Operator Profile
Vincent Hy
MECHATRONICS ENGINEER
Target Specializations
- ■Automation Systems
- ■Embedded Systems
- ■Control Systems
- ■Robotics Integration
Current Mission
Designing and developing intelligent systems that integrate hardware, software, and automation into reliable real-world solutions. Deploying custom diagnostics and HMI systems for safety-critical operations.
Equally driven to help businesses operate smarter—architecting end-to-end automation solutions that eliminate repetitive workflows, reduce operational overhead, and unlock scalable growth. Whether through AI-powered intelligence or robust process engineering, I design systems tailored to how your organization actually works—so your team can focus on what moves the needle while the infrastructure runs itself.
DeveloperV-Hy
FEATURED SYSTEMS
Active industrial control loops, custom simulator hardware, and automation platforms.
SCADA MODERNIZATION — NUCLEAR POWER PLANT
End-to-end integration of high-reliability monitoring networks at Ontario Power Generation, substituting deprecated computers with automated telemetry loops.
Legacy System Limitations
Existing plant data acquisition loops relied on proprietary, obsolete hardware architectures. The system lacked standard web-based diagnostics, introducing maintenance overhead and security challenges in data flow consolidation.
Redundant Data Channels
- Field Layer: Multi-point sensors
- Control Layer: Redundant PLC loop
- SCADA: HMI Vision engine via Modbus/TCP
- Historian: Real-time DB logging
Quantifiable Results
- • Replicated and validated 500+ logic channels against nuclear plant computer benchmarks.
- • Reverse-engineered legacy LabVIEW software into decoupled controller scripts.
- • Programmed robust PLC fail-safe overrides for perimeter radiation arrays.
ENGINEERING CAPABILITIES
Active subsystem modules defining technical limits and software integrations.
Embedded & Firmware
Firmware design for microcontrollers, real-time NI DAQ integrations, and automated instrumentation controllers.
Control Strategies
CLOSED LOOP pid loop design, industrial PLC ladder logic, automation interlocks, and sensor conditioning calibration.
Automation & SCADA
HMI system replication, Ignition Vision architecture, and communication over Modbus/TCP & OPC UA.
Software Systems
Automated scripts for data aggregation, custom test-vector parsing, and Dockerized database logging.
Electrical & Mechanical Design
Mechanical CAD modeling (SolidWorks, AutoCAD), routing electrical wiring corridors, and producing detailed engineering change packages.
SYSTEM DEVELOPMENT PROCESS
Interactive pipeline showing stages of interdisciplinary system implementation.
Requirements Analysis
System Design
Hardware Selection
Software Development
Integration Testing
Optimization
Before sketching any designs, I systematically compile system parameters: functional loads, timing bounds, communications overhead, and environment metrics (temperature ranges, electromagnetic interference, etc.). This ensures compliance with safety regulations and performance constraints.
ENGINEER OVERVIEW
Systems Engineering Methodology
I operate as a Mechatronics Engineer with 7+ years of experience specializing in the Ontario power sector. My approach is centered on **systems thinking**—decomposing complex problems into distinct physical, electrical, and logical layers while ensuring the feedback loops between them remain secure, robust, and validated.
I bridge the gap between physical machinery and software control logic. From configuring safety interlocks on radiation detectors to reverse-engineering legacy LabVIEW diagnostic databases, I build industrial applications focused on high availability and long-term durability.
B.Eng Mechanical (Mechatronics)
Ontario Tech University (Honours) · 2014–2019
CSA N299 QA Selection
Nuclear Quality Assurance Standards Certificate
Inductive University Ignition 8.3 Credential
Ignition 8.3 Credential
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TECHNICAL ACTIVITY LOGS
Archived operations roles and engineering credentials at Ontario Power Generation.
Technical Officer
ONTARIO POWER GENERATION (OPG)
- Prepared and verified safety-critical mechatronics documentation, including electrical schematics and engineering change packages for perimeter radiation monitoring.
- Developed LabVIEW control loops and GUI architectures, managing reverse-engineering workflows of legacy controller databases.
- Programmed industrial logic (IEC ladder logic) and configured Ignition SCADA Vision systems to monitor 500+ real-time plant parameters.
- Directed validation schedules and field system tests alongside external instrumentation vendors.
Assistant Technical Officer
ONTARIO POWER GENERATION (OPG)
- Maintained technical responsibility for plant thermal instrumentation and radiation monitors.
- Coded PLC networks and LabVIEW test-bench algorithms to validate hardware calibrations.
- Prepared detailed cable schedules and wiring drawings, verifying specifications during structural walkdowns.
Outage Control Center Eng. Representative
ONTARIO POWER GENERATION (OPG)
- Maintained OCC engineering logs, coordinating dynamic station actions and routing requests to engineering teams.
- Facilitated resolution meetings between operations groups and technicians during critical system outages.
- Conducted field inspections, logging photographic evidence to support engineering evaluations.
University Student Intern
ONTARIO POWER GENERATION (OPG)
- Programmed NI LabVIEW loop systems to acquire data and monitor signals from 500+ parallel testing links.
- Built a hardware simulator to mimic reactor rod control actions.
- Managed procurement specifications for research instrumentation modules.