Nudge

You'll **design and execute ultrasound neuromodulation studies** in humans, integrating data from neuroimaging and behavioral methods. Your work will translate insights from preclinical studies into human applications, helping develop **non-invasive brain interfaces**. This role combines cutting-edge research with a mission to improve millions of lives.

You'll coordinate **candidate interview logistics** and serve as the primary point of contact throughout the hiring process at a **brain-computer interface startup**. You'll provide interview preparation support and ensure a seamless candidate experience.

You'll own **all financial operations** at a cutting-edge neurotechnology startup building non-invasive brain-computer interfaces. You'll build scalable systems and partner with leadership on **planning and capital allocation** for rapid growth.

You'll develop algorithms for **ultrasound-based imaging** of the brain at **Nudge**, a company building non-invasive brain-computer interfaces. Your work will directly shape custom hardware and in vivo validation.

You'll build the full **histology pipeline** for rodent brain tissue to understand **ultrasonic neuromodulation**. You'll collaborate with research scientists to adapt tissue processing and staining strategies. This role offers the chance to work with cutting-edge **spatial omics platforms**.

You'll improve acoustic models and transducer arrays for a non-invasive brain-computer interface device. Your work directly impacts **safety and performance** of next-generation devices. You'll develop **signal processing and imaging algorithms** for a vertically integrated effort.

You'll **develop methods** for characterizing **ultrasound mechanisms** on neural tissue and **design in vitro experiments** to determine cellular impact. Your work will translate findings into human neuromodulation studies.

You'll run full-cycle recruiting for all roles across engineering, G&A, operations, and research. Your core impact is sourcing exceptional talent and building pipelines to assemble world-class teams. As one of the first recruiters, you'll shape Nudge's recruiting strategy.

You'll design and **ultrasound neuromodulation experiments** in rodents to characterize effects on brain circuits and behavior, then **analyze neural and behavioral data** to link changes to physiological responses. This role translates preclinical findings to **inform human neuromodulation studies**.

You'll **own day-to-day operations** and **compliance** of Nudge's preclinical research organization and rodent vivarium. Working closely with research scientists, you'll build scalable operational systems for in vitro and in vivo neuroscience research. This role offers the chance to drive **high-impact animal welfare and lab safety programs**.

You'll deliver **safety-critical C, C++, Rust, and Verilog code** for real-time embedded environments, contributing to **brain-computer interface technology** using non-invasive ultrasound. You'll perform bringup and debugging of embedded systems and work cross-functionally to design innovative hardware.

You'll support **preclinical experiments** focused on **ultrasound brain stimulation**, working with research scientists on in vivo and in vitro studies. Your work will directly impact our understanding of brain interfaces. This role offers hands-on experience in a cutting-edge neurotechnology startup.

You'll partner with engineers to fabricate and assemble electromechanical components for **benchtop development and clinical studies**, and execute test procedures for **ultrasound systems**. Your work directly supports deployment and maintenance of systems used in **clinical research studies**.

You'll join a world-class team developing **ultrasound-based brain-computer interface technology**. Your work will directly impact **non-invasive brain stimulation and imaging** at unprecedented resolution. This is a vertically integrated effort spanning hardware, software, and research.

You'll **design and build test systems** to evaluate device performance, safety, and reliability. Your work will **translate risk into high-signal experiments** that directly improve device design. This role offers a chance to **shape the testing foundation** for cutting-edge neurotechnology.

You'll design and build software from the ground up, from database migrations to polished front-end features. You'll create tools to help engineers and neuroscientists work more efficiently and own projects through all stages: design, implementation, testing, and deployment.

You'll ensure product designs and processes meet regulatory requirements for a **non-invasive brain-computer interface company**. You'll partner in new product development, leading quality discussions and driving process changes across design controls and clinical trials. This role offers exposure to **cutting-edge ultrasound neurotechnology**.

You'll maintain office operations including kitchen stocking, mail handling, vendor management, and facilities coordination at a **brain-computer interface startup**. Your work ensures a smooth workplace experience for a fast-growing team.

You'll **own day-to-day MRI operations** at Nudge, developing **advanced neuroimaging protocols** for a non-invasive brain-computer interface. Your work will directly support cutting-edge **neuromodulation research** studies.

You'll lead **next-generation ML and imaging systems** at the intersection of ultrasound, signal processing, and neuroscience. You'll drive development of **imaging algorithms** and **real-time inference systems** for brain-computer interface devices. This role offers the chance to apply ML in a domain where it hasn't traditionally been used.

You'll design materials and fabrication methods for in-house ultrasound array fabrication, working closely with electrical, mechanical, software, and ultrasound engineers. Your core impact is developing **non-invasive brain-computer interface technology** using **ultrasound for stimulation and imaging**. This role offers the chance to work on a vertically integrated effort with cutting-edge hardware and software.

You'll **source for highly technical roles** across the company, primarily engineers and scientists. Your work will directly impact **building world-class teams** in a vertically integrated effort. You'll partner closely with recruiters to **translate ambiguous role definitions into clear sourcing strategies**.

You'll develop **novel MRI pulse sequences** and image reconstruction algorithms for a **non-invasive ultrasound-based brain interface**. You'll own applications from concept to deployment in clinical trials on **3 Tesla Siemens MRI scanners**.

You'll design drive systems for **ultrasound phased arrays** and analog receive circuits for **novel imaging applications**. You'll own designs from concept through deployment in clinical trials, working closely with cross-functional teams.

You'll work closely with research and engineering teams to run **high-quality data collection** for studies and R&D experiments. You'll execute experimental protocols and manage participant workflow end to end. This role offers the opportunity to contribute to **next-generation neurotechnology** development at a mission-driven startup.