Alljoined

You'll design deep learning models for **EEG-based neural decoding** at a BCI startup. You'll push the boundaries of **non-invasive brain-computer interfaces** and publish at top-tier ML conferences.

You'll design and execute neuroscience studies using **EEG** and **fMRI** data. You'll analyze large-scale datasets to uncover insights for **next-generation neural decoding**. This role offers the chance to work at a seed-stage startup with **visa sponsorship** and equity.

You'll contribute to building the computational infrastructure for brain-computer interface research, working at the intersection of **neuroscience** and **machine learning**. You'll develop pipelines for massive EEG datasets and implement cutting-edge deep learning experiments. This role offers hands-on experience with state-of-the-art **neural decoding technology**.

You'll pitch your ideal role at Alljoined, a company decoding thoughts from the brain using non-invasive EEG and deep learning. You'll define your own scope to build the next interface between humans and technology. This role is for **outliers** who thrive in **undefined territory**.

You'll build infrastructure for processing massive EEG datasets and powering neural decoding research. You'll own and develop high-performance data pipelines while working alongside world-class researchers advancing brain-computer interfaces. This role offers a chance to be part of **a seed-stage startup** shaping the **future of brain-computer interfaces**.

You'll build the backend and hardware architecture for a seed-stage startup decoding thoughts from brain signals. Your data pipelines and compute clusters will power **foundational model training** with **high-throughput, low-latency GPU pipelines**. You'll own the entire data lifecycle, from neuro hardware to cloud, working alongside world-class researchers.

You'll participate in a **biotech research study** using EEG to decode human thought. You'll wear a non-invasive EEG cap and perform simple tasks. This role offers **$20 per hour** compensation.