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| 1 | += OnStage [.underline]#Technical Interview# Score Sheet 2025 |
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| 22 | +|=== |
| 23 | +|Category |Examples of how high marks may be achieved are: |Mark |
| 24 | + |
| 25 | +|*Programming* |
| 26 | +a|*Ability to explain the program and the interactions between the hardware and software:* |
| 27 | +[compact] |
| 28 | +* Choice of programming language |
| 29 | +* Difficulties with the software |
| 30 | +* Development of appropriate models, datasets and/or libraries to solve programming solutions |
| 31 | +* Efficient and optimized programming with clear documentation and commenting with evidence of version control |
| 32 | +* Development of calibration, testing and debugging functionalities |
| 33 | +* Usage of AI / AR technology |
| 34 | +|/7 |
| 35 | + |
| 36 | +|*Electro- mechanical Systems* |
| 37 | +a|*Ability to explain why electromechanical design choices were made:* |
| 38 | +[compact] |
| 39 | +* Choice of materials, microcontrollers and actuators |
| 40 | +* Development of custom electronics (including PCBs) |
| 41 | +* Power management, regulation, and battery choices |
| 42 | +* Design choices are made to ensure systems are reliable and durable |
| 43 | +* Sustainable design choices including the choice of materials |
| 44 | + |
| 45 | +*Explain how systems are fit for purpose - examples include:* |
| 46 | +[compact] |
| 47 | +* Complex mobility - omnidirectional/legged robots |
| 48 | +* Stable builds, system kinematics and design of custom components |
| 49 | +* High precision systems including pneumatics |
| 50 | +* Functional arms/hands/faces |
| 51 | +* Robotic arms for manipulation |
| 52 | +* Automatic balance system |
| 53 | +|/7 |
| 54 | + |
| 55 | +|*Sensor and Communication Systems* |
| 56 | +a|*Ability to explain the role of sensors and communication in the systems and how the robots interact with the stage environment:* |
| 57 | +[compact] |
| 58 | +* Robot systems can dynamically respond to unplanned events |
| 59 | +* Robots can sense their environment and use the information to dynamically respond with an action |
| 60 | +* Integration of multi sensor systems to develop solutions |
| 61 | +* Development of communication between sensors |
| 62 | +* Creation of communication architectures (asymmetric communication) |
| 63 | + |
| 64 | +*Explain how systems are fit for purpose - examples include:* |
| 65 | +[compact] |
| 66 | +* Visual/Audio recognition |
| 67 | +* Developed guidance, navigation, and control systems |
| 68 | +* Robot-Robot and/or [.underline]Natural Robot-Human interaction |
| 69 | +* Stage/Robot localization systems |
| 70 | +|/7 |
| 71 | + |
| 72 | +|*Innovation and Feature Development* |
| 73 | +a|*Ability to explain and showcase innovative features or robotic components* |
| 74 | +[compact] |
| 75 | +* Innovation achieved with clear evidence of testing, research and development. Innovations that can inspire future competitors |
| 76 | +* Teams are able to explain developments based on past feedback and performance results |
| 77 | +|/6 |
| 78 | + |
| 79 | +|*Teamwork and Collegiality* |
| 80 | +|Evidence of team collaboration, problem solving and spirit in the performance and competition. |
| 81 | +|/3 |
| 82 | + |
| 83 | +|*Deductions* _(At discretion of judges up to -15)_ |
| 84 | +|Judges believe the work was not done by team members |
| 85 | + |
| 86 | +Team members are unable to explain their technical involvement with the robot |
| 87 | +| |
| 88 | + |
| 89 | +|*Total Score* |
| 90 | +| |
| 91 | +|*/30* |
| 92 | +|=== |
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