Vena Vitals

Our Mission Vena Vitals is transforming patient care through better cardiovascular monitoring. Our core technology enables accurate and continuous blood pressure monitoring, unlike other blood pressure monitors that only provide a single snapshot view of the cardiovascular condition. We are a small early-stage team actively working with hospital systems across the country to push the limits of our technology. Our goal is to provide clinically accurate and actionable health insights for patient management and improve the lives of over a billion patients across the world. Job Description Vena Vitals is seeking an Electrical Engineer to help develop the next generation of continuous blood pressure monitoring devices, with the following responsibilities: Owning the overall hardware electronics implementation for the products that Vena Vitals builds. Designing and developing PCB schematics and layouts using CAD software tools. Developing firmware for microcontrollers using programming languages such as C/C++. Creating and maintaining documentation, including schematics, bill of materials, and assembly drawings. Leading cross-functional design reviews to ensure the designs meet performance and reliability requirements. Reports directly to the CTO. Key Qualifications Master’s or higher level of education in Electrical Engineering or related engineering field. 5 plus years experience in the design and development of wireless (e.g., Bluetooth) PCBs and FW. Proficiency in FW development: skilled in writing and debugging FW using programming languages such as C/C++. Strong knowledge of wireless electronics, including digital and analog circuits, microprocessors, and other electronic components. Skilled in troubleshooting and identifying issues with PCB/FW, and able to propose and implement effective solutions. Experience working in a scientific environment and independently conducting experiments. Additional Qualifications Experience with regulatory requirements (e.g., FDA) and certification testing (e.g., FCC). Expected to perform well in a fast-paced environment, to execute on the tasks assigned, to meet the production deadlines and, at the same time, to explore independently new innovative ideas. Experience in computer programming for data analysis (e.g., Matlab, Python). Experience in writing computer programming to control lab instrumentation (i.e., LabView). Great communication and presentation skills. Ability to multi-task and prioritize.

About Us Vena Vitals is on a mission to transform patient care through better cardiovascular monitoring. We make a small wearable device that monitors blood pressure continuously. Unlike other blood pressure monitors that only take a snapshot in time, we record the entire dynamic movie to track continuous changes to guide life-saving patient care. We plan to become the most accurate and actionable cardiovascular monitoring and management system to help improve lives of over a billion patients across the world each year. Job Description We are seeking a R&D Process & Manufacturing Manager to lead and expand our sensor fabrication operations. In this startup environment, the role combines leadership with hands-on involvement. This role will oversee the optimization and production of our next-generation continuous blood pressure monitoring sensors, to ensure quality, scalability, and compliance with medical device standards. In addition to managing day-to-day operations, the Manager is expected to be in the lab developing and improving processes, running experiments, troubleshooting issues, and fabricating sensors. Responsibilities Oversee day-to-day operations of the sensor fabrication facility, including scheduling, resource planning, and capacity management. Hands-on involvement in the manufacturing production of sensors. Troubleshoot and resolve sensor fabrication issues and implement corrective and preventative actions. Manage and mentor a team of technicians/operators. Establish and maintain metrics (yield, throughput, cost, downtime) to monitor performance and guide improvements to processes. Contribute to long-term sensor fabrication strategy, including vendor selection, automation, and capacity expansion. Lead process scale-up from R&D prototypes to pilot manufacturing and full production. Maintain equipment, tools, and facility readiness to support reliable operations. Required to follow all laboratory safety procedures, policies, and precautions. Key Qualifications Bachelors, Masters, or PhD in Engineering or related fields and or relevant work experience Ability to work with delicate materials on a small-scale (millimeter-micrometer) is a must. Experience working in a wet lab environment with various chemicals and fume hoods. Excellent organizational, planning, and communications skills. Experience managing and developing operations staff. Experience in technical writing for developing documentation including SOPs, work instructions, and training materials. Proven ability to troubleshoot technical problems and implement process improvements Nice to Haves 5+ years of experience in medical device manufacturing or regulated industry with demonstrated progression into leadership. Experience with process validation (IQ/OQ/PQ) and documentation for regulatory compliance. Hands-on experience with PDMS or similar polymer materials is a strong plus, especially for candidates with a background in microfabrication, biomedical devices, or wearable sensors. Experience in the practical application of statistics is a plus. Startup or growth-stage manufacturing experience is a plus. Experience in computer programming to control lab instrumentation is a plus. Experience with prototyping tools is a plus. Strong knowledge of ISO 13485, GMP, and experience with audits. Excellent interpersonal skills with the ability to work collaboratively in a small team environment. Highly organized and detailed oriented.

About Us Vena Vitals is on a mission to transform patient care through better cardiovascular monitoring. We make a small wearable device that monitors blood pressure continuously. Unlike other BP monitors that only take a snapshot in time, we record the entire dynamic movie to track changes that can be life-saving. We have strong early clinical results, and we’re now expanding our clinical studies across multiple sites around the country. From the operating room to the home, we plan to become the most accurate and actionable cardiovascular monitoring and management system to help improve the lives of over a billion patients across the world each year. Job Description You will develop algorithms that incorporate multiple continuous biomedical signals into relevant insights. You will develop tools to enhance signal and subtract out common noise artifacts, as well as extract insights from continuous biomedical signals (features, events, and trends) both off-line and in real time. You will be engaged in solving problems that currently do not have well defined solutions and you’ll take the reins to own and steer your deliveries, while also supporting others in a fast-paced, encouraging, and dynamic environment. Key Qualifications 4+ years of experience working with physiological signals (extracting, cleaning, and analysis of datasets). Domain knowledge of cardiovascular system and hemodynamics is a plus. Experience working with complex data sets that have limited sample sizes. Strong background in exploratory and statistical data analysis. Knowledge of design of experiments is a plus. Experience in developing algorithms that handle time-series data, which can include but not limited to training and evaluating machine/deep learning models (e.g. tree-based models, LSTM, recurrent neural networks). Excellent fluency in a high-level programming language (Python, C/C++ and/or Matlab) Knowledge of common ML frameworks (scikit-learn, pandas and deep learning toolboxes such as TensorFlow, PyTorch, Caffe, etc) is a plus. Experience in one or more of the following is a plus: signal processing, multimodal sensing, sensor fusion, time series, time-frequency analysis, and dynamical systems Masters/PhD in Biomedical Engineering, Electrical Engineering, Computer Science, Mathematics, Physics, or related fields or equivalent work experience. Additional Qualifications Expected to perform well in a fast-paced environment, to execute on the tasks assigned, to meet the production deadlines and, at the same time, to explore independently new innovative ideas. Ability to communicate highly technical results and methodologies along with working cross-functionally with a wide range of people Ability to review literature related to projects and integrate relevant information. Knowledge of medical instrumentation is a plus