TEI helps organisations design and implement practical AI systems grounded in operational reality.
We combine engineering, systems thinking and capability building to create solutions that are useful, understandable and built to last.
AI adoption is not just a technical problem. Successful implementation requires operational understanding, thoughtful system design and internal capability alongside delivery.
Designing practical AI systems, workflows and operational tooling that integrate into real organisational environments.
From automation and document intelligence to orchestration and internal platforms, TEI focuses on systems that are useful, understandable and maintainable.
Helping organisations navigate AI adoption through requirements analysis, feasibility assessment, architecture thinking and implementation strategy.
TEI works closely with stakeholders to reduce unnecessary complexity, clarify tradeoffs and align technical decisions with operational realities.
AI systems are most effective when organisations understand and can confidently work with them.
TEI provides workshops, facilitation and capability-building sessions designed to help teams adopt AI thoughtfully and responsibly.
Examples of operational AI systems, orchestration workflows and human-guided automation designed for real organisational environments.
Human-guided operational intelligence layer coordinating fragmented onboarding workflows across compliance, scheduling and operational readiness systems.
The organisation's onboarding process relied on multiple disconnected systems, manual coordination and fragmented operational visibility across compliance, training, scheduling and onboarding readiness.
TEI designed a human-guided orchestration layer connecting onboarding events, workflow states and operational checkpoints across existing systems.
The solution combined event-driven workflow orchestration with selectively embedded AI capabilities to support operational visibility, contextual document interpretation and intelligent exception handling while preserving human oversight across critical onboarding decisions.
Rather than replacing operational tools, the solution focused on centralised visibility, event-driven coordination, auditability and practical workflow automation integrated into existing processes.
The resulting workflow architecture provided centralised operational visibility across onboarding readiness, reduced manual coordination burden, improved auditability and workflow oversight, clearer exception handling pathways and a more structured onboarding experience for operational staff.
The solution was designed to evolve alongside existing organisational systems rather than replace them, supporting long-term operational flexibility and maintainability.
Combining computer vision, engineering logic and human-guided validation to extract operationally useful information from complex construction drawings.
Explainable AI workflow helping planners, consultants and contractors interpret complex engineering documents for quoting, feasibility and operational decision-making.
Planning and engineering documents contain visually dense information distributed across plans, sections, profiles and annotations.
Extracting operationally useful geometry, quantities and construction constraints from these documents is often manual, difficult to validate and heavily dependent on engineering interpretation.
This creates significant overhead for planners, consultants and contractors working through quoting, earthworks estimation, material calculations and project feasibility assessments.
TEI designed an AI-assisted interpretation workflow combining computer vision, geometric reasoning and progressive human validation.
The system linked information across multiple drawing types, interpreted engineering relationships and generated structured audit trails showing how conclusions and quantities were derived.
Rather than acting as a black-box extraction engine, the workflow was designed around explainability, confidence-aware reasoning and operational oversight.
The resulting workflow enabled more structured interpretation of engineering drawings while improving traceability, validation and transparency across the extraction process.
The system supported workflows such as quantity estimation, geometry extraction, earthworks interpretation, material calculation and planning-document review for operational quoting and feasibility analysis.
The architecture was designed to support iterative refinement, modular expansion and future engineering-analysis workflows.
Designing structured human-AI workflows for impact reporting, organisational storytelling and capability building.
A collaborative knowledge workflow helping teams move from scattered organisational context to reviewed, structured and usable reporting outputs without removing human judgement from the process.
Impact reporting and organisational storytelling often rely on knowledge distributed across people, documents, programmes and prior reporting cycles.
Teams need support synthesising this material into clear narratives while preserving context, nuance and human accountability.
TEI shaped a human-guided AI workflow that supported structured drafting, iterative refinement and collaborative review.
The system was designed around augmentation rather than replacement: AI helped organise, suggest and synthesise, while people confirmed direction, refined meaning and retained editorial control.
The workflow emphasised organisational context, review checkpoints and capability building so teams could work more confidently with AI-assisted knowledge processes.
The resulting workflow improved the structure and repeatability of reporting work while reducing the friction of moving from raw organisational knowledge to coherent outputs.
It supported clearer review cycles, better reuse of institutional knowledge and more confident human-AI collaboration across reporting and communication tasks.
Reflections from people who have worked with TEI.
Marco brought a structured and grounded approach into technically complex engineering discussions involving optimisation under real-world operational constraints. What I particularly valued was the ability to understand the physical realities of the system well enough to identify where AI and adaptive optimisation methods could realistically add value without losing sight of reliability and hard operational requirements.
Stefan Gasow-Lux
Co-Founder & CTO, Heatrix GmbH
Marco brought a thoughtful and structured approach into a complex operational environment involving onboarding, compliance and organisational coordination. What stood out was the ability to balance technical possibilities with operational reality, helping shape practical systems that improved visibility, reduced unnecessary complexity and kept human oversight central throughout the process. Marco is very passionate and took the time to understand the complexities of our project solution.
Lee Taniwha
CEO, Care Upfront
I've had the pleasure of working with Marco Tabor over the past 12 months on an AI project focused on transforming and developing capability within sales teams. What stood out to me most was Marco's willingness to genuinely take the time to understand exactly what we were trying to achieve. Rather than forcing a generic AI solution, he explored the challenge's nuances, listened carefully to feedback, and continuously adapted the platform and strategy to better align with our desired outcomes. Marco brought real value to the project from both an AI engineering and AI business strategy perspective. I found Marco highly professional, thoughtful, empathetic and solutions-focused throughout the process; he genuinely wanted the technology to deliver meaningful results. I highly recommend Marco to businesses wanting an initial AI strategy overview, seeking to become more competitive or looking to develop a custom AI solution for a specific business challenge.
Jason Dinan
Principal Founder & Chief Scientific Officer, Executive Consulting and Coaching Ltd
Successful AI adoption requires more than technical delivery. It requires operational understanding, thoughtful implementation and organisational confidence.
Operational context comes before technology. We map workflows, constraints, decision points and the people who need to trust the system.
Solutions are shaped around workflows, constraints, people and decisions, with architecture grounded in the organisation's real operating environment.
AI is introduced where it creates practical value, with human oversight, explainability, usability and maintainability treated as core requirements.
Implementation should leave teams stronger. TEI supports understanding, visibility, refinement and confident operational use beyond delivery.
AI adoption is not only a technical challenge. Organisations also need shared understanding, operational context and practical pathways for responsible implementation.
TEI works with teams through workshops, facilitated discussions and collaborative project delivery to help organisations understand how AI systems actually work, where they create value and where human judgement should remain central.
Rather than relying on generic examples or hype-driven narratives, sessions are grounded in the operational realities, workflows and concerns of each organisation.
Tabor Engineered Intelligence was created around a simple idea:
AI systems should be useful, understandable and grounded in operational reality.
Too many organisations are being pushed toward AI adoption through hype, unnecessary complexity or tools that don't fit how people actually work.
TEI focuses on practical implementation, combining engineering, systems thinking and capability building to help organisations adopt AI thoughtfully and responsibly.
We believe the best AI systems are not the loudest or most futuristic. They are the ones people can actually trust, operate and grow with.
If you're ready to explore how practical AI can improve your operations, we're ready to listen.
Email: marco@taborintelligence.com
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