Inflearn - Lifetime Career Platform

Attention to those who want to study stocks! But, you are studying stocks without knowing financial engineering? How about learning how to make money properly through financial engineering from the basics?

1. We offer practice-focused textbooks and lectures created by a 16-year veteran engineer. 2. Prepared design knowledge immediately applicable in interviews and on-site. 3. ""Process Improvement: Data, Not Guesswork!" For practitioners, this includes specific content directly usable in current work for cost reduction/improvement proposals."

Bestseller 『Study Computer Architecture + Operating Systems on Your Own』 author's free lecture. A collection of computer architecture and operating systems books that developers must know.

This course is a systematic learning process designed to prepare for the Information Processing Industry Engineer practical exam. Through this course, learners can systematically plan their exam preparation, and it is structured to develop logical thinking skills and problem-solving abilities together, rather than simply solving practice problems. In particular, learners will analyze various types of problems required in the practical exam and acquire the core competencies needed for the exam through learning that connects theory and practice. This will be of great help not only to learners aiming to obtain certification, but also to those who want to strengthen their IT practical skills. If you faithfully study this course, learners will not only get one step closer to obtaining the Information Processing Industry Engineer certification, but will also secure problem-solving abilities that can be immediately utilized in practical work environments.

This course is designed to help learners prepare for the Information Processing Industrial Engineer written exam in a systematic and planned manner. It is structured to develop not only the basic knowledge required for exam preparation, but also logical thinking skills and problem-solving abilities, enabling students to confidently take on the written exam. Furthermore, by thoroughly mastering the learning content covered in this course, students can establish the foundation necessary for obtaining the Information Processing Industrial Engineer certification.

The 0s and 1s we talk about, HIGH and LOW, logic gates and flip-flops— they all emerge from the physical event of analog signals crossing a threshold. If so, wouldn't understanding the world before logic— the movements created by current and voltage— be the true beginning of circuit design? This course takes that first step together.

I created a lecture based on the book "Becoming a Coding Test Passer - Python Edition." You can learn algorithms and data structures that frequently appear in coding test exams.

Through this course, you can learn drawing projection, compliance with standards, and how to use CAD programs, which are necessary for obtaining the General Mechanical Engineer license.

This course is a systematic learning process designed to prepare for the Information Processing Industry Engineer practical exam. Through this course, learners can systematically plan their exam preparation, and it is structured to develop logical thinking skills and problem-solving abilities together, rather than simply solving practice problems. In particular, learners will analyze various types of problems required in the practical exam and acquire the core competencies needed for the exam through learning that connects theory and practice. This will be of great help not only to learners aiming to obtain certification, but also to those who want to strengthen their IT practical skills. 👉 If you faithfully study this course, learners will not only get one step closer to obtaining the Information Processing Industry Engineer certification, but will also secure problem-solving abilities that can be immediately utilized in practical work environments.

Siemens NX includes many features related to Relation Design and Knowledge Template construction. In other words, it contains various templates and library functions that can implement predefined design rules, settings, and relationships. By utilizing these, you can simplify the design process and ensure consistency and accuracy. Additionally, it is possible to create customized templates for customers. Therefore, this course covers the basic course part, explaining Expressions declaration and management techniques, various function utilization methods for controlling List and String, Dialog, Measure, Expression Link, Excel Data utilization methods, and Requirement Validation functions.

This course is a systematic learning process designed to prepare for the Information Processing Industrial Engineer practical exam. Through this course, learners can systematically prepare for the exam, and it is structured to develop logical thinking and problem-solving abilities rather than simple problem-solving practice. In particular, learners will analyze various types of problems required in the practical exam and acquire core competencies necessary for the exam through learning that connects theory and practice. This will be of great help not only to learners aiming to obtain certification but also to those who want to strengthen their IT practical skills. 👉 If you faithfully study this course, learners will not only get one step closer to obtaining the Information Processing Industrial Engineer certification but also secure problem-solving abilities that can be immediately utilized in practical work environments.

The Information Processing Industrial Engineer Written Exam course is a learning program designed to help test-takers prepare for the exam more systematically. This course focuses on developing logical thinking skills and problem-solving abilities so that even learners who are new to the accounting and IT fields can easily follow along. Through a systematic curriculum, we have organized the core theories frequently tested in the exam and structured the content to enable deep understanding of related concepts. Additionally, through learning that reflects actual exam formats, we help test-takers efficiently prepare for the exam. Through this course, learners can build their skills step by step with the goal of obtaining the Information Processing Industrial Engineer certification, while also acquiring foundational knowledge that can be utilized in practical work situations.

This course is designed to help learners prepare for the Information Processing Industrial Engineer written exam in a systematic and planned manner. It is structured to develop not only the basic knowledge required for exam preparation, but also logical thinking skills and problem-solving abilities, enabling students to confidently take on the written exam. Furthermore, by thoroughly mastering the learning content covered in this course, students can establish the foundation necessary for obtaining the Information Processing Industrial Engineer certification.

This course is a systematic learning process designed to prepare for the Information Processing Industrial Engineer practical exam. Through this course, learners can systematically plan their exam preparation, and it is structured to develop logical thinking and problem-solving abilities rather than simple problem-solving practice. In particular, learners will analyze various types of problems required in practical exams and acquire core competencies necessary for the exam through learning that connects theory and practice. This will be of great help not only to learners aiming to obtain certification but also to those who want to strengthen their IT practical skills. 👉 If you faithfully study this course, learners will not only get one step closer to obtaining the Information Processing Industrial Engineer certification but also secure problem-solving abilities that can be immediately utilized in practical work environments.

This course covers university-level first-year calculus. We focus intensively on single-variable function differentiation and learn various differentiation methods and formulas. As practical applications of differentiation, we select and study cases such as linear approximation, function increase and decrease, and optimization problems.

If calculus is too difficult? From the basics, step by step! Covers university-level calculus.

The Computer-Aided Architectural Drafting Technician certification practical course is a practice-oriented lecture designed to help test-takers accurately and skillfully draft drawings that appear on practical exams. This course is structured with hands-on practice that directly reflects the actual exam environment, and is designed to allow test-takers to naturally repeat and master the drawing process. Through this approach, students can develop practical drafting abilities that can be immediately applied to real work and exams, rather than simply staying at the level of theoretical knowledge. Additionally, by consistently studying the drawing process based on past exam questions, students can understand exam trends and build strong confidence for the actual test. Learners who take this course will not only pass the practical exam but also acquire professional drawing skills applicable to architectural drafting practice.

The Information Processing Industrial Engineer Practical Exam Preparation Course is designed to enable learners to prepare for the exam systematically and effectively. This course focuses on cultivating practical problem-solving skills and logical thinking abilities based on the theory learned in the written exam course. In particular, through practice and example solutions that reflect actual exam question types, learners can build confidence for the practical exam, and through step-by-step learning processes, they can develop not only the ability to pass the exam but also practical skills applicable in real work situations. Through this course, learners will aim to obtain the Information Processing Industrial Engineer certification and secure the expertise required in the IT field in the future.

This course is a systematic learning process designed to prepare for the Information Processing Industrial Engineer practical exam. Through this course, learners can systematically prepare for the exam, and it is structured to develop logical thinking and problem-solving abilities together, rather than simple problem-solving practice. In particular, learners will analyze various types of problems required in practical exams and acquire core competencies necessary for the exam through learning that connects theory and practice. This will be of great help not only to learners aiming to obtain certification, but also to those who want to strengthen their IT practical skills. 👉 If you faithfully study this course, learners will not only get one step closer to obtaining the Information Processing Industrial Engineer certification, but will also secure problem-solving abilities that can be immediately utilized in practical work environments.

Starting from a single switch, by directly building devices that process calculations, memory, and commands one by one, you will gain a deep understanding of how the computers we use every day are constructed. Recommended for those who desire an integrated experience connecting core concepts of computer science. This lecture is the Korean version of the world-renowned Nand2Tetris course, structured with the original author's permission and request. Keywords: Nand, HDL, ALU, PC, RAM, CPU