
Study direction for IoT hardware development
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Feeling stuck on how to transition from beginner to intermediate IoT hardware learning? We provide a clear direction on how to proceed with your studies.
Beginner
IoT
A must-have for those who find radar technology vague! This course covers everything step-by-step, from basic concepts to operating principles. It is designed to help you understand the wide range of radar applications, including speed, distance, direction, angular resolution, and ambiguity.
6 learners are taking this course
Level Basic
Course period 6 months


Understanding Basic Radar Concepts and Operating Principles
Understanding the operating principles according to radar transmission methods (CW, Pulsed Radar, FMCW, IR-UWB)
Understanding basic concepts of radar signal processing
Understanding Radar Antenna Characteristic Parameters and Radar Characteristic Analysis
Understanding the broad applications of radar (velocity, distance, direction, angular resolution, ambiguity, etc.)
Radar technology, which once felt complex, will now be clearly explained.
This course systematically covers everything from basic radar concepts and operating principles to differences based on transmission methods.
You will understand the principles of various transmission methods such as CW, Pulsed Radar, FMCW, and IR-UWB,
and gain a deep understanding of radar systems by analyzing signal processing basics and radar antenna characteristics.
Cases where you thought you had a vague understanding of radar technology, but
face difficulties due to a lack of clear explanations when trying to apply it to actual tasks or projects
Situations where difficulties arise in establishing concrete business plans during the new radar development business planning stage due to a lack of accurate understanding of core technical terms or principles
Those who have fragmented knowledge of radar and wish to systematically organize it while gaining a basic understanding of various application
fields.
Radar technology—don't think of it as just being difficult anymore.
Through this course, you will clearly understand the basic principles of radar and build in-depth knowledge of various application fields. Experience for yourself how the once-vague world of radar transforms into clear understanding.
This course is a systematically organized program that simplifies complex concepts without using mathematical formulas, combining the instructor's practical know-how and theoretical knowledge gained from approximately 15 years of hardware technology training since 2012. It has been delivered to major corporations (Samsung Electronics, Samsung Electro-Mechanics, LG Electronics, Hyundai Mobis, Hyundai Autron, Hyundai Motor), small and medium-sized enterprises, and public institutions (Korea Radio Promotion Association, Korea Testing Laboratory, Gyeonggido Business & Science Accelerator). This course was established to share these unique lectures, which cannot be found anywhere else, with all of you.
Become a 'radar expert' and a practitioner who clearly understands
vague radar technology, from speed and distance to angular resolution.
You will gain a clear understanding of the basic concepts of radar.
Even if radar has felt vague to you, we will go through everything step-by-step from basic concepts to operating principles, allowing you to easily understand complex theories. Through this lecture, you will be able to firmly etch the core principles of radar into your mind.
You can understand the operating principles of various radar transmission and reception methods.
You can understand the operating principles of various radar transmission and reception methods, such as CW, Pulsed Radar, FMCW, and IR-UWB.
Accurately analyze the core elements of radar application fields.
You will gain a clear understanding of core concepts across a wide range of radar applications, including speed, distance, direction, angular resolution, and ambiguity.
Establish basic concepts regarding radar antenna characteristics.
You will be able to understand the characteristic parameters of radar antennas and analyze their properties. Through this, you can confidently begin radar-related tasks as a developer.
This course aims to provide an understanding of the fundamental knowledge of radar signal processing and the direction of development. Additionally, it will enable you to understand how to apply overall antenna knowledge to various fields.
Those who find basic radar concepts and terminology vague,
making it difficult to apply them directly to their work
Those who want to clearly understand the principles of various radar application fields
and incorporate them into actual business planning
Those who want to systematically organize
the operating principles of radars by transmission method, such as CW, FMCW, and IR-UWB.
1. Basic Radar Theory
– Radar history, definition, advantages, application fields, frequency bands, classification, and wave propagation properties
2. CW/FMCW Radar
– Operating principles, velocity measurement principles, distance measurement principles, angle measurement principles
3. Pulse Radar
– Operating principle, pulse compression, CFAR, MTI algorithm
4. IR-UWB Radar
– UWB technology definition, types, operating principles, and application fields
5. Understanding Radar Antennas
– Understanding antenna concepts, radiation patterns, and MIMO antennas
6. Radar Application Fields
Who is this course right for?
Those who need basic knowledge required for radar development
Entry-level/Junior developer in the radar field
Those who have a vague understanding of radar and need to organize their knowledge.
Those who need a summary of basic theories and terminology in radar technology.
Radar Development New Business Planner
Career Verified
145
Learners
7
Reviews
1
Answers
4.7
Rating
12
Courses
February 2001 University / Department of Electronic Engineering (Bachelor of Engineering)
February 2003 Graduate School / Department of Electronic Engineering (Master of Engineering)
August 2013 Graduate School / Department of Electronic Engineering (Ph.D. in Engineering)
Registration
1. Walking Guidance System for the Visually Impaired No. 10-1777203
2. System for survival detection in dangerous space No. 10-1793465
3. Snow depth measurement system using ultra-wideband radar No. 10-1927451
4. SYSTEM FOR SURVIVAL DETECTION IN DANGEROUS SPACE 16477267PCT/KR2018/001917
5. Vehicle Recognition System for Access Barriers No. 10-2535824
Work Experience
10 years
Main Responsibilities: Portable terminal development, industrial PDA development, smartphone development,
Bluetooth earphone development & Wi-Fi router development
Lectures and Other Experience
- February 2011 ~ November 2016 Technical education lectures at Samsung Electronics Advanced Technology Training Center
Lecture Subjects: Basic Analog Circuits, EMC Countermeasures, Practical Analog Circuitry, RF Circuit Design
- January 2013 ~ December 2015 LG Electronics Technical Training Lectures
- July 2014 ~ August 2014 Korea Radio Promotion Association (RAPA) RF technology training for prospective employees
- July 2015 ~ August 2022 Korea Radio Promotion Association (RAPA) Testing & Certification Center Technical Training (Ongoing)
- June 2014 ~ December 2016 Sungkyunkwan University Industry-Academic Cooperation Foundation Technical Training
- May 2015 ~ May 2022 Hyundai Mobis New Employee Technical Training (Hardware) (Ongoing)
- October 2015 ~ January 2019 Hyundai Autron New Employee Technical Training (Hardware)
- December 2013 ~ January 2014 Samsung Electronics e-Learning Course Content Development (RF Circuit Design)
Online Lifelong Education Institute of Korea University of Technology and Education
- August 2017 Non-formal course content development (Radar and LiDAR technology for ADAS)
- October 2019 Content Development (Understanding Radar Sensor Technology)
- August 2021 Content Development (Understanding Electronic Device Hardware Development)
- January 2022 Content Development (Understanding Mobile Communication Systems)
- January 2019 ~ December 2021 Instructor at e4ds Electrical and Electronics Lifelong Education Institute
- 2023 Radar training at Chungnam National University, training at Korea Radio Promotion Association (KEC)
Electronics and Telecommunications Research Institute (ETRI) training, Korea Institute of Aviation Technology (KIAT) training
- 2024 Korea Radio Promotion Association (RAPA), Hyundai Motor Technology Training, Korea Testing & Research Institute (KTR)
Other Experience
- May 2014 Korea Communications Agency (KCA) Research Project Evaluation Committee Member
- August 2015 Korea Communications Agency (KCA) ICT Fund Project Management Evaluation Committee Member
- August 2016 Evaluation Committee Member for ICT Fund Project Management, Korea Communications Agency (KCA)
- February 2019 Korea Communications Agency (KCA) ICT Fund Project Management Evaluation Committee Member
- May 2016 Evaluation Committee Member for Research Projects, Institute for Information & communications Technology Promotion (IITP)
- June 2016 Korea University of Technology and Education (KOREATECH) e-learning content development
- October 2016 Korea Radio Promotion Association (RAPA) Service Bid Evaluation Committee Member
- May and November 2017 Evaluation Committee Member for Research Projects, Korea Evaluation Institute of Industrial Technology (KEIT)
- May, November 2018 Evaluation Committee Member for Research Projects, Korea Evaluation Institute of Industrial Technology (KEIT)
- December 2017 Korea Radio Promotion Association (RAPA) Service Evaluation Committee Member
- December 2019 Evaluation Committee Member for Gyeonggi-do Technology Development Project Research Tasks
- May 2020 Evaluation Committee Member for Research Projects, Korea Evaluation Institute of Industrial Technology (KEIT)
- May 2020 Institute for Information & communications Technology Planning & Evaluation (IITP) Research Project Evaluation Committee Member
- November 2023 Evaluation Committee Member for Research Projects, Institute for Information & communications Technology Planning & Evaluation (IITP)
- May 2024 Evaluation Committee Member for Research Projects, Institute for Information & communications Technology Promotion (IITP)
- November 2024 Institute for Information & communications Technology Promotion (IITP) Research Project Evaluation Committee Member
- January/May/December 2025 Evaluation Committee Member for Research Projects, Institute for Information & Communications Technology Promotion
All
7 lectures ∙ (2hr 57min)
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