[석/박사 경력 인정] 삼성SDI R&D분야 외국인 경력사원 채용

Job Positions and Qualifications

Common Eligibility Criteria

• Foreign nationals with no disqualifications for obtaining a visa or working in Korea
• Holders of TOPIK (Test of Proficiency in Korean) Level 3 or above
  ※ Scores obtained between September 3, 2022, and September 3, 2024, are accepted.
  ※ Those without a language score can submit their results by January 2025.

Common Preferred Qualifications

• At least two years of relevant work experience after obtaining a bachelor's degree
  ※ The duration of study will be recognized as work experience for those who have obtained or are expected to obtain a master's or doctoral degree.

AI/Simulation Development

Key Responsibilities

• Research and development of machine learning/AI modeling and platform development
• Development and operation of Data Infra Architecture for Digital Transformation
• Development of performance/life prediction models based on field/evaluation data
• Verification and optimization of product/component/mechanical/electrical circuit designs
• Development and operation of manufacturing/logistics automation and equipment control systems for smart factory implementation
• UI screen development (SQL, C#)
• System I/F programming (Java, XML, HSMS communication protocol)
• Development of battery state estimation and prediction algorithms
• Development of data-based algorithms (Machine learning, Deep learning)
• Design and implementation of model-based algorithms
• Cell characterization, model evaluation, and improvement

Eligibility Criteria

• Knowledge of programming languages (C/C++/C#, JAVA, Oracle, etc.)
• Knowledge related to machine learning algorithms/smart factories

Preferred Qualifications

• Background in Computer Science, Electrical/Electronic Engineering (SW), Industrial Engineering, Mechanical Engineering, Statistics (STEM), Mathematics, Physics (preference for candidates with master's or doctoral degrees)
• Experience related to the role (projects, internships, papers, patents, competitions, etc.)

Battery Cell/Material Development

Key Responsibilities

• Development of post-lithium-ion batteries such as solid-state batteries, lithium metal batteries, and lithium-sulfur batteries
• Development of materials and processes for next-generation battery implementation
• Development of next-generation cathode materials such as High-Ni and Co-free
• Design/synthesis of rapid charging anode materials and high-capacity Si-based materials
• Electrode composition and structure design for product-specific performance, such as high capacity and efficiency
• Development of new electrode materials (binders, conductive materials, etc.) and structures to improve battery performance, including safety and rapid charging
• Design of new battery structures and development of key technologies
• Design, simulation, and development of battery structures/components
• Support for battery material development (cathode, anode, electrolyte, separator) using surface/morphology/organic/inorganic/crystalline/electrochemical analysis
• Analysis and identification of quality issues for automotive/small/ESS battery cells and products
• Simulation of inorganic/organic/polymer/composite materials (first principles, molecular dynamics)
• Efficiency improvement of material/electrode/cell development through electrochemical performance and degradation model development

Eligibility Criteria

• Knowledge of basic battery principles and cell/material development
• Knowledge of basic mechanical/electrical engineering principles and electrical circuit/electrochemical modeling

Preferred Qualifications

• Background in Chemistry/Chemical Engineering, Materials/Metallurgy, Textiles/Polymers, Mechanical Engineering, Electrical/Electronic Engineering (HW), Mathematics, Physics (preference for candidates with master's or doctoral degrees)
• Experience related to the role (projects, papers, patents, competitions, etc.)

Battery Process/Equipment Development

Key Responsibilities

• Development of process technologies for each stage of next-generation batteries (electrode/assembly/formation, etc.)
• Development of electrode processes and advanced technologies
• Development of sample line technologies
• Sensing of next-generation process technology trends
• Pre-verification of process technologies for scalability
• Standardization of global battery production lines and maximization of productivity
• Quality innovation and stabilization of global production bases, deepening of new methods/new technologies
• Securing mass production quality for new products/new methods
• Establishment of global process standards and improvement of chronic defects
• Development of high-efficiency and slim equipment
• Analysis of process technology conditions, product characteristics, and anomalies
• Improvement of defect detection processes such as vision inspection and non-destructive internal inspection
• Monitoring and advancement of quality analysis systems and globalization (AQMS/FDC, etc.)

Eligibility Criteria

• Knowledge of basic battery principles and battery product development
• Knowledge of equipment and process development

Preferred Qualifications

• Background in Mechanical Engineering, Automotive Engineering, Welding/Joining, Electrical/Electronic Engineering (HW/SW), Computer Science, Industrial Engineering, Chemistry/Chemical Engineering, Materials/Metallurgy, Textiles/Polymers, Mathematics, Physics (preference for candidates with master's or doctoral degrees)
• Experience related to the role (projects, papers, patents, competitions, etc.)

Battery Process Method Development

Key Responsibilities

• Development of innovative new process methods for electrode, assembly, and formation (development of new methods to implement new materials, new structure designs)
• Verification of design conformity and manufacturability of platform/commercialized products (Design For Manufacturing)
• Analysis and improvement of process defects, linkage with design process failure modes (Design-Process FMEA linkage)

Eligibility Criteria

• Knowledge of basic battery principles and cell/material development
• Knowledge of electrochemical modeling

Preferred Qualifications

• Background in Chemistry/Chemical Engineering, Materials/Metallurgy, Textiles/Polymers, Mechanical Engineering/Automotive/Welding/Joining, Computer Science, Electrical/Electronic Engineering (HW), Industrial Engineering, Mathematics, Physics (preference for candidates with master's or doctoral degrees)
• Experience related to the role (projects, internships, papers, patents, competitions, etc.)

Battery Evaluation and Analysis

Key Responsibilities

• Performance and characteristics evaluation/analysis of development products, including battery life/safety
• Development of advanced evaluation methods for next-generation batteries and new applications
• Analysis of evaluation data, trend prediction, and automation development (machine learning)
• Verification and improvement of cell life in battery system environments
• Development, verification, and improvement of mechanical/component design through robust thermal propagation design

Eligibility Criteria

• Knowledge of basic battery principles and cell/material development
• Knowledge of electrochemical modeling

Preferred Qualifications

• Background in Chemistry/Chemical Engineering, Materials/Metallurgy, Textiles/Polymers, Mechanical Engineering/Automotive/Welding/Joining, Computer Science, Electrical/Electronic Engineering (HW), Industrial Engineering, Mathematics, Physics (preference for candidates with master's or doctoral degrees)
• Experience related to the role (projects, internships, papers, patents, competitions, etc.)

Battery Pack/Module Development

Key Responsibilities

• Design of battery pack/module electrical components and platform development
• Development of processes/methods for mechanical and electrical components
• Electrical circuit design and verification for battery packs/modules
• Analysis of system requirements and design/implementation of architecture
• Development of BMS circuit design and control technologies, including low-resistance protection circuit design and cell balancing circuit design
• Modeling and simulation using specialized CAE techniques
• Structural analysis and thermal/flow analysis of battery packs/modules
• Pre-risk prediction and optimal design analysis through simulation
• Charging/discharging performance and life evaluation
• Verification and factor analysis of thermal propagation delay performance
• Analysis of mechanical/environmental characteristics and performance verification

Eligibility Criteria

• Knowledge of mechanical design and modeling/simulation for battery packs/modules

Preferred Qualifications

• Background in Mechanical Engineering, Mathematics, Physics, Electrical/Electronic Engineering (HW/SW), Computer Science (preference for candidates with master's or doctoral degrees)
• Experience related to the role (projects, papers, patents, competitions, etc.)

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