2nd Year Electronics Engineering Undergraduate • Systems Architect • DOST Merit Scholar
Iloilo Science and Technology University (ISAT U)
| Metric / Parameter | Specification / Benchmark | Status |
|---|---|---|
| Primary Architecture | MicroPython / C++ Dual-Tier Edge Framework | 🟢 Active Deployment |
| Robotics Payload Target | 2.5 kg High-Speed SCARA Arm | ⚙️ In Development |
| Power Efficiency | 15W High-Efficiency Buck (Ocean Ground Strategy) | ⚡ Optimized |
| Sensor Interfacing | Non-Blocking Analog AFE & Optical Biometrics | 🚀 Production Ready |
| Code Execution Model | 100% Non-Blocking Asynchronous Event Loops | ⚡ Zero Latency |
- EAVB-ARCHON-Power-Hub: 15W High-Efficiency Buck Converter engineered with the proprietary "Ocean Ground Strategy" for extreme noise suppression.
- EAVB-HELIOS-Sentinel: ATtiny85-driven, laser-interlocked UV-C safety interlock system designed for automated laboratory protection.
- EAVB-SONARIS-Ultrasonic: (In Development) High-precision I2C ultrasonic array architecture featuring an onboard 32-bit RISC-V coprocessor for advanced acoustic digital signal processing (DSP).
- eavb_analog: Industrial-grade Analog Front-End (AFE) conditioning, reverse voltage divider solvers, sensor calibration, and real-time multi-axis telemetry streaming.
- eavb-as608-micropython: An asynchronous, 100% non-blocking MicroPython library built for the AS608 Optical Fingerprint Sensor, optimized for the Raspberry Pi Pico.
- Embedded Systems & Robotics: Developing robust kinematics compensation and real-time analog telemetry pipelines.
- Material Science & Microbiology: Insulation material analysis focusing on recycled plastics, alongside automated cultivation systems.
- Power Systems: High-efficiency DC-DC topologies and low-noise analog signal conditioning.
The EAVB ecosystem splits its licensing models based on classification:
- Software Repositories & Firmware Libraries: Licensed under the permissive MIT License (
eavb_analog,eavb-as608-micropython). - Hardware Schematics & Physical Designs: Protected under the CC BY-NC-SA 4.0 license (Power Hubs, Sentinels, and physical architecture).
Commercial & Technical Inquiries:
For manufacturing rights, custom hardware engineering, or commercial licensing of EAVB technologies, please contact me at: eavb.electronics@gmail.com
- Academic Profile: ORCID 0009-0005-1165-2455