Senior AI Researcher at Accenture Labs (50% client‑facing) and Executive MBA from Trinity College Dublin — Ireland’s top business school. With 10+ years bridging industry and academia, I lead teams driving revenue and cost savings by de‑risking AI through knowledge graph explainability, IP‑driven sales, and lab optimisation. Background: B.E. Control Engineering, double M.S. Data Science (EIT Digital).

PublicationsExperienceEducationCertificationsVolunteeringTalks

Areas of Expertise

AI & Data Strategy Knowledge Graphs Explainable AI (XAI) Graph Machine Learning Team Leadership Client‑facing R&D


Selected Projects

Selected Publications

Venue Title & Authors
JCO CCI Machine Learning–Assisted Recurrence Prediction for Patients With Early-Stage Non–Small-Cell Lung Cancer Adrianna Janik, Maria Torrente, Luca Costabello, Virginia Calvo, Brian Walsh, Carlos Camps, Sameh K Mohamed, Ana L Ortega, Vít Nováček, Bartomeu Massutí, Pasquale Minervini, M Rosario Garcia Campelo, Edel Del Barco, Joaquim Bosch-Barrera, Ernestina Menasalvas, Mohan Timilsina, Mariano Provencio Tumor Recurrence Prediction, Graph ML, XAI
PLOS ONE Examining explainable clinical decision support systems with think aloud protocols Sabrina G. Anjara, Adrianna Janik, Amy Dunford-Stenger, Kenneth Mc Kenzie, Ana Collazo-Lorduy, Maria Torrente, Luca Costabello, Mariano Provencio Tumor Recurrence Prediction, Graph ML, XAI, Think Aloud Protocol
Expert Systems with Applications Machine learning estimated probability of relapse in early-stage non-small-cell lung cancer patients with aneuploidy imputation scores and knowledge graph embeddings Samuele Buosi, Mohan Timilsina, Adrianna Janik, Luca Costabello, Maria Torrente, Mariano Provencio, Dirk Fey, Vít Nováček Tumor Recurrence Prediction, ML
IJCNN '23 Machine Learning Survival Models for Relapse Prediction in a Early Stage Lung Cancer Patient Mohan Timilsina, Samuele Buosi, Adrianna Janik, Pasquale Minervini, Luca Costabello, Maria Torrente, Mariano Provencio, Virginia Calvo, Carlos Camps, Ana L Ortega, Bartomeu Massutí, M Rosario Garcia Campelo, Edel Del Barco, Joaquim Bosch-Barrera, Vit Novacek Tumor Recurrence Prediction, ML
Journal of Biomedical Informatics Synergy between imputed genetic pathway and clinical information for predicting recurrence in early stage non small cell lung cancer Mohan Timilsina, Dirk Fey, Samuele Buosi, Adrianna Janik, Luca Costabello, Enric Carcereny, Delvys Rodrıguez Abreu, Manuel Cobo, Rafael López Castro, Reyes Bernabé, Pasquale Minervini, Maria Torrente, Mariano Provencio, Vít Nováček Tumor Recurrence Prediction, ML
AMIA '22 Integration of Clinical Information and Imputed Aneuploidy Scores to Enhance Relapse Prediction in Early Stage Lung Cancer Patients Mohan Timilsina, Samuele Bousi, Dirk Fey, Adrianna Janik, Maria Torrente, Mariano Provencio, Alberto Bermúdez, Enric Carcereny, Luca Costabello, Delvys Abreu, Manuel Cobo, Rafael Castro, Reyes Bernabé, Maria Guirado, Pasquale Minervini, Vít Nováček Tumor Recurrence Prediction, ML
pre-print Explaining Link Predictions in Knowledge Graph Embedding Models with Influential Examples Adrianna Janik, Luca Costabello Graph ML, XAI
Web Conference '22 Unsupervised Customer Segmentation with Knowledge Graph Embeddings Sumit Pai, Fiona Brennan, Adrianna Janik, Teutly Correia, Luca Costabello Graph ML
AMIA '21 On Predicting Recurrence in Early Stage Non-small Cell Lung Cancer Sameh K. Mohamed, Brian Walsh, Mohan Timilsina, Maria Torrente, Fabio Franco, Mariano Provencio, Adrianna Janik, Luca Costabello, Pasquale Minervini, Pontus Stenetorp, Vít Novacek XAI
SPIE Medical Imaging '21 Interpretability of a deep learning model in the application of cardiac MRI segmentation with an ACDC challenge dataset Adrianna Janik, Jonathan Dodd, Georgiana Ifrim, Kris Sankaran, Kathleen Curran XAI
Master's Thesis '19 Interpretability of a Deep Learning Model for Semantic Segmentation: Example of Remote Sensing Application Adrianna Janik XAI
KDD '19, XAI Discovering Concepts in Learned Representations using Statistical Inference and Interactive Visualization Adrianna Janik, Kris Sankaran XAI
EuroVis '19, MLVis Interpreting Black-Box Semantic Segmentation Models in Remote Sensing Applications Adrianna Janik, Kris Sankaran, Anthony Ortiz MLVis
LTC '17 Can word embeddings be used in an application of morphosyntactic disambiguation task? Adrianna Janik PolEval
'16 Estimation of Travel Time in the City Based on Intelligent Transportation System Traffic Data with the Use of Neural Networks Piotr Ciskowski, Adrianna Janik, Marek Bazan, Krzysztof Halawa, Tomasz Janiczek, Andrzej Rusiecki

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Certifications & Professional Development

AI Leadership & Strategy

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Professional Experience

12/2023 – Present

Associate Innovation Manager

Accenture Labs, Dublin (XAI Lead, Bioinnovation)

Designing and delivering hybrid search system for an automotive client's knowledge graph platform. Leading a series of 3 workshops for a Life Sciences client on knowledge graphs. Delivering knowledge graph-based regulatory compliance solution for a Life Science client replacing 23 FTEs with a hybrid agentic architecture. Co-leading Special Interest Group on Knowledge Graphs and LLMs in global Accenture Labs. Preparing Digital Twin for CHO-cells with optimization support. Managing hundreds of experiments with MLOps for predicting and evaluating gene disease association. Designing architecture for orchestration of LLMs. RAG with vector databases, contributing to open-source AmpliGraph GraphML library. Fluent in AI toolkit landscape: Langchain, GPT-3, GPT-4, Ollama, DeepSeek, etc.

12/2021 – 12/2023

Technology Research Specialist

Accenture Labs, Dublin (XAI Lead, Bioinnovation)

Led CLARIFY project to Accenture's Greater than Award Finals in Inspiring Growth category. Managed tech transfer of internal demo, leading R&D stages for neuro-symbolic query answering system on biomedical knowledge graphs. Led development of tabular and graph-based systems, including explanations and inductive capabilities, for relapse prediction tool REST API. Completed TechStar 2023 leadership program. Developed prototype with REST API for open-source library AmpliGraph 2 reasoning functionality. Contributed to EU Commission's CLARIFY H2020 project, including delivering one client pilot, interacting with 11 partners, and authoring deliverables. Proposed 4 patent application ideas filed with patent office, 2 as lead author. Co-supervised PhD intern on interpretable Gene-Disease Prediction with GraphML. Presented at Sketching in Hardware 2022 Conference, ESSEC Business School, EIT Digital Alumni Annual Meeting. Hosted and co-presented COLING-22 Tutorial on Knowledge Graph Embeddings for NLP.

05/2020 – 12/2021

Technology Research Analyst

Accenture Labs, Dublin (Reasoning & Explanations)

Conducted machine learning research on graph-based knowledge discovery tasks, focusing on explainable AI for knowledge graph embedding models in precision medicine applications in oncology. Developed ExamplE, novel post-hoc example-based explanation approach for link prediction resulting in patent application. Led Proof of Concept deployed at Hospital Puerta del Hierro for CLARIFY H2020 project, designing and implementing explanation subsystem for lung cancer relapse decision support system. Designed and conducted experiments for relapse prediction in lung cancer patients. Contributed to open-source AmpliGraph 1.4 development. Co-authored three deliverables to EU Commission, submitted three patent ideas, deployed internal tools. Contributed to consumer goods project by leading human-based evaluation protocol with 41 marketing professionals. Achieved runner-up position in Accenture Hackathon: AI4Insurance Industry Data + AI.

2025

Strategic Consultant

Strategic Company Project (MBA)

Innovation strategy for Ireland's critical infrastructure provider. Developed strategic recommendations for digital transformation and technology adoption. Analyzed market trends and industry landscape for innovation best practices among international peers. Conducting interviews, applying frameworks (SWOT, BMC, PESTEL, VRIO, Ansoff's Matrix, Porter's Five Forces, etc...)

Sept 2019 – May 2020

Doctoral Researcher & Teaching Assistant

University College Dublin, ML-Labs

Teaching assistant for Advanced Machine Learning (Master's level). Developed course materials and supported students in software development and data visualisation.

Feb 2019 – Sep 2019

Visiting Researcher

MILA – University of Montreal

Humanitarian AI for disaster mapping: computer vision and interpretability for satellite imagery. Built interactive demos (U‑Net Vis, Concept Vis) and published at EuroVis 2019.

Nov 2016 – Jul 2017

R&D Embedded Software Engineer

Nokia Networks (5G & MCUHWAPI)

Developed time synchronisation software for base stations; built web‑based log analysis tool with machine learning in Python. C++14/17, unit testing, and documentation.

Earlier roles

Data Scientist (freelance) · Robotics Intern · R&D Intern

Polish Academy of Science · Astor · Nokia (earlier)

Freelance project on temporal expressions detection (CLARIN-PL). Robotics intern developing applications for Epson SCARA arms. Early R&D experience in embedded software.

Education

2023 – 2025

Executive MBA

Strategy, Innovation, Finance, Leadership.

2018 – 2020

M.Sc. in Data Science (double degree)

Specialisation: Distributed Systems & Big Data. Thesis on interpretability for semantic segmentation (remote sensing). Worked at Inria on deep learning for reading‑chart generation.

2012 – 2016

B.E. in Control Engineering and Robotics

Thesis on travel time prediction using neural networks (published as Springer book chapter). Erasmus+ at Cork Institute of Technology.

Volunteering & Community

Volunteer

Wappy

Volunteer as a Subject Matter Expert on Technology for designing mobile apps to support NGO projects for youth.

Volunteer

ODSC

Open Data Science Conference – community support. Serving as a Master of Ceremony during selected talks.

Volunteer

EVS

European Voluntary Service – sustainability projects. Supporting local NGOs in their initiatives.

Talks & Tutorials

Knowledge Graph Tutorial @ ECAI 2020

Explainable AI for Graphs


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