Your Responsibilities
- Develop mechanical defect-free process for glass core substrate by working closely with materials suppliers
- Lead the reliability design, evaluation, and qualification of glass core substrate, including TGV structure and coating configuration
- Conduct reliability test plans covering thermal cycling, mechanical stress, warpage behavior, and electrical stability
- Analyze failure mechanisms such as TGV cracking, SeWaRe, and CTE-mismatch effects
- Manage cross-functional tasks and technical documentation
- Analyze experimental data and provide input and recommendations to enhance product performance and improve process efficiency
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Your Responsibilities
- Develop circuit formation technologies for Glass Core Substrate by working closely with material, equipment, and process suppliers
- Lead process development and optimization of lithography, etching, plating, and related technologies for high-density circuit patterning
- Establish process windows to achieve target pattern quality, yield, and manufacturability while considering electrical and mechanical reliability requirements
- Conduct process evaluations covering pattern quality, defect reduction, adhesion performance, dimensional stability, and electrical characteristics
- Analyze failure mechanisms such as pattern defects, delamination, cracking, over/under etching, and process-induced reliability issues
- Work closely with cross-functional teams including process, material and reliability engineering to drive technology development and project execution
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Your Responsibilities
- Leading the development of build-up technologies for Glass Core Substrate applications
- Developing and optimize process technologies including glass handling, temporary support systems, dielectric lamination, via formation, metallization, lithography, etching, and plating
- Establishing process integration strategies to achieve target electrical performance, mechanical reliability, yield, and manufacturability
- Defining technology roadmaps for build-up structures, fine-line interconnects, and next-generation Glass Core Substrate architectures
- Developing handling concepts and process solutions to minimize glass damage, warpage, cracking, and process-induced defects throughout manufacturing
- Driving resolution of technical challenges related to material interactions, dimensional stability, process variation, and reliability performance
- Leading root cause analysis and implementation of corrective actions for process and reliability issues
- Collaborating closely with material suppliers, equipment vendors, and cross-functional teams to accelerate technology development and qualifications
- Providing technical leadership for development programs, intellectual property generation, and technology transfer activities
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Your tasks:
- Define and maintain system architecture, technical baselines, requirements, and requirements traceability throughout the project lifecycle
- Lead system trade studies, technical decision-making processes, and system performance assessments
- Coordinate multidisciplinary engineering teams across mechanical, electrical, software, manufacturing, and related disciplines
- Develop verification, validation, qualification, acceptance, and flight-readiness strategies, including participation in system-level testing campaigns
- Prepare compliance documentation and ensure alignment with customer and program requirements
- Serve as the primary technical interface to customers, suppliers, and partners, including supplier coordination
- Identify technical risks, define mitigation plans, and lead technical reviews and status meetings (SRR, PDR, CDR, QR, FAR)
- Support proposal preparation, business development activities, and internal reporting
- Mentor junior engineers and contribute to engineering excellence and continuous improvement
- Demonstrate expertise in either propulsion systems (chemical, green, electric, or cryogenic) or space mechanisms (e.g. release mechanisms, pointing mechanisms, actuators, valves, or deployment systems), including environmental testing and application of relevant industry standards
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Your Responsibilities
- Develop and optimize Through Glass Via (TGV) formation processes including laser modification and etching
- Develop and optimize Singulation processes
- Establish inspection and metrology methods for TGV characterization and singulation quality
- Support downstream processes (seed, plating, CMP, reliability) by ensuring TGV quality meets integration requirements
- Support the technical design and development of new products by executing assigned tasks and contributing to meeting AT&S’s performance and quality standards
- Conduct research activities and perform experiments to support the development of solutions aimed at improving product performance and manufacturing processes
- Analyze experimental data and provide input and recommendations to enhance product performance and improve process efficiency
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Your Responsibilities
- Planning, coordinating, and overseeing maintenance activities for production facilities, machinery, and technical equipment
- Analyzing equipment malfunctions, conducting fault diagnostics, and developing solution strategies to optimize equipment availability
- Implementing preventive maintenance programs and creating maintenance schedules to ensure smooth equipment operation
- Collaborating closely with various departments, including Production, Quality Assurance, and Procurement, to optimize equipment maintenance and minimize production downtime
- Introducing new technologies and methods for continuous improvement of maintenance processes and equipment performance
- Ensuring compliance with legal regulations, standards, and guidelines in maintenance and occupational safety
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Vollzeit | Teilzeit | befristet | Praktikum
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YourResponsibilities
- Develop, characterize, and optimize IC substrate manufacturing processes within your area of expertise.
- Define process requirements, evaluate suppliers, and qualify manufacturing equipment and tooling.
- Monitor process performance using statistical process control (SPC) and drive process stability improvements.
- Investigate and resolve process-related issues to ensure high yield, quality, and throughput.
- Design and execute experiments (DoE) to improve process capability, reliability, and cost efficiency.
- Support new product introductions and the successful ramp-up into high-volume manufacturing.
- Create and maintain process documentation while ensuring compliance with quality, safety, and environmental standards.
- Collaborate with global engineering teams, mentor junior colleagues, and support internal and external audits.
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