Inflearn - Lifetime Career Platform

Even when using the exact same AI, some people finish quickly while others struggle with it throughout the entire schedule. From providing AI service development consulting and lectures in corporate settings, I found that the difference ultimately comes down to whether they understand how LLMs work. Have explanations of LLMs always been so difficult that you couldn’t understand them? I explain the principles of LLMs and how to create a pre-training model in the simplest way possible. I’ll show you the principles that enable you to give AI precise instructions and verify its results.

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."

Not all commands are the same. We distinguish between aliases, keywords, functions, builtins, and external commands. We organize 102 coreutils commands into a single map. It also packs in 61 Bash built-in commands, 22 keywords, as well as find, grep, pipes, compression, and more. This guide helps you avoid getting lost at the command prompt. Even when an error occurs, you’ll be able to guess where things went wrong. ● Those who use commands but don’t know why they behave the way they do ● Those who need a comprehensive review and greater depth after an introductory course ● Those who want to explore Linux professionally Practice environments: Windows (WSL), Ubuntu, Rocky Linux 44 lessons in total, approximately 13 hours A command map personally organized by an instructor with 27 years of experience.

Are you frustrated because you can follow along with the code but can't explain why it works? This course starts from a single transistor and connects logic gates, memory, ALU, and CPU right before your eyes, even without any prior knowledge of programming or hardware. Understand abstract theories as if you were assembling them through rich visual materials and three comprehensive projects. Complete your foundational development strength by learning to explain the entire process of how variables and functions become machine code and are executed.

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 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 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 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 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.

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.

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.

Learn a system of 7 technical fields and 35 engineering roles developed by a semiconductor industry expert with 30 years of experience in Samsung Electronics’ Device Solutions (DS) Division, based on an analysis of recruitment materials from 19 global semiconductor companies. Understand the actual responsibilities and required competencies for each role—from design, processes, devices, and packaging to data analysis—explore career paths available for each major, and develop a job-preparation strategy. ※Lecture language: The lecture slides are provided in English, while the explanations are delivered in Korean. This format is designed to accurately convey the technical terms and job descriptions used in the JDs of global semiconductor companies.

This course immerses learners in an artificial intelligence programming contest where teams create virtual robots to compete in Battlecode, a real-time strategy game. Participants will enhance their programming skills through hands-on experience and optional lectures on relevant topics.

This course introduces the design of feedback control systems as applied to a variety of air and spacecraft systems. Learners will study key concepts such as stability, performance measures, and design methods essential for effective control system implementation.

This course delves into the complexities of nuclear reactor systems, emphasizing the interdependencies that affect safety and regulatory oversight. Learners will explore real-world applications through simulators of the Seabrook and Pilgrim nuclear plants, gaining a comprehensive understanding of nuclear engineering principles.

This capstone course focuses on integrating various disciplines of nuclear physics and engineering to tackle real-world design challenges in nuclear applications. Learners will engage in a group project to design a power plant that emphasizes emission-free electricity generation, carbon sequestration, and fossil fuel displacement.

This course provides a project-based introduction to the engineering of synthetic biological systems. Learners will explore real-world problems and develop innovative solutions using biological technologies, covering essential topics such as DNA synthesis and the ethical implications of biological engineering.

This course covers fundamentals of subsurface flow and transport, emphasizing the role of groundwater in the hydrologic cycle, the relation of groundwater flow to geologic structure, and the management of contaminated groundwater. The class includes laboratory and computer demonstrations.

This course focuses on the practical aspects of designing and analyzing non-digital games. Learners will explore various game genres while collaborating in teams to create, develop, and test original games, gaining insights into game mechanics and rules.