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Tests basic coding ability and pointer/data-structure manipulation.
Tests learning agility under pressure, plus ownership and prioritization when rapid technical ramp-up is required.
Tests concurrency safety awareness and pointer-related race condition risks.
Tests core C++ knowledge around access control and type semantics.
Tests algorithmic thinking and ability to implement correct solutions under time constraints.
Tests ability to explain real-time constraints and OS design tradeoffs.
Tests structured debugging approach and communication of technical decision-making.
Tests understanding of C++ reference and pointer semantics under embedded constraints.
Tests algorithmic problem-solving and correctness in low-level coding tasks.
Tests practical synchronization skills and correct use of Linux threading primitives.
Tests debugging ability and code quality improvements for embedded C/C++.
Tests performance engineering skills and ability to reason about bottlenecks.
Tests knowledge of polymorphism costs and memory implications in C++.
Tests understanding of CAN fundamentals and practical embedded implementation experience.
Tests interrupt handling design choices and ability to structure safe embedded software.
Tests understanding of IPC mechanisms and how to use them in embedded Linux systems.
Tests safe memory management practices and leak prevention techniques in C.
