The Process Automation Engineer Specialist provides automation system support and technical expertise to enable the reliable and compliant supply of quality vaccine products, involving problem resolution, process control implementation, and troubleshooting.
Compensation
The salary range for the primary location of this role is: $87,300.00 - $137,400.00
Responsibilities
Problem resolution, implementation of process control and data collection techniques, and troubleshooting in compliance with SDLC, GMP, safety, and environmental requirements.
Work closely with Manufacturing, Quality, and Engineering organizations to support automated systems within GMP operations.
Comply with global policies, procedures, guidelines, regulatory requirements, and current Good Manufacturing Practices (cGMP).
Serve as the technical owner for automation system components supporting manufacturing processes, including direct shop-floor support.
Design, implement, test, and close change controls associated with automation-related corrective actions and continuous improvement initiatives.
Lead continuous improvement of manufacturing quality and processes through MES implementation, automation, and Lean/Six Sigma methodologies.
Responsibilities
Lead implementation, maintenance, and continuous improvement of Manufacturing Execution Systems (MES) across manufacturing operations.
Develop and deploy manufacturing quality technologies including smart torque systems, automated inspection equipment, traceability systems, and process monitoring solutions.
Collaborate with cross-functional teams to improve manufacturing quality, process capability, and operational efficiency.
Develop and standardize manufacturing quality processes, work instructions, control plans, and best practices across production operations.
Monitor manufacturing processes and quality performance using statistical analysis and data-driven decision-making to identify improvement opportunities.
Hands-on Factory Automation Staff Engineer to design, prototype, build, integrate, and deploy automated manufacturing equipment across global sites to improve safety, quality, capacity, and productivity.
Senior Manufacturing Engineer responsible for improving manufacturing processes, resolving complex production issues, and supporting new product introductions in air‑cooled chiller production.
Compensation
The annual salary for this position is between $79,000.00 - $158,000.00 annually. This position may be entitled to short-term cash incentives, subject to plan requirements.
Responsibilities
Provide day‑to‑day engineering support for air‑cooled chiller production operations
Lead the resolution of complex manufacturing issues involving mechanical assemblies, electrical systems, controls, and testing processes
Troubleshoot control panels, wiring systems, sensors, actuators, and PLC‑based systems
Troubleshoot mechanical systems including refrigeration systems, piping, and structural assemblies
Support new product launches through process development, validation, and production readiness
Requirements
Bachelor’s degree in Engineering (Manufacturing, Mechanical, Electrical, Industrial, Mechatronics, or Engineering Technology)
Responsible for installation, operation, troubleshooting, and maintenance of automated equipment, robotic systems, and manufacturing processes.
Responsibilities
Perform installation, maintenance, troubleshooting, and repair of automated equipment, robotic systems, and manufacturing machinery
Independently troubleshoot mechanical, electrical, electronic, pneumatic, and hydraulic equipment to identify and resolve equipment malfunctions
Assist engineering with the specification, installation, modification, and improvement of automated equipment and systems
Utilize digital dashboards and equipment monitoring systems to analyze performance, identify trends, and conduct fault reviews
Investigate recurring equipment issues and recommend corrective actions, process improvements, and equipment upgrades
Requirements
Bachelor’s degree in electrical engineering, electronics technology, bioengineering, biological sciences or technical certification in electrical engineering technology, electronics, automation technology, mechatronics, or a related field
Lead Process Engineering and Project Engineering teams to drive productivity, automation, and Lean transformation across Birdman’s manufacturing operations.
Responsibilities
Lead Process Engineering and Project Engineering teams
Drive productivity, efficiency, and cost reduction initiatives across manufacturing
Implement Lean Manufacturing methodologies including Kaizen, SMED, TPM, 5S, Standard Work, and Value Stream Mapping
Improve OEE/OLE, reduce waste, changeover times, and manufacturing costs
Develop operational KPIs and performance dashboards
The Quality Manufacturing Engineer is responsible for improving manufacturing quality, process capability, and operational efficiency through the implementation of advanced manufacturing technologies and quality systems.
Responsibilities
Lead the implementation, maintenance, and continuous improvement of Manufacturing Execution Systems (MES) across manufacturing operations.
Develop and deploy manufacturing quality technologies including smart torque systems, automated inspection equipment, traceability systems, and process monitoring solutions.
Collaborate with Manufacturing, Engineering, Production, Maintenance, IT, and Supply Chain teams to improve manufacturing quality, process capability, and operational efficiency.
Develop and standardize manufacturing quality processes, work instructions, control plans, and best practices across production operations.
Monitor manufacturing processes and quality performance using statistical analysis and data-driven decision-making to identify improvement opportunities.
Design, develop and optimize manufacturing processes and production lines for desalination systems, from first builds through high rate production.
Responsibilities
Design, develop and optimize manufacturing processes and production lines for our desalination systems, from first builds through high rate production.
Lead DFM/DFA initiatives: tooling, fixtures, robot end-effectors, conveyors, automation programming, control systems.
Work cross functionally to select equipment, define cycle-times, yield targets, cost-per-unit, quality metrics.
Develop work instructions, process flows, layout designs; implement and validate manufacturing methods for new systems.
Own continuous improvement efforts: reduce cost, increase throughput, improve reliability and uptime in a fast-moving hardware startup environment.
Requirements
Bachelor’s in Engineering (Mechanical, Manufacturing, Industrial or equivalent)
Lead and implement manufacturing quality initiatives, including MES, smart torque systems, and automation to improve process capability and operational efficiency.
Responsibilities
Lead implementation, maintenance, and continuous improvement of Manufacturing Execution Systems (MES) across manufacturing operations.
Develop and deploy manufacturing quality technologies such as smart torque systems, automated inspection equipment, traceability systems, and process monitoring solutions.
Collaborate with cross-functional teams to improve manufacturing quality, process capability, and operational efficiency.
Develop and standardize manufacturing quality processes, work instructions, control plans, and best practices across production operations.
Monitor manufacturing processes and quality performance using statistical analysis and data-driven decision-making to identify improvement opportunities.
Lead end‑to‑end lifecycle and execution of semiconductor product or major program, coordinating cross‑functional teams and ensuring delivery of business objectives.
Responsibilities
Own overall program lifecycle, scope, schedule, budget, resources, risks, and deliverables
Build and maintain integrated program plan and drive execution against key milestones
Lead cross‑functional teams across R&D, Operations, Manufacturing, Supply Chain, Quality, Service, Applications, Marketing
Drive PLC phase‑gate readiness and ensure required deliverables and exit criteria are completed
Identify and manage technical, operational, supplier, schedule, and business risks
Requirements
B.Sc. or M.Sc. in Engineering, Physics, or another relevant technical discipline
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