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Ability to bring hardware together with software to create a cohesive system.
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Able to find creative solutions to a problem/task. Control of robots.
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Be thorough with design before starting implementation
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Being creative and solving problems, which includes debugging.
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Building new things, building models
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Building new things, figuring things out, and finding how systems work & interconnect w each other
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Building something and seeing it working. Particularly seeing it provide real utility for someone.
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CODE DEVELOPMENT AND TESTING
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Comprehensive and thorough documentation.
The programming outcomes and results
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Continual challenges. Variation in projects. Satisfaction when a complicated things is simplified
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Continuous learning.
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Create
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Creating
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Creating new things, and solving problems.
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Creative, challenging, crisp analysis.
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Debugging/Problem solving. Making the electronics do something constructive.
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Easy to learn every day
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Evolving Challenges, learning new things, and seeing hardware do something with my code
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Experiencing the simple joy of creation, fulfilling the fundamental human need to improve our world
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Finding creative ways to solve problems
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Flexibility, learning new stuff
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Flexibility.
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Fun to solve problems
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Getting a piece of refined sand to think it endlessly funny to me.
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Getting something cool/complex to work.
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Having different solutions to one problem.
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I can see results immediately, I like logical thinking, the interaction SW\HW, Human Factors
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I do not like developing, this is why I joined the Quality Engineering career path instead.
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I enjoy the creativity and problem-solving involved in developing software.
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I enjoy writing code that is later used in real world environment or that solves a real-life problem
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I like creating and gives me satisfaction. I always learn and try to improve
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I like getting things done and being depended on
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I like the ability to program hardware to do real world data acquisition or actions.
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I like to consider all the scenarios/use cases while designing and code accordingly.
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I love solving puzzles, and it feels like I'm solving endless puzzles.
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I've always enjoyed problem solving, and i continue to learn new techniques to solve problems
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It feels good when system behaves as its coded.
The user requirements are met.
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It is always a joy to see new behaviours working on a live board.
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It is my hobby and people pay me for it!? Mainly the puzzle solving aspect.
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It is satisfying to get hardware working as intended
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Making computers do neat things. Solving problems in creative ways. Creating an end-product.
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Making cool stuff. Working with fun people.
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Making things happen in the real world with lines of code.
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Nice to see for controlling designed hardware.
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Not having to reed HW standards, the power of digital control, the satisfaction of success.
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Playing a game or solving a puzzle, the more complex the problem the more satisfying the solution.
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Power to do cool things
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Problem solving
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Problem solving
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Problem solving and being able to take an idea and make it come to life
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Problem solving, engineering, learning new, math
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Problem solving.
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Satisfying
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Seeing my code function properly and return the correct output given a broad range of inputs.
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Seeing words become functioning products.
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Software is a tool I use to solve system-level problems. ex. "How do we make these two things talk?"
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Solving hard problems that others find too challenging/impossible to solve + planning and organizing
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Solving interesting problems and "make something out of nothing". I get to be really smart at times.
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Solving problems
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Solving problems at low level
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Solving problems, Exercising creativity,
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Solving problems, the feelings if something works and fast development cycle unlike hardware.
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Solving problems, working with logic based system
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Solving puzzles
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Solving the logical problems
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The ability and opportunity to solve a wide variety of problems.
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The automation that SW provides which makes things simple and quick.
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The complexity and problem solving
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The creative challenge
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The design and problem solving aspects.
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The logical challenges
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The puzzle solving aspect. Finding a solution to the given problem and iterating on it
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The speed with which you can build things. Iterative design.
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Usually it is possible to find out quickly whether you did an OK job or not
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Wanting to learn about how the business can better control its code and develop SOP
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When it finally works
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Would love to write complex logic and debugging all corner cases
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You can be somewhat creative with it and I like seeing the impact
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You can use your imagination
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bringing machines/code to life
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building stuff that works
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creative moments of system design
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designing
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expected solution when facing some problem.
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instant feedback on my changes
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interaction with the system and HW; finding the best way to implmnt a feature and doing future proof
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it can make the feature work
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its like solving puzzles
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probelm solving, seeing something working at the end, doing solutions that are future proof
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problem solving and delivering value.
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problem solving aspect.
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producing quality code
solving problems
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satisfaction from getting code to work
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seeing intuitive, useful electronic hardware work with high performance, despite the complexity
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seeing that my script is running and working in the real word is satisfying
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seeing the software execution effects in the real world (e.g. actuators, sensors reading, etc)
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the ability to see changes and make devices do what you want them to do.
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thinking about creatively solving problems in the best way
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transform and control reality, make things easier and more confortable, automatings things
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