Lead the design and implementation of production automation equipment for advanced manufacturing.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Develop analytical models for takt time, cycle time, OEE, capacity, buffers, labor, utilities, reliability, and overall automation‑system performance.
Research and qualify advanced automation technologies that improve manufacturability, process capability, throughput, safety, and maintainability.
Lead process definition, concept development, and detailed engineering design for automation cells, tooling, fixtures, robot end effectors, motion systems, material handling, guarding, and service access.
Develop RFQs, equipment and functional specifications, interface requirements, procedures, verification plans, and FAT/SAT acceptance protocols.
Define integrated mechanical, electrical, controls, robot, vision, servo‑motion, recipe, traceability, fault‑recovery, and Digital Factory interface requirements.
Requirements
Bachelor's degree in Mechanical, Manufacturing, Mechatronics, or a related engineering discipline
Nice to have: automated electromechanical assembly
A leadership role sitting at the intersection of manufacturing, software, data, automation, and artificial intelligence to define and deploy digital systems, connected infrastructure, and AI-enabled tools for aircraft production.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Develop and execute Shield AI's AI Manufacturing roadmap.
Identify opportunities to leverage AI across production, quality, maintenance, supply chain, training, and operational decision-making.
Deploy AI-powered solutions including intelligent work instructions, manufacturing copilots, predictive maintenance, automated root-cause analysis, and advanced analytics.
Partner with software and data teams to turn operational challenges into scalable technical solutions.
Capture and digitize manufacturing knowledge to improve workforce productivity, training, and consistency.
The Advanced Manufacturing Engineer (Manufacturing Technology) is responsible for identifying, evaluating, developing, and implementing innovative manufacturing technologies that improve safety, quality, productivity, flexibility, and cost performance across manufacturing operations.
Responsibilities
Develop and maintain manufacturing technology roadmaps.
Lead automation, robotics, machine vision, and material handling projects.
Support Industry 4.0 initiatives, MES integration, and machine connectivity.
Design and optimize manufacturing processes.
Apply Lean Manufacturing and Six Sigma methodologies.
Requirements
Bachelor's in Engineering or related technical field
Develop and maintain software for robotic systems, embedded interfaces, control applications, test systems, and operator-facing tools.
Compensation
Base Pay Range (CA Only) $123,000—$140,000 USD
Responsibilities
Develop and maintain software for robotic systems, embedded interfaces, control applications, test systems, and operator-facing tools.
Implement software for robotic platforms, motion-control systems, sensing systems, machine interfaces, production support tools, and hardware test environments.
Support software development from concept through implementation, simulation, hardware bring-up, integration, test, deployment, troubleshooting, and production support.
Partner with mechanical, electrical, controls, systems, manufacturing, test, and quality teams to define requirements, interfaces, verification approaches, and release criteria.
Integrate software with motors, actuators, encoders, sensors, motion controllers, embedded systems, machine vision systems, industrial networks, and robotic equipment.
Requirements
Bachelor's degree in Software Engineering, Computer Science, Electrical Engineering, Robotics, Mechatronics, or Aerospace Engineering
Drive territory bookings by implementing best practices in territory, account management, and focusing on both current and prospective customers by executing Cognex sales strategies and procedures.
Build and maintain a 12–24-month pipeline of qualified business opportunities, focusing on large, complex projects.
Lead contract negotiations to close deals effectively and ensure compliance with agreements.
Capture and maintain account potential for current and future opportunities.
Requirements
Bachelor’s degree from an accredited institution is preferred, ideally in a STEM or Business field.
Nice to have: non-STEM candidates may need to pass a technical aptitude test
Support the development of next-generation semiconductor packaging technologies, focusing on 3D IC and advanced manufacturing processes.
Compensation
Annual Salary Range for jobs which could be performed in the US: $133,800.00-188,890.00 USD
Responsibilities
Develop, evaluate, and optimize semiconductor manufacturing processes supporting next-generation 3D IC and advanced packaging technologies.
Support technology development initiatives focused on introducing new processes and manufacturing capabilities for future technology generations.
Conduct process characterization, experimental evaluations, and data analysis to identify opportunities for process improvement.
Apply statistical process control (SPC), design of experiments (DOE), and engineering analysis techniques to evaluate process performance and support technology development.
Troubleshoot manufacturing process and equipment challenges, perform root cause analysis, and implement corrective actions to improve process performance.
Requirements
Bachelor's degree in Materials Science, Mechanical Engineering, Chemical Engineering, Electrical Engineering, Physics, Chemistry, or a related STEM field with 4+ years of experience in semiconductor manufacturing, process development, or equipment development.
Master's degree in the same fields with 3+ years of experience in semiconductor manufacturing, process development, or equipment development.
Lead the development of smart manufacturing processes and custom equipment for nanofiber cavities, spanning precision mechanics, automation, and optical device development.
Responsibilities
Develop robust, repeatable fabrication and assembly processes for nanofiber cavity devices
Design and integrate custom equipment, fixtures, motion systems, sensing, and control software
Automate critical process steps and establish measurement methods, process controls, and acceptance criteria
Diagnose technical failures across optical, mechanical, electrical, material, and software interfaces
Move prototypes from proof of concept toward reliable operation and scalable manufacturing
The salary range estimated for this position based in California is $115,000.00–$150,000.00.
Responsibilities
Partner with site Operations and process owners to select lighthouse projects, define requirements, acceptance criteria, quantify expected benefits, project cost, deployment time, and lifecycle support needs.
Personally design and build automation prototypes for labeling, pick-and-place, assembly, vision inspection, liquid handling, and material handling.
Program, integrate, and debug PLCs, HMIs, robots, motion systems, sensors, and machine vision.
Own system integration while selecting internal build, reuse, purchased equipment, or outsourced subassemblies.
Lead cross-functional design reviews at key project stages.
Requirements
Bachelor's or Master's degree in Mechanical, Electrical, Mechatronics, Industrial, or Systems Engineering, or equivalent qualified experience.
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