About us Neocis is an established start-up revolutionizing dentistry with Yomi the first and only FDA cleared robot for assisted dental surgery. The company collaborates closely with leading clinicians to develop innovative technologies that help advance patient care and improve quality of life. Based in Miami, Florida.
Neocis is venture-backed with funding from several prominent investors.
Whats in it for you? Youll thrive in our innovative and collaborative environment. Make an immediate impact on life-changing technology. Avoid silos and "not my job" mentality in our smaller, fast-paced startup environment. We offer:
• Sabbatical parental leave • Unlimited PTO policies • Generous 401K plan with 4 company match • Comprehensive benefits package that includes medical, dental, and vision
The Role: Systems Engineer - Robotics
The Systems Engineer is responsible for identifying the key system performance metrics and driving design through system modeling. What youll do:
• Lead projects for definition and improvements of system architecture encompassing electrical, mechanical, and software components. • Develop modeling, simulation, and estimation for robotic architectures, e.g., kinematic analysis, multi-body dynamics, calibration, and optimization. • Develop system architectures quickly, identifying and resolving bottlenecks and conflicts across sub-systems and components from different domains. • Perform risk analysis to help guide design of safe medical devices. • Generate high-quality technical documentation for both establishment of new solutions and continuous development of existing designs. • Define and iterate sub-system specifications and requirements. • Design and development of testing processes with specific focus on relevant and meaningful metrics to harmonize equipment verification and desired performance. • Effectively work with cross-functional teams, including mechanical, software, and electrical engineers, as well as clinical project management, product development, and marketing staff. • Support improve and educate regarding Verification and Validation activities, as well as advanced troubleshooting for systems field or manufacturing roadblocks. • Follow-up with lifecycle teams, quality manufacturing operation, to ensure newly introduced products or processes maintain a high standard of reliability and performance. • Directly contribute to product development by proposing novel solutions and approaches for enhanced system performance and new applications.
What youll bring:
• BS degree in Electrical or Mechanical Engineering or equivalent hardware domain. • Strong understanding of robot kinematics and dynamics, geometry, vision, with a relevant application. • Familiarity with robotics programming, e.g., Python, Matlab, and experience with robotic packages, e.g., ROS. • Problem-solving skills with ability to abstract and generalize. • Background in control of real-time systems. • Familiarity with linear algebra and optimization theory. • Demonstrated knowledge of basic applied statistics. • Experience in documenting and testing electro-mechanical systems. • Excellent communication, teamwork, interpersonal skills with the ability to self-direct.
Requirements:
• ISO 13485 - Medical Devices Quality Management Systems - Requirements for Regulatory Purposes • IEC 60601-1 - Safety standard for electro-medical devices • FDA 21 CFR Part 820 - FDA Quality System Regulation • Experience with rapid prototyping and CAD, SolidWorks preferred. • Experience with data-collection via basic interfaces, e.g., Arduino DAQ, and data post-processing and statistics, e.g., Matlab, Python, Minitab preferred. • Experience with C programming preferred. • Experience with image registration preferred. • Experience with medical devices preferred. • Experience with the following regulations preferred.
Additional Information This is a full-time position. This position occasionally requires long hours and weekend work. This is not a supervisory role. The position will require up to 10 travel. The main location of this role is in a manufacturing/clinical environment and requires:
• Regular use of CMMs and machining equipment. • Occasional use of CBCT scanners. • Prolonged periods working on a computer. • Ability to lift, push, carry items up to 50 pounds. • Frequent exposure to moderate noise.
Reasonable accommodations may be made to enable candidates with disabilities to perform this role.