Jobs at Axcelis Technologies

Lead product development and lifecycle for semiconductor manufacturing tools. Define requirements, manage engineering resources and projects, oversee prototypes to release, handle BOMs, vendor qualification, design transfers, and sustainment. Coordinate with manufacturing, purchasing, and technical publications to deliver validated products.

Plan and coordinate internal information-systems projects from initiation through delivery. Manage IT staff and stakeholders, define requirements, assess feasibility and impacts, create detailed project plans, allocate resources, track progress, control changes, oversee testing, documentation, training, and ensure on-time delivery within budget for network, server, software, and PC deployments.

Develop and maintain manufacturing methods, operation sequences, and processes for parts and assemblies. Coordinate with design engineering for new product releases, estimate manufacturing costs and time standards, recommend tooling and process changes, and maintain records and reporting to support production coordination.

Create and maintain user-focused product documentation (manuals, installation, maintenance, troubleshooting, and upgrade guides) for complex capital equipment. Collaborate with engineering, manufacturing, and product teams to gather technical information, validate content, and produce illustrations/visual procedures using CAD visualization tools. Update documentation for engineering changes and support new product introductions while ensuring documentation quality and schedule adherence.

Manage mid-market accounts within an assigned territory to meet revenue targets. Develop and implement account and sales strategies, sell Axcelis products and services, coordinate cross-functional teams, provide quotations and negotiate contracts, build deep customer relationships, and travel domestically (up to 40%) and internationally as required.

Lead product marketing for semiconductor manufacturing tools: define product strategy, market requirements, pricing, positioning, and go-to-market plans; oversee market research, competitive tracking, customer engagement, lifecycle management, and cross-functional collaboration. Travel ~35%.

Design and build scalable end-to-end ETL/ELT data pipelines, process log and semi-structured data with Python and dataframes, and architect scalable database schemas (partitioning/sharding). Ensure data traceability, validation, monitoring, and enable datasets for machine learning model training and deployment while collaborating with data scientists and engineering teams.

Lead regional CS&I aftermarket sales by developing and executing territory plans, identifying solution opportunities, forecasting, managing CRM, collaborating cross-functionally, and driving service contract and product strategies to meet revenue targets and improve customer satisfaction.

The Senior Network Administrator will oversee network performance, security, and design, mentor junior staff, and ensure the integration of technologies. Responsibilities include configuring devices and managing upgrades while collaborating across IT teams.

The SQA Engineer tests Ion Implanter software, develops test cases, validates procedures, troubleshoots issues, and generates reports in a clean room environment.

The role focuses on sourcing, selecting, and qualifying components, improving cost-effectiveness and quality, while acting as a liaison between suppliers and engineers.

The Senior Process Engineer determines operational parameters, interacts with customers and marketing, conducts tool demonstrations, and identifies new tool applications while maintaining documentation and performance metrics.

Develop software for instrumentation and machine control, ensuring high performance, reliability, and integration with hardware and software systems.

The Software Quality Assurance Engineer tests Ion Implanter software, develops test case matrices, validates hardware/software installations, and documents issues, all while adhering to clean room protocols.

The Beamline Controls Scientist will design and develop research projects, applying scientific principles to technology inventions. This role requires substantial expertise and experience in applied research and may involve participation in patent development.

This role involves testing hardware and software for Ion Implanters, developing test cases, validating procedures, and documenting issues within a team environment.

The Senior SW Engineer develops production quality real-time machine control software for Ion Beam generation, enhancing and troubleshooting software while collaborating with teams to meet performance requirements.

Support the Product Documentation team by creating and updating illustrations, diagrams, and animations for manuals, procedures, and training. Translate mechanical and process concepts into clear visuals, update artwork for engineering changes, and collaborate with engineering, manufacturing, and documentation teams while learning CAD-based visualization tools under mentorship.

Lead mechanical design and development of automated semiconductor capital equipment (ion implanters). Own projects from requirements through validation, mentor junior engineers, coordinate with offshore teams, ensure compliance with SEMI and safety standards, perform FEA/3D modeling, troubleshoot system-level issues, and manage schedules and budgets.

Lead mechanical design and development of highly automated semiconductor capital equipment. Own projects from requirements through verification, mentor junior engineers, coordinate with offshore teams, ensure compliance with safety and SEMI standards, perform 3D modeling and FEA, and troubleshoot system-level issues across disciplines.