ability to organize own activities for the specific practical work related to the desk-field processing of topographical plans; • applying the knowledge and understanding of basic concepts and algorithms for digital method of compiling and updating maps and plans; • possession of professional mapping software for editing raster and vector data.

No

Introduction to safety when working on a PC. Making the workplace. The organization of the working environment on a PC. Analysis of input data. Craate the basis for thematic maps based on cartographic archival materials and remote sensing. Create thematic maps. The layout of the mapss. Printing thematic maps. Making a written report.

1. Інструкція з топографічного знімання у масштабах 1:5000, 1:2000, 1:1000, 1:500. – К.: ГУГКК України, 2001 р. – 156с.
2. Умовні знаки для топографічних планів масштабів 1:5000, 1:2000, 1:1000, 1:500 – К.: Міністерство екології та природних ресурсів України, 2001 р. – 258 с.
3. . Берлянд А.М. Картография: Учеб. для вузов. М.: Аспект Пресс, 2001.
4. ArcGIS Desktop. [Електронний ресурс] Режим доступу до джерела: http://desktop.arcgis.com/en/.

current control of practical work results (70%)
report and presentation (30%)

• ability to organize own activities for the specific practical work related to the desk-field processing of topographical plans;
• applying the knowledge and understanding of basic concepts and algorithms for digital method of compiling and updating maps and plans;
• possession of geoinformation professional editing raster and vector data software.

No

Introduction to safety when working on a PC. Making the workplace. The organization of the working environment on a PC. Analysis of input data. Create a directory of reference points coordinates . Registration of raster data. Quality aerospace images registration by GPS observations materials. Creating of vector topographic plan. Updating topographic plan. Control of created topographical plan quality. The Framework design of the plan. Printout of created topographical plan. Making a written report.

1. Інструкція з топографічного знімання у масштабах 1:5000, 1:2000, 1:1000, 1:500. – К.: ГУГКК України, 2001 р. – 156с.
2. Суховірський Б.В. Географічні інформаційні системи. Навчальний посібник. – Чернігів: ДКП РВВ, 2000р. – 197 с.
3. Умовні знаки для топографічних планів масштабів 1:5000, 1:2000, 1:1000, 1:500 – К.: Міністерство екології та природних ресурсів України, 2001 р. – 258 с.
4. Геоинформационная система Карта 2011. Руководство пользователя. Версия 11 – Ногинск: Панорама, 2013 г. – 161.

• current control of practical work results (70%)
• report and presentation (30%)

• ability to demonstrate basic knowledge of the current state of affairs and new technologies in the field of geodesy and land management;
• knowledge of the structure and rules of operation of devices for satellite observations; method for determining the coordinates of points using GPS technology; ways of doing satellite observations;
• knowledge of the structure and operation of UAVs;
• knowledge of the theoretical foundations of aerial surveying of UAVs;
• knowledge of UAV technology of aerial surveying;
• the ability to critically evaluate the results of arguments and defend decisions;
• the ability to responsibly towards their work and achieve the goal of compliance with professional ethics;
• ability to organize their activities for effective time management.
• ability to prepare devices for satellite observations, to make and use ephemeris working plan and satellite observations in a separate paragraph in the network, to satellite observation, use packages for applications for satellite observation, search the necessary information from space geodesy through INTERNET;
• ability to carry out preparatory work for UAV and its components prior aerial surveying;
• the ability to create a project using aerial surveying field controller to conduct decryption, planned altitude binding;
• the ability to implement aerial surveying;
• the ability to process digital image on DPS Delta 2.

• Satellite geodesy and spherical astronomy;
• Photogrammetry and remote sensing;
• Aerial surveying digital technology of UAVs;
• Technology and software of photogrammetric works.

Introduction to practice program, observation platform for aerial surveying, safety, division into teams. Deeping the knowledge of the structure and principles of the UAV and launcher. Priori estimation of accuracy of the spatial coordinates of the area points. Drawing project of aerial surveying. Terrain reconnaissance. Fixing skills of operating a UAV autopilot software. Preparatory work, receiving GPS-receivers. Planning GPS-observations using software SKI or Trimble Geomatics Office. Preparation for observation of points of horizontal and vertical referencing in mode RTK. Horizontal and vertical referencing of images and field image interpretation. Processing of GPS observations situational horizontal and vertical points with the software SKI Trimble Geomatics Office. Preparatory work. The orientation of images. Creating a topographic plan on the scale of 1: 2000 for DPS "Delta-2". Evaluation of the accuracy of the materials.

1. Гофманн-Велленгоф Б., Ліхтенеггер Г., Коллинз Д. Глобальна система визначення місцеположення (GPS): теорія і практика. - К.: Наукова думка, 1996. - 367с.
2. Інструкція до GPS приладів.
3. Інструкція до программного забезпечення GPS.
4. Бурштинська Х.В. Аерофотографія: Підручник.-Львів: Вид. ЛАГТ, 1999, - 356 с.
5. Дорожинський О. Л. Основи фотограмметрії: Підручник / О. Л Дорожинський. – Львів : вид-во НУ ”Львівська політехніка”, 2003.-214 с.
6. Trimble UX5 Aerial Imaging Solution, white paper Dr P. Cosyn & R. Miller Trimble Survey,
7. Проектування аерознімальних робіт. Дослідження геометричних спотворень на поодинокому знімку: Методичні вказівки до розрахунково-графічної роботи / Укладачі: М.Т. Процик, Л.В. Бабій, А.В. Бабушка. – Львів: Видавництво Львівської політехніки, 2012. – 12 с.

• field works (20%),
• cameral works (40%),
• a written report on educational practice (10%),
• final control - credit: defence of practice report (30%).