Your Responsibilities
- Troubleshoot and maintain industrial electrical and automation systems, including low-voltage (LV) and medium-voltage (MV) equipment.
- Diagnose and resolve issues related to Siemens SIMATIC S7 PLCs, TIA Portal, servo drives, motors, relays, frequency converters, and distributed I/O systems.
- Read, analyze, and troubleshoot Siemens PLC programs written in LAD, FBD, STL (AWL), and SCL.
- Install, commission, and maintain PROFINET and PROFIBUS communication networks.
- Perform cable installation, termination, EMC compliance checks, shielding continuity measurements, grounding verification, and communication diagnostics.
- Read and interpret electrical schematics and conduct root-cause analysis of equipment failures.
- Resolve electrical, automation, drive, and network-related issues to minimize downtime and improve equipment reliability.
- Collaborate closely with suppliers on software and hardware improvement projects and support continuous optimization initiatives.
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Your Responsibilities
- Develop and evaluate electro-optical integration concepts to support system-level objectives within the project
- Contribute to co-design activities across optical, electrical, and packaging domains to ensure technically consistent and feasible solutions
- Support definition and evaluation of coupling approaches, optical interfaces, and system architecture.
- Analyze simulation and experimental results to assess performance, limitations, and feasibility of integration approaches
- Identify technical challenges, constraints, and trade-offs between performance, manufacturability, and integration complexity
- Interface with external partners and research organizations to align technical approaches and consolidate results
- Support preparation of technical reports, presentations, and internal documentation
- Contribute to knowledge transfer within the organization regarding electro-optical integration approaches
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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 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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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 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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