Versión en Español

WHAT'S HE DOING?

He is a professional specialized in the production, structuring, processing, and dissemination of geospatially referenced information, which he uses for the development of projects in all fields of engineering and sciences related to the study of: territorial planning, infrastructure works, the environment, biodiversity, natural resource management, hydrology and hydraulics,  urban development, land use, climate change, natural hazards and phenomena, population and demographic problems, etc.

LABOR FIELD

Due to his professional skills, his preparation will allow him to work in any instance at the different levels of governments as well as in the various dependencies and service instances (INEGI, SEMARNAT, CONAGUA, SEDUVOP, SEGAM, SAGARPA, SEDATU, CFE, CONABIO, PEMEX, SEDARH, PROFEPA, CONANP, INIFAP, CONAFOR, etc.), in the private initiative, in the industrial, energy, economic, financial, educational sector,  in research centers, and on their own.

REQUIREMENTS

•    CompleteB in Physical Sciences - Mathematics, Technological Baccalaureate, General or Single Baccalaureate.
•    Pass the Admission Exam that consists of four evaluations: health, knowledge, psychometric and EXANI II.

ENTRY PROFILE

• Open to the use of new geospatial technologies and information management.

• Taste for computer science, mathematics and physics.
  
  
• Ability to reason, analyze and read comprehension in English.
  
  
• Leadership and responsibility initiative.
  
  
• Available to go out to the field and get to know the
  territorial environment.
  

• Interest in the use of software and programming languages.

GRADUATION PROFILE

Your preparation will allow you to efficiently use different computer applications and space technologies (GIS, Satellite Images, GPS and Sensors and the Internet) to plan, develop, manage, and supervise projects in the different disciplines of Engineering and science for the study of all elements of the territory.

EDUCATIONAL OBJECTIVES

Efficiently use different computer applications and space technologies (GIS, satellite images, GPS) to plan, develop, manage and supervise projects in the different disciplines of Engineering.

GRADUATION ATTRIBUTES

1.    Production of spatial data
2.    Spatial data structuring
3.    Spatial data processing
4.    Dissemination and application of spatial data
5.    Design of spatially referenced information systems
6.    Application of geographic information systems
7.    Spatial data management

PERFORMANCE

• Implementation of Geographic Information Systems (GIS), both in government and in private companies.
• Programming of map servers on the Internet on different topics for federal, state and municipal government institutions.
• Preparation of plans of any study subject with high precision coordinates taken from satellite positioning (GPS).
• Territorial studies, such as modeling of urban growth through the digital processing of satellite images, among others.
• Environmental studies, including natural resources such as water, soil, vegetation, among others.
• Epidemiology studies, such as disease risk mapping, etc.
• Marketing studies, such as site selection to set up a new company, etc.
• Hydrographic and hydrological studies for the analysis of hydraulic works.
• Studies of land use and management, the analysis of spaces, volumes, surfaces, for the development of new subdivisions, etc.
• Studies of the forest, precision agriculture, biodiversity, ecology, urban and rural landscape, etc.
• Advanced topography studies for complex cases in the planning of the territory, the territorial delimitation and the management of surfaces of difficult access.

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