Senior Engineer II, Systems Engineering

ASM•Phoenix, AZ

About The Position

The Senior Engineer II, Systems Engineering is a technical leader responsible for developing, integrating, qualifying, and deploying advanced sensor technologies across ASM product platforms. The role transforms sensor data into actionable insights by driving sensor architecture, data acquisition strategies, signal analysis, and data-driven decision-making. The engineer works closely with Mechanical, Electrical, Firmware, Software, Process, and Manufacturing Engineering teams to define sensor requirements, integrate sensing technologies into complex equipment, and develop analytical methods that improve process understanding, equipment performance, and product outcomes. The position requires systems thinking, expertise in sensor technologies and data analytics, and the ability to lead multidisciplinary projects from concept through deployment. The engineer leads sensor system development and integration, establishes sensor requirements and validation strategies, selects sensing technologies, and develops data acquisition and analysis approaches. They lead sensor technology projects through qualification and release, coordinate technical work across development programs, collaborate with suppliers and technology partners, support customer-facing technical activities, and mentor engineers. ASM describes itself as a technology company with more than 4,500 employees representing 70 nationalities, and highlights diversity, inclusion, sustainability, and development programs supporting employee growth.

Requirements

Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Systems Engineering, Physics, Optical Engineering, Computer Engineering, or a related technical discipline.
At least 5 years of experience in sensor systems, system integration, data acquisition, process diagnostics, or related engineering functions.
Experience integrating sensors into complex hardware systems.
Experience with data analysis, signal processing, and statistical methods.
Proficiency with data analysis tools such as Python, MATLAB, JMP, Minitab, or similar platforms.
Experience designing and executing experiments for sensor characterization and validation.
Strong systems-level problem-solving and troubleshooting skills.
Excellent communication and cross-functional collaboration skills.

Nice To Haves

Master’s or PhD in Mechanical Engineering, Electrical Engineering, Chemical Engineering, Physics, or a related technical field.
Experience with semiconductor equipment and semiconductor manufacturing processes.
Experience with optical sensors, spectroscopy, machine vision, imaging systems, gas sensing, plasma diagnostics, or environmental monitoring.
Experience with edge computing, Industrial IoT, and connected sensor systems.
Experience with machine learning, predictive analytics, and large-scale data processing.
Experience developing sensor-driven control strategies and process monitoring solutions.
Knowledge of database systems, cloud analytics platforms, and data infrastructure.
Strong understanding of sensor technologies and how to translate measurements into actionable information.
Ability to connect sensor data, process behavior, and equipment performance.
Passion for data-driven engineering and advanced analytics.
Proven ability to lead multidisciplinary technical projects.
Excellent troubleshooting and root-cause analysis skills.
Strong collaboration and stakeholder management abilities.
Demonstrated ownership, innovation, and continuous improvement mindset.

Responsibilities

Lead the development and integration of advanced sensor technologies for semiconductor manufacturing equipment.
Define sensor architecture, performance requirements, interfaces, and validation strategies.
Evaluate and select sensing technologies for process monitoring, equipment health monitoring, and advanced control applications.
Drive sensor system design reviews focused on performance, scalability, and robustness.
Identify emerging sensor technologies and assess their applicability to future ASM products.
Lead integration of sensors with hardware, firmware, software, and control systems.
Develop and implement data acquisition architectures for collecting high-quality sensor data.
Define calibration, synchronization, and validation methodologies for multi-sensor systems.
Support integration of optical, thermal, pressure, flow, plasma, gas, vibration, acoustic, and environmental sensors.
Establish best practices for sensor characterization, performance evaluation, and deployment.
Develop data analysis methodologies to extract insights from sensor and equipment datasets.
Apply statistical analysis, signal processing, and machine learning techniques to identify patterns and correlations.
Analyze process and equipment data to improve product performance, process understanding, and operational efficiency.
Develop dashboards, KPIs, and health-monitoring metrics for sensor-enabled systems.
Generate data-driven recommendations that influence product design and technology roadmaps.
Lead sensor technology development projects from concept through qualification and release.
Define verification and validation plans for sensor-enabled subsystems.
Drive proof-of-concept studies and technology demonstrations for next-generation sensing solutions.
Coordinate technical activities across multiple development programs and stakeholders.
Collaborate with suppliers and technology partners to evaluate and qualify new sensor solutions.
Partner with Process, Software, Firmware, Electrical, Mechanical, and Product Engineering teams to deploy sensor solutions.
Work with data scientists and software engineers to operationalize sensor data.
Support customer-facing activities requiring sensor characterization, performance analysis, and technology assessments.
Present technical findings and recommendations to engineering leadership and business stakeholders.
Mentor engineers in sensor technologies, systems engineering, and data analytics methodologies.
Promote best practices for sensor integration, experimental design, and data analysis.
Lead technical working groups focused on sensor innovation and advanced monitoring capabilities.
Drive continuous improvement in sensor development processes and analytical workflows.