Projects — Dr Kayode Owa

Research platforms

Digital health, rehabilitation and applied AI

Selected platforms demonstrating research translation across rehabilitation technology, health AI and intelligent infrastructure.

My recent work focuses on applied artificial intelligence, digital health, rehabilitation technologies and intelligent decision-support systems. I develop clinically informed and real-world-oriented digital platforms addressing rehabilitation monitoring, technology integration, referral workflows and wider infrastructure challenges, with emphasis on responsible AI, interoperability, human oversight and measurable impact.

Digital Health and Rehabilitation Technology

Digital Health & Rehabilitation

RehabSense AI

A modular digital rehabilitation monitoring platform supporting patient check-ins, recovery tracking, adherence monitoring, clinician oversight and explainable review prioritisation following discharge.

Key capabilities

Patient check-ins and recovery tracking
Adherence monitoring
Clinician oversight dashboards
Explainable review prioritisation
Pathway-specific modules

Working research prototype — collaboration and demonstration available on request

Collaboration available for research, clinical and industry partners.

Project details Request a demonstration

Digital Health & Rehabilitation

RehabNexus

A vendor-neutral rehabilitation integration, intelligence and evidence-generation platform connecting rehabilitation technologies, wearables, patient-reported outcomes and digital systems in a shared evaluation environment.

Key capabilities

Vendor-neutral technology integration
Wearables and PROM connectivity
Shared evaluation environment
Evidence-generation workflows
Adoption and assessment support

Working research prototype — collaboration and demonstration available on request

Collaboration available for research, clinical and industry partners.

Project details Request a demonstration

Digital Health & Decision Support

ReferIQ

An AI-supported referral intelligence platform focused on referral summarisation, completeness checking, missing-information identification, pathway grouping, governance and safer administrative decision support.

Key capabilities

Referral summarisation
Completeness checking
Missing-information identification
Pathway grouping
Governance-aware administrative support

Working research prototype — collaboration and demonstration available on request

Collaboration available for research, clinical and industry partners.

Project details Request a demonstration

Applied AI and Intelligent Systems

Applied AI & Smart Infrastructure

FlexGrid AI

An AI-driven energy optimisation and management platform supporting forecasting, optimisation, benchmarking, analytics and intelligent coordination across distributed home-energy systems.

Key capabilities

Energy forecasting
System optimisation
Benchmarking and analytics
Distributed coordination
Decision-support dashboards

Working research prototype — collaboration and demonstration available on request

Collaboration available for research, clinical and industry partners.

Project details Request a demonstration

Working prototypes and demonstrations are available for research, clinical and industry collaboration upon request.

Discuss collaboration Request a demonstration

Selected earlier work

Engineering and applied systems projects

Representative foundations in control systems, energy decision support and industry-facing optimisation.

Technical visualisation of nonlinear tank control systems with sensor and control signals

Nonlinear control for coupled and quadruple-tank systems

Problem addressed: Maintain robust control performance under nonlinear dynamics, coupling, and non-minimum-phase behaviour.
Role: Research lead and control systems designer
Methods and tools: Model predictive control, neural-wavelet methods, robust nonlinear control strategies, simulation and validation.
Output and impact: Published control strategies demonstrating stable, practical, and high-performance behaviour for complex tank processes.

AI decision support visualisation for energy networks, forecasting, and infrastructure analytics

AI-enabled decision support for energy and infrastructure contexts

Problem addressed: Reduce manual analysis and improve quality of operational decision support under uncertainty.
Role: AI/data engineering contributor and technical advisor
Methods and tools: Forecasting, optimisation, data integration, and structured analytics workflows aligned to operational constraints.
Output and impact: Improved speed and consistency of decision preparation across operational and commercial settings.

Smart factory production planning visualisation with scheduling and digital twin overlays

Industry 4.0 production planning and optimisation (Horizon 2020)

Problem addressed: Improve planning quality for dynamic production environments with competing constraints.
Role: Research fellow in multi-partner international consortium
Methods and tools: Hybrid optimisation, simulation-informed planning, adaptive scheduling, and dissemination through demonstrators/publications.
Output and impact: Delivered deployable planning approaches and published outputs in an industry-facing programme.