01
2018 — 2020
Electronics Engineer
Potenza TechnologyElectronic control and embedded-system development for EV and energy-storage applications, from prototype bring-up through integration.
Senior Systems & Electronics Engineer · UK
I understand what happens between systems.
I design, integrate and troubleshoot complex electronic systems across hardware, embedded software, communications and real-world behaviour.
EV battery systems · BMS · electronics · CAN/UDS diagnostics · IoT · sensing · validation · system integration
MM / SYSTEMComplete
system viewACTIVE
system viewACTIVE
Electronics
Embedded
CAN / UDS
Diagnostics
Integration
Validation
ELECTRONICSSENSORSEMBEDDEDCANUDSBMSMQTTINTEGRATIONVALIDATIONROOT CAUSE
Engineering at system scale
Technical range backed by programme delivery
5+Vehicle programmes
10+BMS and ECU variants
1200VDC system experience
1500+Requirements managed
Engineering journey
From electronic control to complete-system ownership.
The progression is not away from hands-on engineering. It is toward owning more of the system, its interfaces and the evidence needed to deliver it.
02
2020 — 2023
Electronics Engineer
IVECO Group / FPT IndustrialElectronics, BMS, CAN/UDS diagnostics, vehicle integration and production release across multiple control-system variants.
03
2023 — Present
Senior Systems Engineer
IVECO Group / FPT IndustrialSystem-level BMS delivery, architecture, requirements, interfaces, validation and cross-functional technical ownership.
04
Personal projects
Systems & Product Engineering
Independent engineeringConnected sensing, industrial IoT, diagnostics and prototype architectures that extend the complete-system approach.
Capability matrix
Depth at the interfaces
The hardest failures rarely sit neatly inside one discipline. They emerge where electronics, embedded behaviour, communications and validation meet.
Systems architecture
Requirements, interfaces and technical decisions that hold across the complete system.
EV battery & BMS
Architecture, SoC/SoH, HVIL, high-voltage integration, diagnostics and validation.
CAN UDS diagnostics
Network architecture, DBC, diagnostic behaviour, programming workflows and fault isolation.
Electronics & sensing
Analogue and digital interfaces, acquisition, instrumentation and embedded integration.
Connected products
Sensor gateways, edge processing, MQTT, wireless connectivity and remote monitoring.
Verification & safety
MiL, SiL, HiL, requirements-based testing, ISO 26262 and integration evidence.
Engineering work
Systems, products and investigations
Professional experience is presented at high level; all remaining case studies are personal projects.
Battery Management System Development & Integration
Professional involvement across the BMS engineering lifecycle, from requirements and electronics design through embedded development, validation, vehicle integration and customer support.
01RequirementsSystem · interfaces
02Electronics designSchematic · PCB · simulation
03Embedded & diagnosticsDevelop · integrate · test
04ValidationHardware · software · functional
Mesher Vector — Industrial IoT Gateway
A connected gateway concept for bringing useful machine and sensor data into remote monitoring and analysis workflows.
01Sensors / equipmentAnalogue · digital
02Mesher VectorAcquisition gateway
03Edge processingFilter · contextualise
04MQTT / cloudTransport · storage
CAN / UDS Diagnostic & ECU Programming Tool
A Windows engineering tool for controlled diagnostic communication and ECU programming workflows over CAN.
01PC applicationWorkflow · operator UI
02Kvaser CANlibInterface layer
03CAN networkTransport
04UDS servicesSession · security · transfer
Multi-Sensor Biomedical Data Acquisition Platform
A synchronised embedded acquisition platform spanning ECG, acoustic and inertial sensing, local display and wireless/storage paths.
01ECG · PCG · IMUMulti-rate sensors
02AcquisitionSample · timestamp
03Embedded processingBuffer · synchronise
04Storage / radioSD · BLE · Wi-Fi
Operating method
Instrument.
Understand.
Resolve.
Model the system
Requirements, constraints, interfaces and intended behaviour.
Find the evidence
Measurements, traces, logs, failure modes and reproducible conditions.
Close the gap
Architecture, electronics, firmware, communications and integration.
Prove the outcome
Verification, validation evidence, documentation and handover.
Recurring system challenges
Where system-level thinking matters.
Explore further
A portfolio built around complete-system understanding.
Explore the case studies, engineering journey and technical methods behind work across electronics, embedded systems, diagnostics and integration.