Electrical Electronic and Controls System Engineering
Our technical team can carry out a vast array of Electrical & Controls Engineering tasks including:
• PCB design and development including re-design and remanufacture of obsolete boards
• Component level PCB investigation and repair of obsolete and existing boards
• Subsea Electronics Module (SEM) hardware fault investigations
• Investigation of Combined Power & Signal (CPS) communications system faults
• Rapid prototyping utilising FDM 3D printing technologies
•Master Control Station (MCS) functionality and obsolescence management
• Electrical Power Unit (EPU) functionality and obsolescence management
• Topside control systems design
• Topside to subsurface communication investigations and analysis
• Electrical / Electronic failure analysis
• Development and implementation of Industrial PC’s
• Environmental Stress Screening (ESS) of electronic modules in accordance with API
• First Article Build (FAB) process of electronic systems
• Decommissioning of redundant control systems
Electrical / Electronic and Controls Engineering Capabilities
• Frequency analysis utilising function generators and oscilloscopes to generate bode plots of filter circuits used within umbilical simulators for signal attenuation of topside and subsea modems within the test environment.
• Analysis of failed equipment within the manufacturing environment and running 8D investigations with clients, vendors and suppliers to perform full Root Cause Analysis (RCA) of the failure within the device, including, but not limited to cross sectional analysis of failed components such as transistors.
• TCP/IP and Modbus network infrastructure design, setup, maintenance and scalability utilised in the development of projects to create systems which can interface with existing Distributed Computing Systems (DCS) and plant technologies on site.
• Documentation and design upgrades to existing electronic and test systems to the latest ISO / API criteria.
• Investigation of test bay communications issues and Bit Error Rate (BER) communications failures during subsea module testing and creation of documentation detailing the issues and how they are to be addressed.
• PCB design and development including re-design and remanufacture of obsolete boards
• Component level PCB investigation and repair of obsolete and existing boards
• Subsea Electronics Module (SEM) hardware fault investigations
• Investigation of Combined Power & Signal (CPS) communications system faults
• Rapid prototyping utilising FDM 3D printing technologies
•Master Control Station (MCS) functionality and obsolescence management
• Electrical Power Unit (EPU) functionality and obsolescence management
• Topside control systems design
• Topside to subsurface communication investigations and analysis
• Electrical / Electronic failure analysis
• Development and implementation of Industrial PC’s
• Environmental Stress Screening (ESS) of electronic modules in accordance with API
• First Article Build (FAB) process of electronic systems
• Decommissioning of redundant control systems
Electrical / Electronic and Controls Engineering Capabilities
• Frequency analysis utilising function generators and oscilloscopes to generate bode plots of filter circuits used within umbilical simulators for signal attenuation of topside and subsea modems within the test environment.
• Analysis of failed equipment within the manufacturing environment and running 8D investigations with clients, vendors and suppliers to perform full Root Cause Analysis (RCA) of the failure within the device, including, but not limited to cross sectional analysis of failed components such as transistors.
• TCP/IP and Modbus network infrastructure design, setup, maintenance and scalability utilised in the development of projects to create systems which can interface with existing Distributed Computing Systems (DCS) and plant technologies on site.
• Documentation and design upgrades to existing electronic and test systems to the latest ISO / API criteria.
• Investigation of test bay communications issues and Bit Error Rate (BER) communications failures during subsea module testing and creation of documentation detailing the issues and how they are to be addressed.
