As a DSP Implementation Engineer, I was responsible for designing, developing, and optimizing advanced digital signal processing algorithms tailored for Single Instruction, Multiple Operation (SIMO) architectures. My work primarily involved the creation and enhancement of efficient signal processing techniques to meet the performance and budget requirements of modern communication systems.

In this role, I utilized understanding of linear algebra, vector operations, and hardware-software co-design principles to develop high-performance DSP solutions. I collaborated with cross-functional teams to ensure seamless integration of DSP algorithms into the overall system architecture, focusing on enhancing the throughput and reducing latency.

• Assembly Level Tasks
• M-sequence Generator
• PSS Matched Filter Enhancement
• FFT library verification
• Document translation

As a BSP Engineer, my responsibilities included developing, integrating, and optimizing embedded software systems. I managed the system integration, providing robust support for BSP-related issues, and ensured the implementation of features with reasonable performance in resource-restricted environments.

I designed and managed various platform features, such as memory management and interrupt handling, to support advanced communication protocols and HW integration. My role involved utilizing real-time operating systems (RTOS) for scheduling and managing tasks related to locks, mutexes, and interrupt timing control. Additionally, I participated in the debugging and testing phases to ensure system reliability and performance.

• Heterogeneous SOC Boot Up support
• RTOS Management
• Interrupt, DMA, and Timer Counter device Handling
• Memory Region & Protection Handling
• Data abort simulation and debug
• Git Management

After I graduated from college, I worked for a company that supports Korean military service, specifically within control towers. This role involved managing a rack-based, large-scale system integrated with a database, ensuring robust and reliable operations. My main responsibility was programming embedded software, focusing on the integration of Linux embedded systems that process digital data.

Additionally, I developed numerous Embedded Software applications with FPGA integration and have experience handling both PowerPC and ARM architectures. My role consistently involved writing and testing software to interface with various hardware components.