CV
An overview of research, experience, publications, and background.
Contact Information
| Name | Meghdad Kurmanji |
| Professional Title | AI Research Scientist |
| mk2296@cam.ac.uk | |
| Phone | +44 7949 726 826 |
| Location | Cambridge, UK |
| Website | https://meghdadk.github.io |
Professional Summary
AI Scientist with 8+ years of experience designing and deploying scalable generative AI systems across research and production settings. Expertise spans the full lifecycle of machine learning systems, from prototyping novel models to building robust, production-grade pipelines for enterprise applications. Proven ability in delivering impactful solutions in large-scale model training, multimodal learning, and AI safety, with publications in top-tier venues including NeurIPS and ICLR and competitive research funding for privacy-preserving and safety-critical AI systems.
Experience
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2026 - present London, UK
AI Research Scientist
IQVIA
- Designed and trained transformer-based foundation models on longitudinal clinical data, enabling structured reasoning over long patient timelines.
- Developed agentic LLM systems for automated knowledge extraction and verification from large document collections using LangGraph and retrieval pipelines.
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2024 - 2026 Cambridge, UK
Postdoctoral Research Associate
University of Cambridge
- Secured a GBP 150k Foresight AI Safety grant to advance research on mechanistic machine unlearning and AI safety.
- Co-led a EUR 530k-funded research project on scalable decentralized LLM pre-training with privacy-preserving and robust training pipelines.
- Developed novel machine unlearning techniques for efficient and secure data removal, addressing regulatory requirements such as GDPR compliance.
- Designed and evaluated distributed LLM training systems using PyTorch, Transformers, and MosaicML in large-scale environments.
- Built scalable evaluation pipelines for LLM fine-tuning across downstream tasks, improving reproducibility and benchmarking.
- Published research in top-tier venues including NeurIPS and ICLR.
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2020 - 2024 Coventry, UK
Graduate Research Assistant
University of Warwick
- Pioneered machine unlearning algorithms addressing data deletion and privacy requirements in large-scale ML systems.
- Designed a continual learning framework achieving more than 10x throughput improvement compared to prior approaches.
- Developed a machine unlearning algorithm outperforming prior state-of-the-art methods by up to 10 percent across benchmarks.
- Secured GBP 150k research funding from Huawei for machine learning-based database indexing systems.
- Led collaborations with Google DeepMind, including co-organizing the NeurIPS 2023 Machine Unlearning Challenge.
- Co-authored more than 7 publications in NeurIPS, SIGMOD, and CIDR.
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2019 - 2020 Tehran, Iran
Data Engineer
Iran Telecommunication Research Center (ITRC)
- Built an end-to-end big data pipeline from crawling to Hadoop and OLAP, reducing data onboarding time by 5x.
- Implemented scalable ETL workflows, achieving a 5x query speed-up.
- Integrated Elasticsearch with PowerBI dashboards, reducing reporting delays by 60 percent.
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2017 - 2019 Tehran, Iran
Machine Learning Engineer
Refah Retail Chain Stores Co.
- Led development and deployment of a real-time computer vision system for customer footfall analysis, achieving 81 percent accuracy across 20 stores.
- Developed in-store heatmap analytics to optimize staffing and store layout decisions.
- Built a multimodal recommendation system combining LSTM and CNN models, increasing customer engagement by 15 percent.
- Implemented time-series regression models for customer behavior prediction.
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2016 - 2017 Belgium (Remote)
Deep Learning Engineer
Sensifai
- Improved production audio classification accuracy by 9 percent using multimodal transfer learning techniques.
- Built an 88 percent accurate music mood classifier using spectrogram-based CNN models.
- Optimized distributed video crawling pipelines, achieving 1.8x throughput.
Education
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2020 - 2024 Coventry, UK
PhD
University of Warwick
Computer Science
- Thesis: Adaptability of ML-Based Database Systems (SIGMOD Honorable Mention Award).
- Conducted the first study of data deletion in learned database systems (SIGMOD 2024).
- Developed SCRUB, a state-of-the-art unlearning algorithm for large-scale deep models (NeurIPS 2023).
- Proposed DDUp, a framework for efficient data insertion in learned database systems (SIGMOD 2023).
- Collaborated with Google DeepMind to launch the NeurIPS Machine Unlearning Challenge.
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2014 - 2017 Tehran, Iran
MSc
Tarbiat Modares University
Computer Science
- Dissertation: Hand Gesture Recognition Using 2D and 3D Convolutional Neural Networks from Video.
- GPA: 3.67/4.
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2010 - 2014 Isfahan, Iran
BSc
Isfahan University of Technology
Computer Engineering
- GPA: 3.65/4.
Awards
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2026 Secured GBP 150k Foresight AI Safety Grant
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2025 NeurIPS Top Reviewer Recognition
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2025 SIGMOD Jim Gray Doctoral Dissertation Honorable Mention
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2024 EUR 530k SPRIN-D Grant
Co-lead, CambridgeFlower
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2023 Organizer, NeurIPS Machine Unlearning Workshop
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2021 Best Presentation Award, WPCCS, University of Warwick
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2020 Graduate Scholarship
GBP 25k per year, University of Warwick
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2020 Research Grant
GBP 15k per year, Huawei
Publications
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2025 DEPT: Decoupled Embeddings for Pre-training Language Models
ICLR
Top 1 percent paper on pre-training language models with decoupled embeddings.
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2025 Bridge the Gaps between Machine Unlearning and AI Regulation
NeurIPS
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2024 -
2024 -
2023