I'm Dr Christopher Butler, a data analyst and PhD holder with 6+ years of hands-on experience turning data into actionable insights. I build repeatable analytical pipelines (RAPs) and BI dashboards using R/ Python, GoogleLooker/PowerBI and Git to enable data-driven decision-making. I’m passionate about mentoring others, translating complex concepts into practical strategies, and helping teams grow their data maturity. Having had 3 years experience as an advanced data coach, I collaborated with a range of industries to translate data into operational efficiencies and data-driven decision-making. I enjoy designing learning experiences, leading cross-functional projects, and empowering professionals to code automate and deliver measurable ROI.

Dr Christopher Butler

I'm Dr Christopher Butler, a data analyst and PhD holder with 6+ years of hands-on experience turning data into actionable insights. I build repeatable analytical pipelines (RAPs) and BI dashboards using R/ Python, GoogleLooker/PowerBI and Git to enable data-driven decision-making. I’m passionate about mentoring others, translating complex concepts into practical strategies, and helping teams grow their data maturity. Having had 3 years experience as an advanced data coach, I collaborated with a range of industries to translate data into operational efficiencies and data-driven decision-making. I enjoy designing learning experiences, leading cross-functional projects, and empowering professionals to code automate and deliver measurable ROI.

Available to hire

I’m Dr Christopher Butler, a data analyst and PhD holder with 6+ years of hands-on experience turning data into actionable insights. I build repeatable analytical pipelines (RAPs) and BI dashboards using R/ Python, GoogleLooker/PowerBI and Git to enable data-driven decision-making. I’m passionate about mentoring others, translating complex concepts into practical strategies, and helping teams grow their data maturity.

Having had 3 years experience as an advanced data coach, I collaborated with a range of industries to translate data into operational efficiencies and data-driven decision-making. I enjoy designing learning experiences, leading cross-functional projects, and empowering professionals to code automate and deliver measurable ROI.

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Experience Level

Expert
Expert
Expert
Intermediate
Intermediate
Intermediate
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Language

English
Fluent

Work Experience

Advanced Data Programme Coach at Multiverse
November 1, 2024 - January 31, 2026
Led instruction across advanced data modules (statistics, SQL, Python, Power BI, and Git/DevOps principles), mentoring 200+ data professionals to build automated workflows and practical data strategies. Identified opportunities for coding automation, contributing to significant client ROI (e.g. £20k within a single client). Recognised for communicating complex data concepts to a broad learner base and shortlisted for cross-team collaboration awards.
Data Programme Coach/Instructor at Multiverse
September 1, 2022 - November 1, 2024
Acted as a degree-level data coach/instructor, delivering data strategy modules (statistics, SQL, Python, Power BI and Git/DevOps). Translated complex data science concepts into actionable strategies for diverse clients, including those in the public health sector (NHS). Achieved a 92% coach expert rating, demonstrating data proficiency and the ability to communicate technical concepts to learners with varying levels of prior expertise. Supervised and mentored two internal staff through a formal reskilling program.

Education

PhD at University of East Anglia
September 1, 2018 - April 1, 2023
▪ Designed, implemented, and published a custom reproducible R script (RM_TRIPS) to extract and transform high-volume data, demonstrating expertise in robust data analysis and clear documentation (cited 30+ times in scientific literature). ▪ Managed and statistically analysed highly complex, large-scale datasets (>1GB) of genomic information, demonstrating proficiency in handling, processing, and validating complex data analogous to clinical health datasets. ▪ Applied advanced statistical modelling and machine learning techniques, including Convolutional Neural Networks (CNN) via DeepTE, Phylogenetic Generalised Least-Squares (PGLS), and both negative binomial regression and binomial logistic regressions. ▪ Authored and successfully published two lead-author papers in international scientific journals, demonstrating excellent written communication skills and the ability to produce high-quality, transparent research documentation.

Qualifications

Add your qualifications or awards here.

Industry Experience

Healthcare, Life Sciences, Government, Professional Services, Education
    paper Using Google BigQuery and Looker Studio to analyse the UKCobenefit Atlas Climate Data

    I recently entered The Data Lab - Innovation Centre 2025 Data Visualisation Competition. I am happy to share that my project was shortlisted from nearly 100 entries, which gave me the opportunity to present my work to an expert judging panel.

    Beyond the competition itself, this was a great reason to upskill in Google BigQuery (a cloud data warehouse) and Looker (a BI tool) for the first time.

    The Project: My entry explored the “EV Rebound” effect. While electric vehicles are a cornerstone of Net Zero, lower driving costs could inadvertently put more cars on the road. My analysis looked at how these shifting habits might impact congestion in Scottish cities and local neighbourhoods between now and 2050.

    Technical Build:
    SQL: I managed the data engineering in BigQuery, writing scripts to handle multi-table joins and cleaning complex datasets to ensure the data was formatted correctly for the final visualisation.
    Python: I utilised Python to process geospatial shapefiles and run linear regressions. This statistical grounding allowed me to test my “Urban Penalty” theory, confirming the link between local population density and projected congestion growth.

    The Outcome:
    Whilst I did not take home the top prize, the experience of presenting to the panel was excellent and I was really encouraged by the written feedback I received:

    💬 “Analysis all seems very competent and varied… the work demonstrates a solid understanding of the long-term negative costs associated with traffic congestion.”
    💬 “The language used throughout was clear which is great on such a complex topic. The annotations were also helpful and the story was impactful from the start.”
    💬 “I like how there is a ‘story’ running through the charts… the first chart is very clear and does a good job of setting the scene, and the second chart does a great job of attracting attention.”
    💬 “The approach of linking charts to a map is nice… and it has identified a really interesting issue that I wasn’t aware of.”

    A big thank you to the DataLab and all judging panel for the opportunity.