先透過文獻回顧與景觀設計案例分析的方式，擬定學習目標。教學單元主要分成3S簡介、遙測在規劃上之應用、遙測基本原理、遙測分類法、遙測分類查核法、全球數值高埕模型之應用、航測影像判讀與遙測專題討論，於期未進行報告與討論。

First, formulate learning objectives through literature review and landscape design case analysis. The teaching units are mainly divided into introduction to 3S, application of telemetry in planning, basic principles of telemetry, telemetry classification method, telemetry classification verification method, application of global numerical high-rise model, aerial survey image interpretation and telemetry special discussion. Reports and discussions have not yet been conducted.

1.課程主題
-- 透過本課程瞭解遙感探測(遙測，Remote Sensing；RS)之基本理論
-- 針對遙測之基本特性研討相關領域之實務應用議題
-- 演練航空照片或遙測影像之判讀技巧
-- 結合GIS與GPS整合成為3S空間資料分析系統
-- 學習與戶外遊憩或景觀規劃設計主題之案例製作
2.課程目標
-- 遙測基礎理論之熟悉與休閒環境(景觀)空間議題規劃及設計之應用演練，達到實務操作之目標
-- 協助選課學生升學及投入職場之直接應用

1. Course Topics
-- Understand the basic theory of remote sensing (RS) through this course
-- Discuss practical application issues in related fields based on the basic characteristics of telemetry
-- Practice interpretation skills of aerial photos or telemetry images
-- Integrate GIS and GPS into a 3S spatial data analysis system
-- Learning and case production on outdoor recreation or landscape planning and design themes
2. Course objectives
-- Familiarity with the basic theories of telemetry and application drills in the planning and design of leisure environment (landscape) space issues to achieve the goal of practical operation
-- Direct application to assist students who choose courses to advance to higher education and enter the workplace

1.Introduction to remote sensing, James B. Campbell, Taylor & Francis, 2002.
2.遙測學大綱－遙測概念、原理、與影像判釋技術，潘國樑著，2006，科技圖書公司出版。
3.地理資訊系統基礎操作實務(第二版)，黃敏郎、劉守恆、仲琦科技/著，2009，松崗資訊出版。

1.Introduction to remote sensing, James B. Campbell, Taylor & Francis, 2002.
2. Telemetry Outline - Telemetry Concepts, Principles, and Image Interpretation Technology, written by Pan Guoliang, 2006, published by Science and Technology Book Company.
3. Basic Operation Practice of Geographic Information System (Second Edition), written by Huang Minlang, Liu Shouheng, Zhongqi Technology/Technology, 2009, Songgang Information Publishing.