AI Engineer Intern - EQT Digital - London
EQT Corporation
| Company | EQT Corporation |
| Category | Engineering |
| Location | London |
| Remote | On-site (inferred) |
| Employment | Not stated |
| Level | Intern |
| Salary | Not stated by the employer |
| Posted | 9 Jul 2026 |
| Last verified | 12 Aug 2026 |
| Source | Employer ATS (greenhouse) |
Description
About the Team
EQT Digital is a specialist team of ~25 people globally embedded within EQT's Deal Services function, working across the full investment lifecycle to drive digital and AI-enabled value creation within EQT's portfolio. We focus on the larger companies in EQT's private equity and infrastructure buy-out funds, partnering closely with deal teams, portfolio company leadership and external advisors to translate technology capability into commercial outcomes.
As a team, we operate at the intersection of data, technology and value creation, and we are building the internal infrastructure to make our collective knowledge compound over time. This internship would be a direct contribution to that effort.
About the Role
EQT Digital has started defining a target architecture for its internal knowledge and intelligence layer: a structured, queryable data asset that captures technology, AI and digital project intelligence across EQT's portfolio. The goal is a data layer that every team member can access and continuously enrich, and that can be selectively surfaced to the broader EQT organisation and portfolio companies to generate insight from unique knowledge from our (mostly) unstructured data.
As an AI Engineer Intern, you will own the data pipelines to ingest unstructured data, parse and extract information, and design a data model that ensures the system is appropriately set up for users to consume on different interfaces.
Concretely, you will:
Work with the EQT Digital and broader EQT teams to define most valuable data assets / information to extract
Design and implement document parsing pipelines to extract structured intelligence from unstructured sources, including text documents, slides, and internal correspondence (email, messaging platforms), applying prompt engineering techniques to maximize accuracy and consistency across document types and formats
Develop evaluation pipelines to monitor correctness and coverage of the extracted information
Define data model for structured storage in Google BigQuery
Stabilize the pipelines for production use in Google Cloud, including error handling, logging, alerting, and output quality checks
Define consumption interfaces for the extracted data
Document architecture decisions, data model choices and pipeline behaviour so the system can be handed over, maintained and extended
About You
You are a Master's student with hands-on AI engineering experience and a strong instinct for building things that solve users’ problems and can be productized. You are comfortable with ambiguity, ask questions before writing any code, and can reason about how solutions or features bring value to the team (in order to arbitrate & prioritize requests).
What you'll bring
Master's-level training in computer science, data science, machine learning or a related technical field (you can be in the process of completing your Master), with practical AI engineering experience beyond coursework
Solid Python skills and experience with cloud database and pipeline products
Hands-on experience with LLM APIs and prompt engineering: you know how to design prompts for structured extraction, how to evaluate output quality, and how to iterate when results are inconsistent
Familiarity with modern AI tooling, LLM APIs and established libraries
Experience designing data models to make data easy to query and expose
Ability to work independently on a scoped problem, including technical development and interacting with domain experts to make informed decisions
Ability to communicate progress clearly to a non-engineering audience
Useful but not required
Comfort with the GCP ecosystem — BigQuery and Cloud Run experience is useful
Exposure to Terraform is a plus
Familiarity with Airtable as a lightweight data layer alongside more structured warehousing approaches; and with orchestration tools such as Dust
Interest in private equ