Practical engineering work across industrial control, operational technology, drive systems, plant communication networks and data-driven monitoring, with a focus on diagnostics, recovery and reliability.
Industrial automation project work covering multi-vendor control systems, drive communication, process monitoring, HMI/SCADA visualisation and operational data logging.
Complete setup for PLC logic, HMI operation, drive control, sensor integration and communication testing.
Operator interface for process values, environmental data, drive status and manual control functions.
ABB drive communication, motor control, parameter monitoring and diagnostic checks.
Node-RED and InfluxDB-based monitoring for values, status, trends and test-rig performance.
Networks: PROFIBUS DP, CANopen, Modbus RTU and AS-i via PROFIBUS / AS-i gateway.
Multi-vendor industrial automation prototype for controlled water tank filling and emptying. The system integrates Siemens PLC/HMI, ABB PROFIBUS drive control, Schneider CANopen drives, Festo PROFIBUS valve control, Modbus RTU instrumentation, AS-i field detection, SCADA supervision and InfluxDB data logging.
The Siemens S7-1214 PLC controls the tank filling and emptying sequence. ABB ACS350 / ACS355 drives handle filling pump control over PROFIBUS DP, while Schneider ATV320 drives support discharge control over CANopen. The Festo valve terminal is connected over PROFIBUS and sequences inlet and outlet valves. The power network analyser is connected over Modbus RTU for electrical measurements, while the H₂S, temperature and humidity sensor is also connected over Modbus RTU. Internal temperature and humidity are measured through an analogue I/O sensor. The process is operated locally from the Siemens TP700 HMI and monitored remotely through SCADA, with operational data logged in InfluxDB.
Networks: PROFINET, PROFIBUS, CANopen, Modbus RTU and AS-i via PROFIBUS / AS-i gateway.
Multi-vendor industrial automation variant using PROFINET for ABB drive communication while also integrating Siemens PLC/HMI, Schneider CANopen drives, PROFIBUS field devices, Modbus RTU instrumentation, AS-i field detection, SCADA supervision and InfluxDB data logging.
This variant keeps the same PLC, HMI, SCADA, CANopen, Modbus RTU and AS-i structure, but uses PROFINET for ABB drive communication through FENA-11 and FENA-21 adapter modules. The PLC coordinates pump control, valve sequencing, tank-level response, drive status monitoring and fault reset functions. Process values, alarms, electrical measurements from the Modbus RTU power analyser, environmental values from the Modbus RTU H₂S / temperature / humidity sensor, and analogue temperature / humidity values are displayed on the HMI and SCADA dashboard, with historical data stored for trend review.
University of Leeds, UK — in progress
Burgas Free University, Bulgaria
Graduation thesis: Occupational Health and Safety Risk Assessment in the United Kingdom Energy Sector: A Case Study of Damhead Creek Combined Power Station.
Burgas Free University, Bulgaria
Graduation thesis: Design of a SCADA System for Control and Monitoring in the Energy Industry.
Bath Spa University, UK
Member, Institution of Engineering and Technology
Member, Chartered Management Institute
Member, Society of Automatics and Informatics
Available for discussions related to automation, control systems, OT, industrial monitoring and engineering support.