This 100% online Postgraduate certificate will allow you to obtain the physical knowledge about Remote Sensing and Image Processing to be applied in the field of Engineering"

The development of passive and active remote sensing in recent years has had a notorious impact on the greater knowledge of the current planet, on atmospheric conditions or on the development of equipment that, by means of imaging, allows for better medical diagnosis. Undoubtedly, scientific findings that will have a greater impact thanks to continuous studies and technological advances.  

In this scenario of growth and development, the specialist can progress in the field of research or technical development, and thus contribute to sectors such as agriculture, maritime or technology itself. To this end, TECH provides students with intensive learning 100% online, where students will be able to acquire all the necessary concepts to master Remote Sensing and Image Processing.  

A university education that is also characterized by making available to students the most updated content through innovative teaching resources. Thus, through video summaries, videos in detail, specialized readings or case studies, the graduates will be able to enter in a much more dynamic way in segmentation techniques and 3D and 4D processing, Big Data, Deep Learning or the software used in remote sensing.  

The professionals have before them a university program that they can access comfortably, whenever and wherever they wish. All they need is a computer, tablet or cell phone with an Internet connection to delve into the syllabus hosted on the Virtual Campus at any time of the day. It is also an ideal option for those who are looking for a high level academic option compatible with the most demanding responsibilities.

Enroll now in a 100% online university education, flexible and compatible with the most demanding responsibilities"

This Postgraduate certificate in Remote Sensing and Image Processing contains the most complete and up-to-date program on the market. The most important features include:

• Practical case studies are presented by experts in Physics
• Graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where the self-assessment process can be carried out to improve learning
• Its special emphasis on innovative methodologies
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

Delve into the latest 3D and 4D segmentation and processing techniques whenever you want, from your computer with Internet connection" 

The program’s teaching staff includes professionals from the sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will provide the professionals with situated and contextual learning, i.e., a simulated environment that will provide an immersive education programmed to learn in real situations.

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise throughout the program. For this purpose, the students will be assisted by an innovative interactive video system created by renowned experts.

With the Relearning system used by TECH you will no longer invest so many hours of study and memorization. Enroll now" 

During 150 teaching hours you will get the necessary learning about the key concepts of passive and active remote sensing"

TECH offers students multimedia pills (video summaries, detailed videos, diagrams), which allow them to acquire the content offered in this program in a much more dynamic way. In addition, in order for the graduates to get the maximum performance, this academic institution uses the Relearning system, which will facilitate the assimilation of content in a progressive and simple way. In this way you will acquire a more solid and effective knowledge about Remote Sensing and Image Processing.

A study plan, where case studies will lead you to methodologies that you will be able to integrate in your professional performance in the field of Engineering" 

Module 1. Remote sensing and image processing

1.1. Introduction to Image Processing 

1.1.1. Motivation
1.1.2. Digital Medical and Atmospheric Imaging
1.1.3. Modalities of Medical and Atmospheric Imaging
1.1.4. Quality Parameters
1.1.5. Storage and Display
1.1.6. Processing Platforms
1.1.7. Image Processing Applications

1.2. Image Optimization, Registration and Fusion

1.2.1. Introduction and Objectives
1.2.2. Intensity Transformations
1.2.3. Noise Correction
1.2.4. Filters in the Spatial Domain
1.2.5. Frequency Domain Filters
1.2.6. Introduction and Objectives
1.2.7. Geometric Transformations
1.2.8. Records
1.2.9. Multimodal Merging
1.2.10. Applications of Multimodal Fusion

1.3. 3D and 4D Segmentation and Processing Techniques

1.3.1. Introduction and Objectives
1.3.2. Segmentation Techniques
1.3.3. Morphological Operations
1.3.4. Introduction and Objectives
1.3.5. Morphological and Functional Imaging
1.3.6. 3D Analysis
1.3.7. 4D Analysis

1.4. Feature Extraction

1.4.1. Introduction and Objectives
1.4.2. Texture Analysis
1.4.3. Morphometric Analysis
1.4.4. Statistics and Classification
1.4.5. Presentation of Results

1.5. Machine Learning

1.5.1. Introduction and Objectives
1.5.2. Big Data
1.5.3. Deep Learning
1.5.4. Software Tools
1.5.5. Applications
1.5.6. Limitations

1.6. Introduction to Remote Sensing

1.6.1. Introduction and Objectives
1.6.2. Definition of Remote Sensing
1.6.3. Exchange Particles in Remote Sensing
1.6.4. Active and Passive Remote Sensing
1.6.5. Remote Sensing Software with Python

1.7. Passive Photon Remote Sensing

1.7.1. Introduction and Objectives
1.7.2. Light 
1.7.3. Interaction of Light with Matter 
1.7.4. Black Bodies
1.7.5. Other Effects
1.7.6. Point Cloud Diagram

1.8. Passive Remote Sensing in Ultraviolet, Visible, Infrared, Infrared, Microwave and Radio

1.8.1. Introduction and Objectives
1.8.2. Passive Remote Sensing: Photon Detectors
1.8.3. Visible Observation with Telescopes
1.8.4. Types of Telescopes
1.8.5. Mounts
1.8.6. Optics
1.8.7. Ultraviolet
1.8.8. Infrared
1.8.9. Microwaves and Radio Waves
1.8.10. netCDF4 Files

1.9. Active Remote Sensing with Lidar and Radar

1.9.1. Introduction and Objectives
1.9.2. Active Remote Sensing
1.9.3. Atmospheric Radar
1.9.4. Weather Radar
1.9.5. Comparison of Lidar with Radar
1.9.6. HDF4 Files

1.10. Passive Remote Sensing of Gamma and X-Rays

1.10.1. Introduction and Objectives
1.10.2. Introduction to X-ray Observation
1.10.3. Gamma Ray Observation
1.10.4. Remote Sensing Software

Immerse yourself with TECH in the advances made in active remote sensing with lidar and radar"