Imaging Systems Intern

Merge Labs is a pioneering research laboratory dedicated to merging biological and artificial intelligence to enhance human potential, autonomy, and experiences. Our mission is to advance this integration through the creation of innovative brain-computer interfaces that communicate with the brain at high bandwidth, seamlessly incorporate cutting-edge AI technology, and are designed to be safe and accessible for all users.About the TeamOur Bio team is at the forefront of designing, constructing, and evaluating the biotechnologies that underpin the next generation of brain-computer interfaces. We leverage molecular engineering, synthetic biology, neuroscience, and advanced physical methods like ultrasound to establish minimally invasive, high-bandwidth connections with neurons. The Bio team develops core molecular technologies, rigorously tests their performance both in vitro and in vivo, and showcases their advanced functionalities in animal models. We create custom experimental setups and pipelines while collaborating closely with engineers and data scientists, fostering interdisciplinary innovation to tackle complex challenges in biotechnology.About the RoleAs an Imaging Research Associate, you will play a crucial role in both the execution and innovation of our research initiatives. Your responsibilities will include the preparation of high-quality biological samples and the management of advanced microscopy systems, ensuring the delivery of consistent and well-characterized imaging data. This role demands technical precision, a systems-oriented mindset, and meticulous attention to reproducibility, transforming complex experimental protocols into reliable workflows that drive discovery across the organization.As you gain expertise with these systems, you will have opportunities to contribute to methodological innovations in partnership with functional team leaders. This may involve designing and validating new imaging protocols, exploring unique sample preparation techniques, and assisting in the development of novel hardware configurations tailored to Merge’s technologies. Ultimately, this position allows for significant innovation in imaging methodologies and technologies, broadening the experimental capabilities of the organization.

About NudgeAt Nudge, we are dedicated to pioneering advanced technologies that interface with the human brain to enhance lives. Our innovative approach focuses on developing a non-invasive ultrasound device capable of high-resolution brain stimulation and imaging. This initiative encompasses a comprehensive effort to build state-of-the-art hardware, software, and research capabilities, with the aim of creating transformative products that will benefit millions, and ultimately billions, of people.About the RoleDesign and implement algorithms for both structural and functional ultrasound imaging of the brain.Contribute to the engineering of tailored hardware optimized for imaging applications.Validate in-silico ultrasound imaging methods using custom hardware in physical models and through in vivo studies in rodents and humans.Develop techniques for aberration correction informed by ultrasound imaging data.About YouWe are seeking talented research scientists across various levels of experience. Regardless of your career stage, you should possess:A PhD or postdoctoral experience in physics, bioengineering, medical imaging, or a related engineering field.Deep knowledge of ultrasound physics and metrology.Strong expertise in full-waveform inversion imaging, functional transcranial Doppler imaging, or functional ultrasound imaging.Experience with machine learning techniques is highly desirable.A proven track record of significant technical contributions.A commitment to high standards of integrity and professionalism.

Join the Method TeamAt Method, we have revolutionized the way individuals connect with their financial accounts. By integrating real-time liability connectivity and instant payment execution, our API simplifies the connection between financial accounts and the applications people rely on. With over 45 million users and more than 350 million liability accounts connected without the need for credentials, we have processed over $2.5 billion in payments, saving our users millions in interest. Currently, one in every three credit cards in the United States operates within the Method ecosystem, with leading financial institutions such as SoFi, Bilt, Cleo, Sezzle, Figure, and Aven leveraging our APIs to create exceptional user experiences.Our dedicated team of over 50 professionals is spread across offices in Austin, San Francisco, New York City, and Washington D.C. We are eager to maintain our growth trajectory while collaborating with our esteemed investors and advisors from Andreessen Horowitz, Emergence Capital, Y Combinator, Avra, and Ardent. For more insights about our journey, visit our blog!Your Role and ImpactWe are seeking a Solutions Consultant who will enhance Method's technical sales and expansion initiatives. In this role, you will engage in pre-sales activities, collaborating with customers from the outset to facilitate technical discovery, solution development, and integration planning, thereby accelerating the path to a "technical yes" for prospects and existing clients.As an expert in this field, you will possess a robust technical foundation, particularly in APIs, complemented by strong analytical skills and a consultative approach to aligning customer challenges with Method's innovative product offerings and future roadmap. Your mission is to streamline the purchasing and expansion processes with Method, making them more efficient and repeatable.Your ResponsibilitiesEngage early in key deals (typically during the first one to two calls) as the technical liaison to the Account Executive; lead technical discovery and solution development.Convert customer architecture, limitations, and objectives into a clear proposed approach, detailing integration plans, sequencing, risks, and trade-offs.Enhance technical sales momentum by streamlining the cycle from discovery through solution development and terms negotiation, ensuring clear technical alignment and actionable next steps.Occasionally assist in post-sale solution development and expansion: engage in customer roadmap discussions, propose new use cases, and promote adoption.Develop solutions playbooks for discovery and reference architecture to embed a consistent solutions approach throughout pre and post-sales processes.

As a Solutions Engineer at method, you will play a pivotal role in bridging the gap between our innovative technology solutions and our clients' needs. You will collaborate with cross-functional teams to design, develop, and implement tailored solutions that drive efficiency and growth. Your technical expertise and exceptional communication skills will be essential in providing outstanding customer support and ensuring our clients achieve their business objectives.

About NudgeAt Nudge, we are dedicated to pioneering innovative technologies that interface with the brain, aiming to enhance the quality of life for individuals. Our current focus is on a revolutionary non-invasive ultrasound-based device that stimulates and images the brain with exceptional resolution and depth. This ambitious initiative encompasses the development of advanced hardware, software, and research capabilities to create impactful products, potentially benefiting millions—and ultimately billions—of people.Role OverviewAs a Research Scientist specializing in rodent behavior and neural imaging, you will:Design and conduct experiments on rodents to evaluate the effects of ultrasound neuromodulation on neural circuits and behavior.Gather and analyze both behavioral and neural data through techniques including electrophysiology, calcium imaging, and/or fiber photometry.Create and validate experimental paradigms to correlate changes in neural activity with behavioral and physiological responses that hold clinical significance.Refine ultrasound stimulation parameters for specific brain circuits and cell types to achieve precise neuromodulation.Translate findings from preclinical studies to inform human neuromodulation research.Your ProfilePhD or postdoctoral experience in neuroscience, biomedical engineering, or a related engineering field.Extensive expertise in ultrasound neuromodulation, functional ultrasound neuroimaging, optogenetics, electrophysiology, two-photon microscopy, or fiber photometry in animal models.Experience with automated behavioral tracking and computational analysis of neural and behavioral data.Familiarity with designing experiments based on ultrasound physics and acoustic field modeling is preferred.A proven track record of significant technical contributions.Demonstrated integrity and dedication to excellence.

Senior Bioinformatics EngineerJoin LatchBio, where we are pioneering AI agents that empower over 4,000 scientists in analyzing and interpreting data from cutting-edge spatial and multi-omic tools in the biotechnology sector.We are looking for a highly skilled Senior Bioinformatics Engineer with a robust computational background—ideally, your expertise lies in computer science, mathematics, or statistics, complemented by a strong grasp of biological concepts. In this pivotal role, you will not only perform complex analyses but also establish quality benchmarks for your peers: reviewing analytical processes, identifying errors, and ensuring that all outputs are scientifically sound and defensible.Your ResponsibilitiesLead comprehensive biological data analyses across various projects, guiding data from raw platform outputs through QC, dimensionality reduction, cell typing, and differential expression to robust biological claims.Oversee and evaluate the work of fellow bioinformatics engineers, ensuring analytical integrity and that all documentation meets gold-standard quality.Develop reproducible workflows and maintain clear decision logs detailing filtering processes and rationale, changes in conclusions, and criteria for falsifying claims.Design and implement computational tools or packages that enhance analysis efficiency within the team.Essential QualificationsA solid understanding of algorithms for high-dimensional data analysis (e.g., PCA, UMAP, neighborhood graphs, spectral methods) and the ability to discern their appropriate applications.Proficient in statistical inference concepts: hypothesis testing, confidence intervals, estimators, and corrections for multiple testing.Demonstrated experience in publishing or deploying computational tools or packages utilized by external users (open-source libraries, internal platforms, or production pipelines).Successfully analyzed 3 or more datasets from raw data to actionable insights, suitable for publications or impactful industry experiments.Knowledge of the landscape of computational biology tools for prevalent analysis tasks (e.g., clustering, cell typing, differential expression, enrichment).Preferred ExperienceExperience with comprehensive spatial transcriptomics analysis for technologies such as Seeker, Trekker (Slide-seq), MERFISH, DBiT-seq, Xenium, Visium, Stereo-seq, GeoMx, CosMx, or similar assays.Advanced spatial reasoning skills beyond standard clustering, including neighborhood and adjacency enrichment, spatial gradients and niches, spatial differential expression, and spatial autocorrelation.

Bioinformatics Engineer - Spatial AIJoin LatchBio, where our innovative AI agents empower over 4,000 scientists to effectively analyze and interpret complex data generated from cutting-edge spatial and multi-omic tools within the biotech industry.We are on the lookout for proficient bioinformatics engineers with a robust background in both computational and experimental aspects of spatial biology. Your role will be pivotal in shaping the future of agentic analysis tools.Your ResponsibilitiesLead comprehensive spatial transcriptomics analyses for various projects, from processing raw platform outputs to quality control, cell segmentation, cell typing, differential expression/enrichment, and spatial inference, ultimately substantiating biological claims.Develop reproducible workflows that provide transparent decision traces detailing filters applied, rationale behind them, and factors that could alter conclusions.Engage in advanced spatial reasoning techniques beyond standard clustering, focusing on neighborhood and adjacency enrichment, spatial gradients, spatial differential expression, and analyses that account for spatial autocorrelation.Tackle platform and data challenges with accuracy, transforming ambiguous results into clear hypotheses, conducting sanity checks, and creating systematic debugging plans.Essential QualificationsProven experience in end-to-end data analysis using one or more spatial technologies such as Seeker, Trekker (Slide-seq), MERFISH, DBiT-seq, Xenium, Visium, Stereo-seq, GeoMx, CosMx, or equivalent assays.Experience analyzing 3 or more datasets from raw data to actionable insights for publications or industry-related experiments.Strong understanding of kit-specific quality control thresholds and the ability to discern meaningful numerical outcomes.Familiarity with computational biology tools tailored for spatial tasks, such as cell segmentation, cell typing, and ligand-receptor interaction analysis.Preferred QualificationsPublished work utilizing contemporary spatial biology methodologies.Experience in developing tools or software packages for spatial biology applications.Background in generating training data for AI agents or foundational models.Who You AreYou are a scientifically adept engineer who seamlessly integrates experimentation with computational analysis. You embrace the possibility of being incorrect, adapt your views based on evidence, and document your decisions to enable reproducibility and constructive critique. Your communication skills are exceptional, and you are committed to maintaining the integrity of your work.

About World Labs: At World Labs, we are pioneers in developing foundational world models capable of perceiving, generating, reasoning, and interacting with the 3D world. Our mission is to unlock the full potential of AI through spatial intelligence, transforming vision into action, perception into reasoning, and imagination into innovation. We envision a future where spatial intelligence opens new avenues for storytelling, creativity, design, simulation, and immersive experiences across virtual and physical realms. Our team comprises top experts united by a shared curiosity and passion for technology, ranging from AI research to systems engineering and product design. This synergy creates a dynamic feedback loop between our state-of-the-art research and the products that empower our users. Role Overview We are seeking a SLAM Specialist to conceptualize, develop, and enhance cutting-edge simultaneous localization and mapping systems, ensuring accurate and resilient spatial understanding derived from real-world sensor data. Your focus will be on modern SLAM techniques, encompassing both classical and learning-based methodologies, with an emphasis on scalable state estimation, sensor fusion, and long-term mapping within complex, dynamic environments. This role is hands-on and research-oriented, perfect for someone who thrives at the intersection of robotics, computer vision, and probabilistic inference. You will work closely with research scientists, ML engineers, and systems teams to translate advanced SLAM concepts into production-ready capabilities that serve as the backbone of our world modeling stack. What You Will Do: Design and implement advanced SLAM systems for real-world scenarios, including visual, visual-inertial, lidar, or multi-sensor configurations. Develop robust localization and mapping pipelines, focusing on pose estimation, map management, loop closure, and global optimization. Research and prototype innovative learning-based or hybrid SLAM approaches that synergize classical geometry with contemporary machine learning techniques. Construct and maintain scalable state estimation frameworks, including factor graph optimization, filtering, and smoothing methodologies. Devise sensor fusion strategies that incorporate cameras, IMUs, depth sensors, lidar, or various modalities to enhance robustness and precision. Examine failure modes in real-world SLAM applications (e.g., perceptual aliasing, dynamic scenes, drift) and develop principled solutions. Create evaluation frameworks, benchmarks, and metrics to assess SLAM accuracy, robustness, and performance across extensive datasets. Optimize performance throughout the stack, including adherence to real-time constraints.

Join Artech Information Systems LLC as a Research Associate II in the vibrant city of San Francisco! This is a fantastic opportunity for aspiring professionals looking to launch their career in research.As a Research Associate II, you will play a crucial role in supporting various research projects, analyzing data, and assisting with the development of research methodologies. Your analytical skills and attention to detail will be key in helping our team achieve successful project outcomes.

Join Artech Information Systems LLC as a Research Associate II, where you will engage in pivotal research projects that contribute to our innovative solutions. This role is perfect for those who are eager to apply their analytical skills in a collaborative environment.

At World Labs, we are pioneering the development of Large World Models—advanced AI systems designed to comprehend, reason, and engage with the physical environment. Our initiatives are at the cutting-edge of spatial intelligence, robotics, and multimodal AI, with an objective to empower machines to perceive and operate effectively in intricate real-world settings.We are curating a global team of researchers, engineers, and innovators dedicated to transcending the existing boundaries of artificial intelligence. If you are eager to work on transformative technology that will redefine machine perception and enhance human-AI interaction, this role is tailored for you.About World Labs:World Labs is an AI research and development company committed to creating spatially intelligent systems capable of modeling, reasoning, and acting in the real world. We envision a future where AI transcends text or pixels to thrive in three-dimensional, dynamic environments, and we are constructing the foundational models that will make this a reality.Our team unites expertise in machine learning, robotics, computer vision, simulation, and systems engineering. We operate with the agility of a startup combined with the vision of a research lab, tackling long-term challenges that require creativity, rigor, and resilience.Our mission is to develop the most advanced world models and leverage them to empower individuals, industries, and society.Role Overview:We are seeking a Tech Lead for 3D Modeling & Reconstruction to establish technical direction and drive execution for our essential 3D modeling initiatives. This position is suited for someone with a strong background in research science (RS) or research engineering (RE) who has made significant contributions to the field of 3D reconstruction and/or modeling—evidenced by academic publications, widely adopted open-source projects, or large-scale production systems.This is a hands-on leadership role where you will merge profound technical expertise with the ability to guide a high-impact team, influencing both the research roadmap and the production systems that integrate contemporary 3D modeling techniques into tangible products. You will collaborate closely with research, engineering, and product teams to convert innovative concepts into dependable, scalable solutions.

About AnthropicAt Anthropic, we are dedicated to developing AI systems that are reliable, interpretable, and steerable. We aim to ensure that AI is safe, beneficial, and aligned with the needs of both our users and society. Our expanding team consists of passionate researchers, engineers, policy experts, and business leaders collaborating to create groundbreaking AI solutions.About the RoleWe are seeking a talented Research Engineer with a solid foundation in computer vision, who shares our belief that visual and spatial reasoning are essential for unleashing the full potential of large language models (LLMs). In this collaborative role, you will engage in research, development, and evaluation of cutting-edge Claude models, with a specific emphasis on enhancing visual and spatial capabilities. You will contribute across multiple facets of our research initiatives, employing a full-stack approach that encompasses pretraining, reinforcement learning (RL), and runtime techniques such as agentic harnesses. Additionally, you will work closely with our product team to ensure that your vision enhancements positively influence Claude's performance in real-world applications.

About Genesis Molecular AIGenesis Molecular AI integrates advanced molecular machine learning with fundamental physics to uncover innovative small molecule therapies for critical diseases. Our state-of-the-art molecular AI platform, GEMS, employs generative models alongside high-throughput molecular simulations to efficiently explore chemical space and prioritize compounds with unmatched precision and speed.About Our TeamWe have assembled a premier computational team that collaborates with machine learning researchers, medicinal chemists, and biologists to transform our computational models into viable drug candidates for both our internal pipeline and pharmaceutical partners.You will be a part of a team guided by seasoned drug discovery experts and method developers specializing in statistical mechanics, free energy methods, and computer-aided drug design.About the RoleWe are seeking a binding free energy expert who possesses a robust understanding of the theoretical aspects necessary for proposing new methodologies, as well as the coding skills required to implement them. This role involves advancing free energy methods within our platform and overseeing their application.You will serve as a critical resource for our teams in need of physics-based evaluations of tightly binding compounds, particularly in potency ranges where existing models may falter. Your contributions will directly influence our compound selections, the progression of potential candidates, and the speed at which we identify optimal molecules for patient care.This position requires active engagement—an individual who enjoys the intricacies of coding and tool development to empower project teams.Responsibilities:Oversee the binding free energy function:Manage small molecule binding free energy calculations that inform project decision-making.Establish and refine best practice protocols across various programs, adapting them as the platform evolves.Optimize and advance existing methodologies:Build upon current methods and code bases, including Free Energy Perturbation (FEP), Thermodynamic Integration (TI), and related alchemical/free energy workflows.

Innovators Wanted Have you ever accomplished something that seemed impossible? If that thought excites you, keep reading... Since 2015, we have pioneered an innovative “moneyball for biotech” strategy, uniting projects and promising early-stage research from academia under a single financial umbrella to minimize risk and unlock innovation. This model empowers small teams of experts to lead groundbreaking advancements in rare diseases, developing transformative medicines for patients with significant unmet needs as swiftly as possible. We challenge norms, expand boundaries, and encourage individuals to tackle challenges head-on. If you are someone who redefines the status quo, join us to collaborate with some of the most esteemed minds in the industry. Together, we will ask “why not?” and help reshape the future of biopharma. At BridgeBio, we cherish curiosity and experimentation, including the ethical and thoughtful application of AI to enhance clarity, speed, and quality of work.

Join our dedicated team as a Magnetic Resonance Imaging Technologist at International SOS Government Medical Services in San Francisco. In this critical role, you will be responsible for operating MRI equipment to produce high-quality images, ensuring patient safety, and maintaining the equipment. Your expertise will contribute significantly to our goal of providing exceptional healthcare services.

Join Our Innovative Team at Rezo TherapeuticsAt Rezo Therapeutics, we are revolutionizing the biopharmaceutical landscape. Our mission is to significantly enhance the success rates of drug development through the establishment of a comprehensive, disease-agnostic network biology platform. This groundbreaking approach aims to transform our understanding of human diseases and the efficacy of treatments. Our unique integrated methodology combines expertise in genetics, proteomics, structural biology, and artificial intelligence to unveil profound biological insights and pioneering therapeutic solutions. Situated in the lively Mission Bay area of San Francisco, Rezo is ideally located near UCSF, a wealth of urban amenities, and ample outdoor recreational options. We believe that our mission's success is intertwined with the talent and dedication of our team. As such, we are committed to cultivating a workplace that champions collaboration, respect, and diversity, where team contributions are celebrated alongside individual accomplishments. If you are enthusiastic about collaborative science and are eager to dismantle barriers in drug development, we invite you to apply!If you do not find a specific job listing that aligns with your unique qualifications, we encourage you to submit your application here as we are always on the lookout for exceptional individuals across various disciplines.

Join AbbVie, a global biopharmaceutical company, as a Clinical Research Associate II in the vibrant Bay Area. In this critical role, you will be responsible for overseeing clinical trials, ensuring compliance with regulatory standards, and collaborating with cross-functional teams to bring innovative therapies to patients.

Become a Pioneer in Sleep InnovationAt Eight Sleep, we are dedicated to unlocking human potential through the power of optimal sleep. As the first company in sleep fitness, we are revolutionizing the concept of restful sleep and are committed to developing cutting-edge hardware, software, and AI technology that enables a transformative sleep experience. Our innovative products enhance mental, physical, and emotional performance by converting each night into a personalized, data-driven recovery journey.Our solutions are trusted by top performers, elite athletes, and health-conscious individuals across over 30 countries. Recognized by Fast Company as one of the Most Innovative Companies in 2019, 2022, and 2023, and celebrated in TIME's “Best Inventions of the Year” list twice, we operate with a high-performance mindset: rapid, focused, and driven by meaningful impact. We don’t just deliver; we constantly refine and perfect the details that enhance our members' sleep quality and empower them to wake up stronger.At Eight Sleep, every position offers the opportunity to innovate, collaborate with exceptional talent, and contribute to a future where sleep is an active tool for improved quality of life. If you’re ready to move beyond the conventional and are eager to create at the forefront of what’s possible, this is your chance. Join us in leading the transformation of global sleep practices and uncovering the potential of waking up revitalized.Commitment to ExcellenceWe pursue our mission with a relentless intensity. At Eight Sleep, we adopt the mentality of elite performers: focused, unstoppable, and always striving to be at the pinnacle of our craft. Imagine applying Kobe Bryant’s mamba mentality to bold innovations, next-generation technology, and impeccable execution. This isn't merely a 9-to-5 job. We are a team that goes the extra mile, not because we have to, but because we are passionate about the impact of our contributions. If you excel under pressure and are eager to engage in the most significant work of your career, you’ll find your place here. If you seek an easier path, this role may not be for you.Your RoleEight Sleep is seeking a proactive, highly organized, and detail-oriented Research Associate to oversee research studies within the company. This includes product validation, prototype testing, feature development, and extensive external validation studies. You will manage hands-on data collection, prepare operational components of the studies, and maintain regular communication with participants to ensure successful execution of research projects.

Merge Labs is an innovative research laboratory dedicated to harmonizing biological and artificial intelligence, aiming to enhance human capabilities, autonomy, and overall experience. Our focus is on pioneering groundbreaking brain-computer interface technologies that interact with the brain at high bandwidth, seamlessly integrate with advanced AI systems, and ensure safety and accessibility for all users.About the Team:Our Bio team is at the forefront of designing, constructing, and evaluating the biotechnological foundations necessary for next-generation brain-computer interfaces. We employ a multidisciplinary approach, merging molecular engineering, synthetic biology, neuroscience, and advanced techniques such as ultrasound to create less invasive, high-bandwidth connections with neurons. The Bio team focuses on developing core molecular technologies, validating their efficacy both in vitro and in vivo, and showcasing their advanced capabilities through animal models. We create bespoke experimental setups and workflows, collaborating closely with engineers and data scientists to tackle some of the most demanding challenges in biotechnology.About the Role:As a Research Associate, you will be part of a multidisciplinary team driving critical biological research at Merge Labs, with two distinct tracks:Science-Track RAs engage directly in active scientific programs, collaborating closely with scientists to design, implement, and refine experiments across various fields such as protein engineering, cell biology, synthetic biology, neuroscience, and translational biology. Your experimental work will directly influence experimental decisions, execution, and technical strategies. This track is specifically structured to identify and nurture high-potential early-career scientists, facilitating their progression towards independent scientific roles.Platform-Track RAs focus on developing and maintaining the essential experimental capabilities that support ambitious scientific endeavors at scale. You will collaborate with platform leaders to operate, enhance, and innovate foundational workflows. This track values precision, systems thinking, and profound technical expertise, allowing you to transform delicate or custom experiments into robust, high-quality pipelines that propel the entire organization forward. This track offers a gratifying, long-term career path for individuals who excel in supporting research.In this Role, You Will:Conduct experiments in one or more domains, including:Molecular biology (cloning, CRISPR, etc.)