d3moore2002/UCSD_BMES_PT_2024-25_HeartSim
Jan 2025 – May 2025
4 Months active
Languages Used
C++Arduino
Technical Skills
ArduinoEmbedded SystemsDocumentationFile ManagementI2C CommunicationIoT
Aiden Momtaz
PROFILE
Aiden Momtaz
Developed and refined embedded control systems for the UCSD_BMES_PT_2024-25_HeartSim repository, focusing on modular Arduino and C++ code to support heart simulation experiments. Over four months, delivered features such as BPM-based motor and servo control, multi-sensor integration, and robust input handling, emphasizing maintainability and hardware reliability. The work included iterative timing enhancements, modular refactoring, and removal of deprecated components to streamline the codebase. Leveraged skills in Arduino programming, embedded systems, and servo control to improve experiment reproducibility and data quality. Prioritized clear documentation, disciplined version control, and scalable architecture to enable faster onboarding and future feature development.
Overall Statistics
Feature vs Bugs
85%Features
Repository Contributions
35Total
Bugs
2
Commits
35
Features
11
Lines of code
734
Activity Months4
Your Network
11 peopleWork History
May 2025
8 Commits • 1 Features
May 1, 2025May 2025 monthly summary for UCSD_BMES_PT_2024-25_HeartSim focusing on Heart Simulation Motor and Servo Control (Arduino sketches). Delivered a feature-rich motor/servo control system with BPM-based timing, dynamic servo timings, enable/disable control, and configurable constants. The work progressed from MotorServos1.1 to MotorServos1.2, with iterative refinements to timing accuracy and hardware interfacing. No explicit bug fixes recorded for this feature in May 2025; instead, the month emphasized stability improvements, configurability, and readiness for hardware testing.
8 Commits • 1 Features
May 1, 2025May 2025 monthly summary for UCSD_BMES_PT_2024-25_HeartSim focusing on Heart Simulation Motor and Servo Control (Arduino sketches). Delivered a feature-rich motor/servo control system with BPM-based timing, dynamic servo timings, enable/disable control, and configurable constants. The work progressed from MotorServos1.1 to MotorServos1.2, with iterative refinements to timing accuracy and hardware interfacing. No explicit bug fixes recorded for this feature in May 2025; instead, the month emphasized stability improvements, configurability, and readiness for hardware testing.
May 2025
April 2025
21 Commits • 7 Features
Apr 1, 2025Month: 2025-04 | UCSD_BMES_PT_2024-25_HeartSim project: Delivered major refactors and feature work to advance HeartSim toward a 2.0 milestone. Key work includes Combined Components 2.0 updates and a rename to Combined_Components_2.0.ino, sensor code renames and the new Multiple_PSensors.ino enabling multi-sensor support, and a new Servo_Code.ino along with Servo_With_Timing.ino with timing enhancements. Conducted targeted code cleanup by removing obsolete myservo directories and obsolete Servo_With_Timing.ino, reducing dead code and build risk. These changes improve maintainability, readability, and readiness for a 2.0 release, while stabilizing servo timing and sensor handling across revisions. Technologies demonstrated include Arduino sketches (.ino), modularization, file renaming for clarity, incremental feature delivery, and disciplined version-control hygiene.
April 2025
21 Commits • 7 Features
Apr 1, 2025Month: 2025-04 | UCSD_BMES_PT_2024-25_HeartSim project: Delivered major refactors and feature work to advance HeartSim toward a 2.0 milestone. Key work includes Combined Components 2.0 updates and a rename to Combined_Components_2.0.ino, sensor code renames and the new Multiple_PSensors.ino enabling multi-sensor support, and a new Servo_Code.ino along with Servo_With_Timing.ino with timing enhancements. Conducted targeted code cleanup by removing obsolete myservo directories and obsolete Servo_With_Timing.ino, reducing dead code and build risk. These changes improve maintainability, readability, and readiness for a 2.0 release, while stabilizing servo timing and sensor handling across revisions. Technologies demonstrated include Arduino sketches (.ino), modularization, file renaming for clarity, incremental feature delivery, and disciplined version-control hygiene.
March 2025
4 Commits • 2 Features
Mar 1, 2025Month 2025-03 summary for d3moore2002/UCSD_BMES_PT_2024-25_HeartSim: Key features delivered include initial Combined Components scaffolding (Combined_Components.ino) establishing a modular foundation for future components, and targeted code quality improvements with better organization and clarified pin documentation. Major bugs fixed include removal of deprecated flow sensor potentiometer code (Motorized Pump/Flow Sensor Potentiometer) to reduce complexity. Overall impact: set the stage for scalable component integration, improved maintainability, and faster future iterations with clearer documentation. Skills demonstrated: Arduino/C++ development, modular refactoring, documentation, and disciplined version control. Business value: reduced technical debt, clearer onboarding, and faster future feature delivery.
4 Commits • 2 Features
Mar 1, 2025Month 2025-03 summary for d3moore2002/UCSD_BMES_PT_2024-25_HeartSim: Key features delivered include initial Combined Components scaffolding (Combined_Components.ino) establishing a modular foundation for future components, and targeted code quality improvements with better organization and clarified pin documentation. Major bugs fixed include removal of deprecated flow sensor potentiometer code (Motorized Pump/Flow Sensor Potentiometer) to reduce complexity. Overall impact: set the stage for scalable component integration, improved maintainability, and faster future iterations with clearer documentation. Skills demonstrated: Arduino/C++ development, modular refactoring, documentation, and disciplined version control. Business value: reduced technical debt, clearer onboarding, and faster future feature delivery.
March 2025
January 2025
2 Commits • 1 Features
Jan 1, 2025January 2025 monthly summary for d3moore2002/UCSD_BMES_PT_2024-25_HeartSim. Focused on delivering sensor-hardware reliability improvements and robustness for heart-sim experiments. Key features delivered: LED Trigger Sensitivity Calibration—updated LED activation threshold from 200 to 50, refining sensor-triggered LED behavior (LED on when sensor value < 50, off above 50). Commit: dac710db5300dde96f97eb6ed067dbc04dc8daef. Major bugs fixed: Button Input Reliability with Internal Pull-Up—implemented INPUT_PULLUP to ensure reliable button press detection in Arduino projects. Commit: 3843a6415cbc768de91b130e874df405cc387a42. Overall impact: improved sensor-LED responsiveness, reduced false positives, and more reliable user interactions, enabling more consistent experiment results and easier reproducibility in HeartSim. Technologies/skills demonstrated: Arduino sketch development, threshold-based control logic, proper use of INPUT_PULLUP, careful version-control hygiene and targeted fixes. Business value: higher reliability of hardware interactions, improved data quality from experiments, and a stronger baseline for production-like workflows.
January 2025
2 Commits • 1 Features
Jan 1, 2025January 2025 monthly summary for d3moore2002/UCSD_BMES_PT_2024-25_HeartSim. Focused on delivering sensor-hardware reliability improvements and robustness for heart-sim experiments. Key features delivered: LED Trigger Sensitivity Calibration—updated LED activation threshold from 200 to 50, refining sensor-triggered LED behavior (LED on when sensor value < 50, off above 50). Commit: dac710db5300dde96f97eb6ed067dbc04dc8daef. Major bugs fixed: Button Input Reliability with Internal Pull-Up—implemented INPUT_PULLUP to ensure reliable button press detection in Arduino projects. Commit: 3843a6415cbc768de91b130e874df405cc387a42. Overall impact: improved sensor-LED responsiveness, reduced false positives, and more reliable user interactions, enabling more consistent experiment results and easier reproducibility in HeartSim. Technologies/skills demonstrated: Arduino sketch development, threshold-based control logic, proper use of INPUT_PULLUP, careful version-control hygiene and targeted fixes. Business value: higher reliability of hardware interactions, improved data quality from experiments, and a stronger baseline for production-like workflows.
Activity
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Quality Metrics
Correctness85.2%
Maintainability85.8%
Architecture81.2%
Performance84.0%
AI Usage21.2%
Skills & Technologies
Programming Languages
ArduinoC++
Technical Skills
ArduinoControl SystemsDocumentationEmbedded SystemsFile ManagementI2C CommunicationIoTMicrocontrollersMotor ControlRoboticsSensor IntegrationServo Control
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