
Developed foundational state machine scaffolding and ECU-side control logic for embedded systems within the EgeMobil/EEM_TASK repository. Delivered a reusable State Machine Template Library in C, accompanied by introductory documentation and templates for scenarios such as washing machines and traffic lights. Introduced the ECUStateManager module, implementing startup, operation, refresh, and process execution states to support robust ECU orchestration. Enhanced state diagrams and draw.io templates to reflect new flows, including ANALOGREAD and COMMUNICATION states, improving clarity for future development. Emphasized maintainability through structured Git versioning, focusing on reusable patterns, clear documentation, and diagramming to accelerate onboarding and consistent design decisions.
December 2024: Delivered foundational state machine scaffolding and ECU-side control logic for embedded systems in EEM_TASK. Key work includes a State Machine Template Library with introductory docs and templates for common embedded scenarios (washing machine, LED control, train station, traffic light, water tank) and a new ECUStateManager module with startup, operation, refresh, and process execution states. State diagrams were updated to include new states (ANALOGREAD, COMMUNICATION) and draw.io templates were added to support quick adoption. Commits span v1.0.0 template creation (ebd9a179ce9c6733014a566454e8f88232b2e900), v1.0.1 ECUStateManager template (5d3a87b68eccc48a8328b306d07b8e254349ffef), and v1.0.2 draw.io/template and diagram updates (132df5e0c366395bfbe3ff2ba54c291c7d3d13fb; 12abf6f525629f358e670fee14e7281e1f1d9edc). No major bugs reported; emphasis on reusable patterns, documentation, and diagrams to accelerate future development and onboarding. Technologies/skills demonstrated include embedded state machine design, template libraries, diagram tooling (draw.io), and Git-based versioning for traceability.
December 2024: Delivered foundational state machine scaffolding and ECU-side control logic for embedded systems in EEM_TASK. Key work includes a State Machine Template Library with introductory docs and templates for common embedded scenarios (washing machine, LED control, train station, traffic light, water tank) and a new ECUStateManager module with startup, operation, refresh, and process execution states. State diagrams were updated to include new states (ANALOGREAD, COMMUNICATION) and draw.io templates were added to support quick adoption. Commits span v1.0.0 template creation (ebd9a179ce9c6733014a566454e8f88232b2e900), v1.0.1 ECUStateManager template (5d3a87b68eccc48a8328b306d07b8e254349ffef), and v1.0.2 draw.io/template and diagram updates (132df5e0c366395bfbe3ff2ba54c291c7d3d13fb; 12abf6f525629f358e670fee14e7281e1f1d9edc). No major bugs reported; emphasis on reusable patterns, documentation, and diagrams to accelerate future development and onboarding. Technologies/skills demonstrated include embedded state machine design, template libraries, diagram tooling (draw.io), and Git-based versioning for traceability.

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