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› View largerI always enjoyed working with my hands and figuring out puzzles. Most of engineering is just a big puzzle, so I was drawn to it from that respect.What do you enjoy most about your job?
I actually like the problem solving and troubleshooting the best. No one wants something to go wrong, but it is exciting to work through an anomaly and try to figure out what happened.What advice would you give to students who would like to work on a project such as SDO?
Do well in school, but don't get caught up in trying to get all the "right" answers. In engineering, there can be more than one right answer and the right answer means nothing if you do not understand how you got there. The process is just as important as the final result. Also, take advantage of working on teams. No one person can build a spacecraft, so you have to be able to work with other people.What do you do on an average day?
I am an attitude control systems engineer. I help design the control systems (algorithms) that point the spacecraft where it is supposed to be pointed. What I do on a given day depends on what phase of a project we are in. In the early days of project development, I do a lot of analytical design and simulations on the computer -- to test if the algorithms we have designed will really do what we want them to as far as pointing the simulated spacecraft at the right target. As we get into integration and testing, I am involved in the mounting of our sensors and actuators from the perspective of making sure they are wired correctly and give the measurements we are expecting. During launch and early operations, we sit at console stations and monitor the telemetry from the spacecraft to make sure it is behaving as it was designed to.What are the greatest challenges of your job?
The greatest challenge is making sure we have good communication among all the different subsystems we interface with. The attitude control system touches all different parts of the spacecraft, so we have to make sure the other subsystems understand our hardware and our requirements and we understand their concerns. For example, the thermal team need to know how much power our hardware draws so they can model that in there simulations. And they need to know what temperature our hardware needs to operate at to meet performance.What is your favorite hobby/activity outside of work?
Triathlons. I just completed my first half ironman distance triathlon (1.2 mile swim, 56 mile bike, and 13.1 mile run).