In-ji Mo

Professional with solid background in computer engineering. Skilled in software development, system architecture, and network management. Strong focus on team collaboration and achieving results. Dependable and adaptable with expertise in problem-solving, coding, and project management.

Advanced Data Analytics Semi-Professional

Wonkang University Course Summary

1. Creative Thinking Techniques

This course focused on developing creative problem-solving skills essential for engineering and various other fields. Students were trained to analyze the essence of given problems, generate innovative solutions, and design or plan projects. Through discussions and hands-on projects, I enhanced my ability to think outside the box and approach challenges from diverse perspectives.

2. C Programming and Practice

This course provided fundamental programming knowledge, including an introduction to the C programming language. I learned to set up development environments, understand variable types, implement arithmetic operations, and utilize essential control structures such as loops and conditional statements. Through hands-on exercises, I developed a strong foundation in programming logic and problem-solving.

3. Advanced Programming Languages and Practice

This course deepened my understanding of C programming by covering advanced concepts such as control structures, user-defined functions, arrays, pointers, and structures. Additionally, I practiced analyzing existing code and developing new applications, strengthening my ability to build efficient and scalable software solutions.

4. Web Programming (HTML5)

This course covered the essential technologies for web development, including HTML, CSS, and JavaScript. I learned to structure web pages using HTML, style them effectively with CSS, and create interactive elements using JavaScript. I also gained hands-on experience in developing responsive web pages that ensure a seamless user experience across different devices.

5. Understanding IT Convergence Technologies

This course explored how IT technologies are integrated across various industries, such as architecture, healthcare, automotive, and cultural sectors. I analyzed real-world case studies of IT convergence and studied emerging technology trends. Through this course, I gained insight into how smart IT solutions are shaping different fields and their potential for future innovation.

6. Computational Thinking

This course emphasized computational thinking, focusing on problem decomposition, data analysis, and automation. Using Python, I practiced identifying problems, breaking them down into logical steps, and implementing solutions through coding. This experience enhanced my ability to develop efficient algorithms and solve problems systematically.

7. Introduction to AI and Applications

This course provided an overview of artificial intelligence, covering fundamental concepts and practical applications. I studied existing AI models, learned how to implement AI-based solutions, and explored machine learning and deep learning techniques. Additionally, I worked on AI projects to apply theoretical knowledge to real-world scenarios.

8. Ethics in the Information Age

This course examined ethical issues related to information technology, including data privacy, cybersecurity, and AI ethics. I analyzed case studies on the societal impact of IT advancements and learned how to approach ethical dilemmas in a rapidly evolving digital landscape.

9. Entrepreneurial Spirit and Startup Basics

This course introduced fundamental concepts in entrepreneurship, covering business model development, intellectual property, marketing strategies, financial management, and economic feasibility analysis. I learned practical approaches to launching a startup and gained insights into business operations and strategy planning.

10. Understanding and Utilizing 3D Printing

This course focused on 3D modeling and printing techniques essential for prototyping and manufacturing. Using Fusion 360, I designed and printed various objects, gaining practical experience in rapid prototyping. I also explored how 3D printing can be applied to different industries, including small-scale production and product development.

Kangwon National University Course Summary

1. Computer Graphics 

This course covered the fundamental principles of computer graphics and their applications. Topics included geometric transformations, texture mapping, lighting, and shading techniques. Using OpenGL, I developed graphical applications and gained practical experience in rendering techniques applied in game development, simulations, and virtual reality (VR) environments.

2. Data Structures

This course provided an in-depth study of data structures such as stacks, queues, linked lists, trees, and graphs. I implemented these structures and learned efficient methods for data searching, sorting, insertion, and deletion. Additionally, I analyzed algorithm performance and applied data structures to solve real-world computational problems.

3. Multimedia

This course explored the processing and storage of multimedia content, including text, images, audio, and video. I studied data compression and streaming technologies while developing interactive multimedia applications. The course also covered emerging technologies such as the metaverse and smart media applications.

4. UNIX/Linux Systems

This course provided hands-on experience with UNIX/Linux operating systems, focusing on file system management, user environment configuration, and shell scripting. I gained practical skills in server setup, network administration, and system security, essential for cloud-based and enterprise-level computing environments.

5. Systems Programming

This course covered the principles of system software design and security. Topics included memory management, file input/output operations, and optimizing software-hardware interactions. I analyzed system vulnerabilities and implemented performance-enhancing solutions in various computing environments.

6. Microprocessor Laboratory

This course introduced microcontroller (MCU) architecture and embedded systems programming. I studied fundamental concepts of CPU architecture, memory systems, and peripheral control using UART, ADC, Timer, SPI, and I2C communication. The course also included IoT device integration and real-time system design.

7. Information Security

This course covered core cybersecurity concepts, including encryption techniques, network security, intrusion detection, and vulnerability assessment. I performed ethical hacking simulations, malware analysis, and security audits to understand and mitigate cyber threats in various IT environments.

8. Algorithms

This course focused on the design and analysis of efficient algorithms. I studied key algorithmic paradigms such as divide and conquer, dynamic programming, greedy algorithms, and backtracking. Through hands-on exercises, I optimized algorithm performance and applied problem-solving techniques to complex computational challenges.

9. Artificial Intelligence and Robotics Laboratory

This course explored artificial intelligence (AI) techniques and their applications in robotics. I studied artificial neural networks (ANNs), fuzzy logic, genetic algorithms, and optimization techniques. The course included AI-driven robotics projects, focusing on autonomous decision-making and smart automation.

10. Mobile Programming

This course introduced mobile app development using React Native, Android (Java/Kotlin), and iOS (Swift). I designed user-friendly interfaces, optimized mobile applications for various platforms, and integrated RESTful APIs for real-time data processing. The course emphasized UI/UX principles and mobile app deployment.

11. Operating Systems

This course covered operating system principles, including process and thread management, memory allocation, file systems, and input/output operations. I studied CPU scheduling, virtual memory management, and synchronization mechanisms. The course also included a comparison of Linux and Windows operating system architectures.

12. Hacking and Countermeasures

This course examined security threats, penetration testing techniques, and malware analysis. Using Kali Linux, I practiced ethical hacking, vulnerability assessment, and forensic investigations. The course emphasized proactive cybersecurity strategies to prevent and mitigate cyberattacks.

13. Capstone Design 1

This course was a team-based project focusing on solving real-world engineering problems. I participated in all phases of the project, including problem identification, design, implementation, testing, and presentation. The experience enhanced my teamwork, creativity, and project management skills.

14. Probability and Statistics

This course provided fundamental knowledge of probability and statistical analysis techniques. I studied probability distributions, hypothesis testing, regression analysis, and variance analysis. The course emphasized statistical methods used in big data analytics and machine learning applications.

15. Digital Logic Circuits_Adventure Design

This course introduced the fundamental concepts of digital logic circuits, including number representation, Boolean algebra, and binary arithmetic. I designed and implemented digital circuits using IC components such as flip-flops, decoders, encoders, and multiplexers. The course emphasized practical applications in robotics, embedded systems, and smart technology.

16. Critical Thinking and Public Speaking

This course developed logical reasoning, critical thinking, and public speaking skills. I analyzed social issues, constructed arguments, and engaged in structured debates. The course emphasized clear communication, persuasive speaking, and effective problem-solving in public discourse.

17. Fundamentals of Data Analysis

This course introduced data collection, processing, visualization, and statistical modeling techniques. Using Python and its libraries (Pandas, NumPy, Matplotlib), I analyzed data sets and extracted meaningful insights. The course emphasized data-driven decision-making and predictive analytics.

18. Creative Thinking and Writing

This course focused on academic and creative writing techniques. I practiced structuring essays, research reports, debate scripts, and personal statements. The course emphasized logical organization, clarity of expression, and persuasive writing strategies.

19. Object-Oriented Programming

This course introduced object-oriented programming (OOP) concepts using C++. I studied classes, objects, inheritance, polymorphism, and encapsulation. The course emphasized designing modular and reusable code while applying OOP principles to real-world software development projects.

20. High-Performance Computing

This course covered parallel computing architectures and high-performance computing (HPC) methodologies. I studied multi-core processing, GPU acceleration, and distributed computing frameworks. The course emphasized optimizing computational efficiency for large-scale data processing.

21. Human-Computer Interaction (HCI)

This course explored user-centered design principles, usability testing, and interface development. I studied human cognition and behavior in relation to computing systems and designed intuitive interfaces to enhance user experience (UX). The course covered emerging HCI technologies such as gesture recognition, voice interfaces, and AR/VR applications.

22. Web Programming 2_Adventure Design

This course focused on web server programming and dynamic web applications. I developed web applications using PHP, ASP, and JSP, with Apache as the web server and MySQL as the database. The course included full-stack web development, client-server interaction, and security best practices.