Hyundong Kim

HILS Environment Setup - Planned a Hardware-in-the-Loop Simulation (HILS) system using National Instruments I/O modules - Established a verification environment that reduced reliance on physical hardware - Defined an NI I/O-based HILS architecture to support future automated integration and regression testing Project Verification Plan Development - Structured test strategies across unit, integration, and system levels to define project-wide test scope and priorities - Established verification criteria between development and testing through a formal verification plan - Applied a risk-based approach to classify verification levels and focus testing on key functions Develop Test Automation Platform - Improved test case reusability and maintainability by standardizing XML-based test script formats - Designed a framework to automate system- and integration-level testing - Built an RTI DDS-based automated execution environment to reduce repetitive manual testing and support regression testing - Developed tools to improve interface verification efficiency among distributed software components - Enhanced the framework to support integration testing between software and hardware

Medical Device Software Testing for FDA IDE Approval - Performed software verification and validation activities for FDA IDE approval, managing required test deliverables and execution results - Designed and executed positive and negative tests based on requirements to assess functional quality risks - Developed Python tools to automate test analysis, reducing repetitive work and improving objectivity in defect verification - Improved quality verification efficiency by maintaining traceability among requirements, test cases, and issues using Jira and Jama Develop EtherCAT Data Parsing Tool - Developed a tool to analyze EtherCAT communication in the software under test - Automated packet parsing based on the ENI data map, reducing manual log analysis and improving accuracy

Semiconductor Cleaning Equipment Testing 2 cases - Establishment of a software test environment for cleaning equipment through internal module modeling - Creation of test cases to verify the proper operation of the main module’s interlocks in the event of a sub-module error - Verification of the main module’s response to errors occurring during inter-module communication - Identification of interlock failures for certain signals Inline Aligner Equipment Software Testing 5 cases - Configuring a stage test environment using a robot motion model - Creating test cases to verify the proper operation of stage interlocks in the event of a robot error - Identifying a communication interlock failure between the robot and the stage Development of test platform and automation tools OS: Windows 10 / Pharlap RTOS Language: C# .NET Framework / C / UiPath - Development of software for the automatic generation of test cases based on requirements-driven test case techniques - Development of a Mitsubishi PLC communication driver for the test system - Development of software for the automatic generation of communication memory maps for the test platform in XML format - Development of RPA for the automatic generation of test reports using UiPath Studio - Development of test model templates and execution drivers to replace Simulink/Stateflow