Best Practices in AI Afternoon 2

Date
11 November 2025 - 12:00-17:00
Location
Design Studio 01 (D05), Pam Liversidge Building, Broad Lane, S1 3JD
Speaker
Various, RSE, CMI, N8

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Overview

We are excited to present the Best Practices in AI Afternoon 2 which will be held on the 11th of November, 12-5pm at Design Studio 01 (D05), Pam Liversidge Building, Broad Lane, S1 3JD.

The afternoon will consist of talks and walkthroughs on best practices for research, design, development, and deployment of AI. It will focus on practical aspects such as tooling, optimisation, profiling, tips and tricks to supercharge AI in your research!

Buffet lunch and coffee will be provided.

This event is held in collaboration between the Research Software Engineering (RSE) group and the Centre for Machine Intelligence (CMI) in the University of Sheffield, and the N8 CIR.

Register to attend in-person or remotely

Agenda

12:00-12:05
Welcome
12:05-13:00
Community lightning talk & Networking Lunch
Speaker Speakers from the community
Lightning talks from members of the community followed by buffet lunch, soft drinks and coffee.
13:00-13:30
Best Practices in AI for Robotic Manipulation: Perception, Planning, and Control
Speaker Amir Ghalamzan, University of Sheffield
This talk will explore how artificial intelligence is transforming robotic manipulation, highlighting best practices in perception, planning, and robot control. Through a practical lens, it will explain how AI enables robots to sense and interpret their environment, plan complex tasks, and robustly execute actions. Drawing on recent advances, key research resources, and demonstrative videos, the session offers insights for researchers and practitioners seeking to apply AI methods in real-world robotic systems, aiming to foster innovation and responsible deployment across diverse applications.
13:30-14:00
Creating your own agent with LangChain
Speaker Shaun Donnelly, University of Sheffield
A walkthrough covering how to create an agent, equip it with tools, and demonstrate their use, including multiple tool interactions. The session also explains how the agent decides which tools to use and when, illustrating the decision-making process behind effective tool-driven agents.
14:00-14:30
Responsible use of (Generative) AI in research and innovation
Speaker Denis Newman-Griffis, University of Sheffield
The general-purpose use of AI technologies in research and innovation is rapidly evolving. The University of Sheffield has recently developed a set of Principles for Using GenAI in Research and Innovation, which aim to provide a starting point for students and staff at the university exploring the use of GenAI in their own research. This talk will outline the thinking behind the University Principles and how they might be applied in research practice, and will highlight current developments around AI use in the wider national and international research systems.
14:30-15:00
Table talks
15:00-15:15
Coffee break
15:15-15:45
Overcoming challenges for building generative AI models with NVIDIA NeMo
Speaker Anna Louise Ollerenshaw, Nvidia
Exploration of the main challenges and solutions for building advanced generative AI using NVIDIA NeMo.
15:45-16:15
Demo: Introduction to NVIDIA NIM™ Microservices
Speaker Mozhgan Kabiri Chimeh, Nvidia
A live walkthrough of NVIDIA NIM™ microservices, showing how they streamline AI model deployment and scaling. The demo builds a simple RAG assistant for online documentation using LangChain and NVIDIA AI Endpoints.
16:15-16:45
The benefits (and some dangers) of data visualization for explainable AI
Speaker Roy Ruddle, University of Leeds
To use visualization effectively in explainable AI (XAI), you first need to identify: (a) the XAI tasks you are performing, (b) specific questions you want to answer, and (c) the data types that are involved. In this talk, I will illustrate how different visualization techniques map to a wide range of XAI tasks and questions. Some of the visualization techniques are well-known (e.g., scatterplots, bar charts and heat maps) but others are more unusual (e.g., violin plots, beeswarm plots and parallel coordinates). I will also show you how to avoid being misled by visualizations and some common bloopers.
16:45-17:00
Wrap-up and feedbacks

Lightning Talks

Talk 1
Little AI on old hardware can offer a little bit of help
Speaker Fred Sonnenwald, University of Sheffield
Talk 2
Using workflow engines to automate the training of Gaussian Process emulators
Speaker William Smith, University of Manchester
Talk 3
AI in Mental Health
Speaker Mohse Farid, University of Derby
Talk 4
AI best practice in the High Value Manufacturing world
Speaker Jon Stammers, AMRC, University of Sheffield
Talk 5
Importance of Metadata management
Speaker Shereen Zafar, University of Leeds
Talk 6
Virtual Machines: The unsung heroes in the management of an ML workload.
Speaker Micheal Abaho, University of Liverpool
Talk 7
Machine Learning for Modeling of Molecule-Surface Interactions
Speaker Ernst Matthias Sachs, MARS, Lancaster University
Talk 8
AI Assisted Coding in R Studio
Speaker Anthony Evans, University of Manchester

Speaker Profiles

Amir Ghalamzan, University of Sheffield

Dr Amir Ghalamzan is an Associate Professor at the University of Sheffield and Theme Lead for Robotics and Autonomous Systems at the Centre for Machine Intelligence. He leads the Intelligent Manipulation Lab, where his research focuses on robotic grasping and manipulation, teleoperation, agri-food robotics, robot learning, and haptic and tactile sensors. Amir holds a PhD in Robotics and Automation Engineering from Politecnico di Milano and is committed to advancing data-driven control and planning for real-world robotic challenges, especially in agricultural robotics and tactile perception.

Shaun Donnelly, University of Sheffield

Shaun is a research software engineer at the University of Sheffield with a background in astrochemistry and AI-driven computational chemistry. Since joining the RSE team in December 2024, he’s been exploring how large language models can transform research workflows, from Retrieval Augmented Generation to tool-driven Agentic AI. He’s particularly interested in exploring how to make research software more accessible by the use of natural language as an interface between researchers, their software and their research workflows.

Denis Newman-Griffis, University of Sheffield

Denis Newman-Griffis (they/them) is a Senior Lecturer in the School of Computer Science and Theme Lead for AI-Enabled Research in the University of Sheffield’s Centre for Machine Intelligence. Their award-winning work investigates the responsible use of AI for human flourishing, including pioneering work on responsible AI in research funding and assessment, ethical practice for AI in policy and public services, and critical perspectives on AI for health and disability. Denis is a British Academy Innovation Fellow and a former Research Fellow of the Research on Research Institute.

Anna Louise Ollerenshaw, Nvidia

Anna Ollerenshaw is a Solutions Architect supporting partners by delivering AI/deep learning solutions. She specialises in conversational AI, particularly speech technology, LLMs, data curation and retrieval augmented generation systems. She has several years experience working in engineering and automation across aerospace, manufacturing and defence, and received her PhD in End-to-End Automatic Speech Recognition (ASR) from the University of Sheffield.

Mozhgan Kabiri Chimeh, Nvidia

Mozhgan Kabiri Chimeh is a Developer Relations Manager at NVIDIA, focused on growing the AI and accelerated computing ecosystem across the UK and Ireland. In this role, she works with researchers, startups, and industry partners to support the adoption of NVIDIA’s AI software platforms and GPU technologies, helping them accelerate innovation and scale solutions.

Roy Ruddle, University of Leeds

Roy Ruddle is a Professor of Computing at the University of Leeds, and Director of Research Technology at the Leeds Institute for Data Analytics (LIDA). Roy has worked in both industry and academia, and specialises in interdisciplinary research into interactive visualization, data quality and data science workflows. His Leeds Virtual Microscope (LVM) has been commercialised by the healthcare company Roche and was a REF2021 Impact Case Study. He was an Alan Turing Institute Fellow from 2018 – 2023, and is currently principal investigator on two major projects: Making Visualization Scalable (MAVIS) for explainable AI (funded by the EPSRC) and AI for Dynamic prescribing optimisation and care integration in multimorbidity (DynAIRx; funded by the NIHR). He has published a practitioner’s guide for rigorously and efficiently checking data quality (https://doi.org/10.5518/1481) and an associated software package as open source (https://pypi.org/project/vizdataquality/).

Registration

In-person spaces are limited, please register to attend!

Register to attend in-person or remotely

Contact Us

For queries relating to collaborating with the RSE team on projects: rse@sheffield.ac.uk

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