Design. Create. Transform. We are HATLAB.

I work closely with clients to design good experiences and interfaces for theirs users.

This paper sets out 11 principles of the HAT data ownership model as the basis for the legal, economic and technical engineering of personal data rights for individuals

HAT Community Foundation, HATDeX, HATLAB and HAT Accelerator respond to the government consultation on the Centre for Data Ethics and Innovation

HATLAB is the innovation space where new projects, MVPs, and pilots or proofs of concept are created before they go into the HAT live environment.

I am designing a methodology on the HAT using multimedia data which could serve for social sciences.

The DROPS project investigates the technology, business, economic and legal models of personalisation in a decentralised data economy.

I design security-focused system and application architectures. I also design semantics and common data vocabularies to ease data integration between systems with different data formats and languages.

Publication from TESCON project

I’m a lead UX/UI designer that specialises in working with innovative startups to design clear and simple user experiences across mobile apps and web interfaces

Learn about the HAT, the value of personal data and the personal data economy from our HAT Wiki and Moodle courses

I design the support processes and activities that will help all our HAT community come together to do the work they want to do.

CADE is the HAT's annual summer conference, where researchers, practitioners, students and policy makers gather to discuss the art and science of service in the digital and data economy.

I design communications networks and communities. I'm always trying to bring professional networks and audiences closer together.

Bear Health project is the creation of the Bear Health data plug to enable individuals to claim their health data when it is used for insurance assessment.

I design the HAT data rights. I investigate the mechanics of information flows within the legal and regulatory framework for complex cyber-physical products.

Shape Influence project develops the ability for the HAT platform to verify digital actions such as a HAT owner having tweeted or posted on social media.

I design Minimum Viable Products (MVPs), helping Startups build exciting products.

FOOD is a UKRI Network plus grant with a focus on IoT in the food industry, focusing on "farm-fork". 

My focus is on value creation. I explore value streams, systems, supply chains and business models, that enable greater value to realised by a firms clients and hence bring mutual benefit to the firm.

Data from a wearable on heart rate and heart rate variability is already being collected via our proprietary hardware. This data from 50 students gives insights into stress (through HRV analysis alongside accelerometer data).

I design markets, economics models, ecosystems, incentives, platforms. 

HARRIET was a research project from 2015-2017 conducted by Warwick Manufacturing Group (WMG) in the University of Warwick. 

I design mobile experiences on iOS that are based around the HAT.

PriVELT will address the two-sided challenges associated with offering a seamless and highly personalised end-to-end travel experience while balancing the privacy and security needs of leisure travellers.

I design modular processes for manufacturing and service organisations with emphasis placed on the integration and use of digital technologies to support these processes.

The BeVID project aims to develop a robust methodological approach in using HATs for research. It will document how to set up respondent panels, create rules and put in place tests for reliability, and validity.

I design systems, helping people to be more secure in general, and more engaged with computing systems in general, especially with interactions on multimedia data.

DEAS is a network plus looking at how organisations can move to availability/outcome based contracts in manufacturing, transport and financial services.

I design mobile experiences on Android that are built around the HAT.

The project's overall aim is therefore to develop a framework through which we can analyse the behavioural co-evolution of cybersecurity/cybercrime ecosystems and effectively influence behaviours of a range of actors in the ecosystems in order to reduce human-related risks.