# AI Research Resident

- Company: [Maincode](<https://jobstar.asia/company/maincode>)
- Location: Australia
- Remote: Yes
- Team: Residency
- Employment type: Full Time
- Posted: June 11, 2026

## Job description

Maincode is an Australian AI research company building Matilda, an assistant that understands complex work, reasons over context, and takes meaningful action safely.

The AI Research Residency is a paid 3 to 6 month program for late-stage PhD students and exceptional early-career researchers who want to pursue high-impact AI research grounded in real systems.

Residents work closely with Maincode's research and engineering teams, with dedicated access to large-scale GPU compute and our in-house research infrastructure. You will explore open problems, run experiments at scale, and produce work that can contribute to top-tier publications, open research, infrastructure, or the systems behind Matilda.

This role is research-first, but applied. Strong projects may take the form of model research, evaluations, infrastructure, technical engineering work, or product-facing research that improves Matilda and future Maincode systems.

## **Research areas**

We are interested in research that makes AI systems more capable, reliable, efficient, and useful in the real world.

The residency program is primarily focused on the following areas:

**Agents**

* Tool use, planning, memory, computer control, multi-agent systems, and safe execution in real-world environments.
* Long-context reasoning, workflow understanding, state tracking, memory systems, and methods for maintaining coherence across complex tasks.

**Safety and evaluation**

* Capability evaluations, alignment, oversight, interpretability, robustness, red-teaming, and benchmarks for real-world task completion.

**Training and algorithms**

* Language model training, reinforcement learning, reasoning methods, optimisation, architectures, and new approaches to improving model behaviour.

**Data**

* Data curation, filtering, synthetic data, mixture design, quality verification, pruning, and principled approaches to training signal.

**Multimodal systems**

* Vision-language models, grounding, perception, multimodal reasoning, and systems that combine language, visual context, and action.

**Efficiency and infrastructure**

* Training and inference efficiency, kernels, parallelism, sharding, decoding, quantisation, scheduling, and systems for running large models reliably.

## **Responsibilities**

* Lead research that advances Maincode's work on capable, useful, and trustworthy AI systems.
* Design and execute experiments, develop new research directions, and collaborate closely with our researchers and engineers.
* Produce research outputs suitable for top-tier conferences, journals, technical reports, open-source releases, or deployment in Matilda and future Maincode systems.

## **Qualifications**

* Late-stage PhD student, recent PhD graduate, or exceptional early-career researcher.
* Strong research taste and the ability to identify important problems before they are obvious.
* Experience publishing, preprinting, or producing high-quality research in AI, machine learning, or adjacent technical fields.
* Ability to define and execute independent research under uncertainty.
* Interest in building AI systems that can reason, act, and operate reliably in complex real-world environments.

## **What you will have access to**

* Dedicated access to Maincode's GPU compute and research infrastructure.
* Close collaboration with a small, high-calibre team across AI research, systems engineering, product engineering, and design.
* Support for top-tier conference and journal submissions, with the opportunity for strong research to contribute to Matilda and future Maincode systems.
* A research environment focused on deep work, technical seriousness, and real-world impact.

## Apply

[Apply on Maincode](<https://jobs.ashbyhq.com/maincode/f95bbc0e-fe76-4a88-a9c2-b396e936318b>)

Canonical job page: <https://jobstar.asia/job/ai-research-resident-maincode-australia-5b5a3a9dbf550fd2>
