Prepare useful data.
Review the task, data quality, and examples the model needs. Structure training and evaluation sets, remove duplication, and document how the data will be used.
LLM fine-tuning, data preparation, and evaluation support. Start with the task you need to improve, then build an approach you can test and understand.
Discuss your LLM project
Review the task, data quality, and examples the model needs. Structure training and evaluation sets, remove duplication, and document how the data will be used.
Choose an appropriate base model and adaptation approach for the agreed task. Fine-tuning can help align behavior, response structure, or domain-specific patterns.
Compare the adapted model with a baseline using held-out examples. Inspect errors and limitations so decisions rest on observed results rather than assumptions.
Fine-tuning isn’t the starting assumption. We consider prompting, retrieval, and model adaptation against your actual goals and available data.
A useful brief includes the task, sample inputs and ideal outputs, current problems, intended users, and the environment where the model will run.
Identify the behavior you want, the constraints, and the examples that will show whether the approach works.
Organize training examples and separate evaluation data. Review dataset permissions and remove sensitive material that should not enter training.
Test the current model or a simpler approach before deciding whether adaptation adds value.
Run the agreed experiments, review representative outputs, and track configuration and dataset versions.
Compare results, document failure cases, and connect the selected approach to an application or deployment plan.
Explore models that follow a defined response structure for tasks such as categorization, structured extraction, or domain-specific support. Evaluation checks whether the desired behavior improves.
When the main need is access to changing documents, a retrieval workflow may be more suitable than fine-tuning alone. We can help investigate retrieval, response generation, and evaluation together.
The agreed scope may include prepared datasets, training configuration, evaluation results, integration code, and notes on limitations and operating requirements. Model licenses and infrastructure requirements are reviewed for the selected approach.
The goal is a measured improvement on a defined task. Quality depends on the base model, data, and evaluation design; a particular accuracy score or universal improvement is not guaranteed.
Tell us what your users need and what your current approach struggles with.
Workspace imagery is illustrative. This service is separate from student dissertation mentoring.