Technologies

Connected thinking.
Across your systems.

Explore control platforms, CAD and mechanical design, OT infrastructure and industrial data, alongside applied AI and software research. Filter by discipline.

Engineering technologies and capabilities

19 capabilities shown

Control systems
Siemens S7-1500 programmable logic controller

Siemens PLC & HMI

Siemens S7, TIA Portal, WinCC and SCADA engineering for machine and process applications.

Control systems

Rockwell Automation

Allen-Bradley PLC systems, Studio 5000 and FactoryTalk View, from control logic to operator interfaces.

Control systems

SCADA & system integration

Supervisory control, operator visibility, system interfaces and migration planning.

Distributed control systems

ABB System 800xA

DCS engineering, operator environments, plant integration, testing and handover.

Distributed control systems

Emerson DeltaV

Process automation, DCS integration, testing and commissioning considerations.

Distributed control systems

Siemens SIMATIC PCS 7

Process control, visualisation and plant-system integration in the PCS 7 environment.

OT infrastructure & security

Industrial networks & integration

PROFINET, EtherNet/IP, Modbus TCP, OPC UA/DA and legacy interfaces, including troubleshooting and documentation.

OT infrastructure & security

Servers & virtualisation

OT servers, Windows engineering workstations, virtual machines, backup planning and recovery considerations.

OT infrastructure & security

OT cybersecurity

Asset visibility, network segmentation, access control and secure remote-support arrangements, with plant availability in mind.

Industrial data & IoT

Process historians

Plant data collection, time-series tags, trends and reporting for operational insight.

Industrial data & IoT

Industrial IoT & data interfaces

Sensors, gateways and IIoT connections, with attention to data quality and OT/IT boundaries.

AI & software

LLMs & document-grounded AI

MSc research prototypes comparing Gemini and Cohere responses using retrieved engineering PDF passages and source references.

AI & software

AI evaluation & machine learning

Evidence-based assessment of answer quality, faithfulness, consistency and latency; applied ML is part of broader MSc study.

AI & software

Python, APIs & data tools

Python, Streamlit, model APIs, PDF processing, Google Drive document access and CSV-based evaluation workflows.

AI & software

DevOps & version control

Git, GitHub, automated checks and reproducible builds, informed by MSc study of CI/CD principles.

CAD & mechanical design

SOLIDWORKS

3D part and assembly modelling, engineering drawings and design revisions for mechanical engineering projects.

CAD & mechanical design

Autodesk Inventor & AutoCAD

Inventor 3D mechanical design, sheet metal and iLogic workflows, alongside AutoCAD technical drawings and layouts.

CAD & mechanical design

Autodesk Advance Steel

Steelwork modelling and fabrication-detailing workflows, including architectural metalwork.

Engineering delivery

Testing, commissioning & handover

Functional requirements, FAT/SAT, commissioning verification, technical coordination and traceable documentation.

Professional engineering services and academic research are distinguished in the descriptions. Manufacturer names do not imply certification, partnership or endorsement.

Applied research / MSc Computer Science

AI, tested against
engineering evidence.

Carlos’s master’s project built a Streamlit application to compare Gemini and Cohere answers to industrial automation questions using the same retrieved PDF passages.

The work connects Python, model APIs, document processing and CSV evidence capture with a defined evaluation approach for answer quality, consistency and response time. It also examines the practical performance limits of document retrieval.

Broader MSc study includes applied machine learning, DevOps engineering, information security and data management. Together, these inform how software and AI opportunities are assessed alongside the needs of an operating system.

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