Absolute last question if you could only recommend one book
to someone for the rest of your life, what would it be?
One book. I can tell you my favorite
Could be a favorite but if you could only recommend that,
you know, that one book to people
Oh, I should have a better answer for this than I think
I'm about to do
You can take your time
So one of my favorites is it's a book called The Art of Racing in the Rain, don't
watch the movie its horrible. But the book is the
world from the perspective of a golden retriever. And of course, it also it's
also based around he is that he is the pet dog of a race car driver. He was
going through a whole bunch of turmoil in his life and other things like that.
And one seeing the world through the eyes of a dog. The author does an amazing
job of taking you along for that journey. Yeah, I've joked, you know how they
have different personality types and you're able to like attach personality
types to dog types or whatever. Actually, in everyone I've ever done, I've
always come out as the golden retriever. So it's not by accident that I think
for me, that book resonated with me so strongly. It's not a complex book, and I
don't know if its one that you walk out of the end of that book going wow I have
accumulated the following three life lessons that will leave me well. But it's
one that I would say that. So the two that I pick up the most often I've reread
the art of racing in the rain god, probably four or five times. The other one is
Snow Crash by Neal Stephenson
Don't know it
OK, so snow crash is now, well where it's relevant today
is the term meta-verse comes from snow crash. And while I will admit so, Neal
Stephenson is an interesting science fiction author, at that stage in his
career, he was notorious for not finishing books well, the books would kind of
run off a cliff, but snow crash, if I have an evening in which I just want to be
inspired, I will pick up snow crash and read the first two chapters. And it is
like this obnoxious, over-the-top Michael Bay style trailer of what the future
might look like. And it is riveting. So, those would be my two
Mark, thank you so much. Yeah, it's been good
Been my pleasure
And 'll be sending you the the finished product soon
Cool looking forward to it
Thank you
π‘ Key Messages
Here are my key takeaways from the podcast.
- Worry less about what is next - Mark said that he wishes that when he was younger that he worried less about what would he would be doing next and if he have problems finding employment. Focus that energy instead on keeping with your passion, interests and drive for the things that you're doing right now. It's going to be fine and even when it's even when it's really, really bad, you're going to work yourself out of that.
- Chase your smile - Mark's number one mantra has been to chase your smile. He believes that is the key thing that has led him to his successes to date. This is also what drives him when it comes to learning and sharpening new skills, follow what is drawing you and makes you passionate and excited.
- Your life won't be defined by a single chunk of work - In the past Mark himself has fallen victim to thinking that the what he was doing at the time defined him and his career. With hindsight he now knows that each chapter of your career and life is exactly that and however bad and well that is going, you will always have new and exciting future challenges to add more chapters to your book.
- Read The Art of Racing in the Rain by Garth Stein - a novel about an aspiring racing driver, his dreams and his life struggles through the perspective of his dog Enzo. Through Denny, Enzo has gained tremendous insight into the human condition, and he sees that life, like racing, isn't simply about going fast.
- Read Snow Crash by Neal Stephenson - one of the most popular sci-fi books of all time, and together with William Gibsonβs Neuromancer it stands as a foundational text of the cyberpunk movement.