A 100% online program that will allow you to fully manage the design of sports fields and the correct selection of infrastructures for their maintenance”

Optimizing resources, improving citizen well-being and adapting to climate change have become some of the most frequent challenges when designing public spaces. In this context, the alternative is to seek creative and planning methods that promote biodiversity, efficiency and social responsibility. For this, innovation is an essential premise since, through the development of new tools and working techniques, it is possible to achieve better environmental preservation strategies. In this way, these urban and rural structures cease to be merely ornamental attributes and become effective mechanisms for harmonious development between people and their environment, promoting sustainability.

Therefore, professionals specialized in this field are increasingly needed and, in order to practice in a comprehensive manner, they must be up to date on all the new work resources available to them. That is why TECH launches this Postgraduate diploma where the latest trends for the graphic representation of projects and how they benefit the planning of public spaces are brought together. At the same time, it analyzes the singular landscape projects where sports fields, vertical gardens, hydroponics, among others, stand out. On the other hand, it emphasizes the search for environmentally friendly solutions.

This academic itinerary will take place in an innovative 100% online platform. From it, you will have the opportunity to study through disruptive methods such as Relearning, which facilitate the assimilation of content quickly and flexibly. Additionally, these modules are accessible 24 hours a day, from any device connected to the Internet, allowing participants to decide the time that best suits their schedules and needs. An avant-garde didactic strategy that is supported by the experienced management of the best teaching staff.

Specialize in the design of tourist sites, hotel complexes and high-end residential areas with this program”

This Postgraduate diploma in Innovation in the Design of Public Spaces contains the most complete and up-to-date program on the market. The most important features include:

• The development of practical cases presented by experts in Landscaping, Gardening, Botany, among others
• The graphic, schematic, and practical contents with which they are created, provide practical information on the disciplines that are essential for professional practice
• The practical exercises where the self-evaluation 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

The future of cities is green and sustainable: be part of this development approach by managing the main innovations for the design of public spaces with the help of this Postgraduate diploma”

The program includes in its teaching staff professionals of the field who pour into this training the experience of their work, in addition to recognized specialists from reference societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will allow the professional a situated and contextual learning, that is, a simulated environment that will provide an immersive training programmed to train in real situations.

The design of this program focuses on Problem-Based Learning, in which the professional will have to try to solve the different professional practice situations that will arise throughout the academic course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts.

Join TECH in this academic itinerary and you will be able to incorporate the latest tools of analysis and evaluation in the field to develop a landscape project"

You will have access to the most cutting-edge techniques for the conservation of green spaces thanks to this complete 100% online syllabus"

This program has been designed to turn students into experts in the development of unique landscape projects, such as sports fields, golf courses, vertical gardens with hydroponic systems, among others. At the same time, the approach of landscapes for corporate, industrial or university spaces is addressed, analyzing the most effective and recent trends for the benefit of urban sustainability. To broaden the participants' training on these characteristic elements, the program will delve into the keys for the harmonization of public scenarios and how this will be reflected in the cities of tomorrow. Furthermore, this syllabus will be delivered through the best 100% online platform.

You will master the drafting of technical reports of graphic representation for landscape projects with this Postgraduate diploma. Enroll now!”

Module 1. Singular Projects

1.1. Sports fields

1.1.1. Design of Natural Grass Sports Fields

1.1.1.1. Standard Dimensions
1.1.1.2. Design of Drains and Cisterns for Reuse of Irrigation Water
1.1.1.3. Ground Preparation
1.1.1.4. Lawns with Low Water Requirements for Dry Areas
1.1.1.5. Grass Mixtures Suitable for Each Need

1.2. Design of Golf Courses with Low Water Consumption with Qplus Certification

1.2.1. Landscape Design with Xeriscaping Concepts and Maximizing Drainage Networks Associated with Ponds and Lakes to Reuse the Highest Percentage of Irrigation Water
1.2.2. Mesh Irrigation Design and Sensor Control of Actual Irrigation Needs, Adapting Irrigation to the Hours of Least Evapotranspiration
1.2.3. Drainages
1.2.4. Ground Preparation
1.2.5. Drought-adapted grasses in the rough and outrough
1.2.6. Grass Mixtures Suitable for Each Need
1.2.7. Use of Reclaimed Water
1.2.8. Strict Control of Fertilizer Doses and Waterproofing of Greens to Avoid Leaching into Aquifers

1.3. Vertical Gardens with Hydroponic System

1.3.1. Types of Green Building Envelopes
1.3.2. Hydroponic f+p Vertical Garden Design
1.3.3. Sectorization of Plantings and Irrigation Sectors, Depending on the Orientation, the Most Suitable Species Best Adapted to the Climate and the Degree of Insolation
1.3.4. Design of the System to Recover Irrigation and Purification Effluents for Their Reuse, Avoiding the Discharge of Fertilizers into the Sewage System and Water Loss
1.3.5. Domotic Control of the Irrigation and Fertigation System, and Incorporation of Sensors to Automate the System According to Water Needs
1.3.6. Species Selection
1.3.7. Use of Reclaimed Water if Possible

1.4. Green Roofs and Terrace Gardens. Use of Hydroponic Technology and Water Recovery

1.4.1. Type of Green Roofs. Extensive and Intensive
1.4.2. Roof Gardens
1.4.3. Design of Roofs with Water Accumulation Systems, to Reduce the Frequency of Irrigation and Generate Additional Insulating Chamber to the Building Roof
1.4.4. Selection of Low Water Consumption Ground Cover Species
1.4.5. Incorporation of Domotic Irrigation Systems Developed for Vertical Gardens
1.4.6. Species Selection

1.5. Kindergartens

1.5.1. Type of Kindergartens
1.5.2. Location Study. Sunlighting, Shadows, Wind, Noise, Environment
1.5.3. Element Kindergartens

1.5.3.1. Types of Infant Games

1.5.4. Themed Kindergartens

1.5.4.1. Particular Design Integrated in the Space

1.5.5. Selection of Plant Species for Playgrounds
1.5.6. Standardized Norms in the Design of Elements
1.5.7. Accessibility

1.6. Design of Environmental Modules of Landscape Intervention for Intervention in Large Extensions of Territory

1.6.1. Methodology for Intervention in the Recovery of Natural Habitats Degraded by Fire, Environmental Pollution, Floods, Linear Infrastructures
1.6.2. Environmental Study of the Territory of Implantation
1.6.3. Topographical and Edaphological Study of the Same. Analysis of Basins
1.6.4. Study of Potential Vegetation
1.6.5. Selection of Species with the Data Collected and the Study of the Vegetation Series of the Area
1.6.6. Incorporation into the List of Fast-growing, Non-invasive Species that Improve the Environmental Quality of the Area and Facilitate the Rooting and Growth of the Definitive Species in the Territory
1.6.7. Designs of Different Vegetation Modules within the Chosen Botanical Series, of Dimensions in Accordance with the Intervention, Adapting the Selection to the Topography and Edaphic Characteristics of the Terrain

1.7. Landscape Design of Corporate, Industrial or University Spaces with Sustainability and Low Maintenance Criteria

1.7.1. Study of the Territory and Use of the Space
1.7.2. Elaboration of the Program of Needs
1.7.3. Zoning According to the Degree of Use and Typology of the Open Spaces
1.7.4. Selection of Species Appropriate to the Area with Specific Study of the Incidence of Shadows Cast by the Buildings and the Effect of the Same to Improve the Thermal Effects on the Facades
1.7.5. Design of the Irrigation and Drainage System Suitable for Each Planting Zone
1.7.6. Hierarchization in the Design Between Areas of Intensive Use and Areas of Residual Use

1.8. Landscape Design of Tourist Enclaves, Hotel Complexes, High Standing Residential Areas with Sustainability Criteria

1.8.1. Common Features Demand for High Landscape Quality, High Density and Variety of Species and High Level of Maintenance
1.8.2. Careful Selection of Species, Introducing a High Percentage of Naturalized or Autochthonous Species of High Quality and Minimum Requirements
1.8.3. Specific Detailed Projects for Transit and Living Areas
1.8.4. Automation of Irrigation with Reduction of Aerial Emitters and Their Replacement by Subway Irrigation in the Areas of Greatest Intensity of Use
1.8.5. Design of Parking Decks and Terraces
1.8.6. Hierarchization in the Design Between Areas of Intensive Use and Areas of Residual Use

1.9. Interventions and Current Trends in Landscape Architecture

1.9.1. Examples of Interventions that Set Styles
1.9.2. Current Landscape Architects
1.9.3. Sustainable Design

1.10. References in Urban Sustainability Projects

1.10.1. Copenhagen. Capital of Innovation in Sustainable Landscaping
1.10.2. American Pioneer Cities and Entities in the Rational Use of Water in Landscaping
1.10.3. The High Line Park,New York

Module 2. Public Space Design. Cities of the Future

2.1. The State of Our City

2.1.1. Preliminary Needs Study
2.1.2. Studies: Population, Resources and Services
2.1.3. Spatial Study
2.1.4. Climate Study
2.1.5. Urban Potential Study

2.2. Master Plans

2.2.1. Integration of Landscape Master Plans in General Urban Development Plans
2.2.2. Need for Sectoral Master Plans
2.2.3. Accessibility Regulations

2.3. Typology of Spaces

2.3.1. Identification of Existing Spaces. Squares, Streets, Parks
2.3.2. Identification of Residual Spaces
2.3.3. Study of Deficiencies and Advantages of Current Designs
2.3.4. Definition of Future Solutions. Trend Application of 3-30-300

2.4. Personality and Homogeneity in Cities

2.4.1. Singularized Study of Neighborhoods and Districts
2.4.2. Cultural Components
2.4.3. Sociological
2.4.4. Historical

2.5. Style Guide

2.5.1. Definition of Minimum Quality in Spaces
2.5.2. Definition of Standardized Norms in Materials
2.5.3. Components
2.5.4. Definition of Facilities in the Service Management in Public Spaces

2.6. Harmonization in the Management of Public Spaces

2.6.1. Coordination of Urban Projects
2.6.2. Urban Planning, Parks and Gardens, Infrastructure
2.6.3. Coordination of Urban works
2.6.4. Integrated Technical Office

2.7. Landscape Design of Streets

2.7.1. Typology of Existing Streets
2.7.2. Definition of Needs
2.7.3. Application of Accessibility Regulations
2.7.4. Local Mobility Study
2.7.5. Harmonization of Trees and Parking
2.7.6. Landscape Reform Projects

2.8. Landscape Design of Squares

2.8.1. Typology of Existing Squares
2.8.2. Definition of Needs
2.8.3. Application of Accessibility Regulations
2.8.4. Local Mobility Study
2.8.5. Social Needs Study
2.8.6. Harmonization of Public Space and Parking
2.8.7. Squares over Parking Lots
2.8.8. Landscape Reform Projects

2.9. Landscape Design of Gardens and Parks

2.9.1. Typology of Existing Gardens and Parks

2.9.1.1. Distribution in the City

2.9.2. Definition of Needs
2.9.3. Application of Accessibility Regulations
2.9.4. Local Mobility Study
2.9.5. Social Needs Study
2.9.6. Landscape Reform Projects

2.10. Metropolitan Integration

2.10.1. Typology of Metropolitan Public Spaces

2.10.1.1. Parks
2.10.1.2. Landscape Wounds. Natural and Artificial

2.10.2. Definition of Needs
2.10.3. Identification of Territorial Barriers
2.10.4. Local Mobility Study
2.10.5. Social Needs Study
2.10.6. Study of the Image of the City from the Accesses
2.10.7. Green Rings. Expansion in the Territory
2.10.8. Landscape Reform Projects

Module 3. The Landscaping Project. Drafting the Project

3.1. The Landscape Program

3.1.1. Type of Clients: Public, Institutional, Private
3.1.2. Client Needs: Make a List of Desires or Needs
3.1.3. Landscape Program
3.1.4. Estimated Economic Volume

3.2. Site Inventory

3.2.1. Topography
3.2.2. Infrastructure Connection (Type and characteristics)
3.2.3. Existing Trees and Elements
3.2.4. Location, Climate and Orientation
3.2.5. Soil Analysis
3.2.6. Geological Study, if Construction is Required
3.2.7. Water Analysis if not Potable
3.2.8. Analysis of Surrounding Vegetation
3.2.9. Study of the Site in Relation to the Edges
3.2.10. Local, Regional or National Legislation Affecting the Site
3.2.11. Elaboration of the Current State Plan

3.3. Site Analysis

3.3.1. Combining the Program with the Survey Data to Establish the Basis of the Design
3.3.2. Analysis Plan: Vitas, Orientation, Shadows, Soils
3.3.3. Focal Points
3.3.4. List of Existing or Missing Infrastructure
3.3.5. Preliminary Zoning
3.3.6. Elements to be Removed
3.3.7. Elements to be Preserved

3.4. Conceptualization

3.4.1. General Philosophical Concepts

3.4.1.1. Serious-Frivolous
3.4.1.2. Active-Passive
3.4.1.3. Introspective-Extroverted
3.4.1.4. Interactive-Solidary
3.4.1.5. Surprising-Obvious

3.4.2. Functional Concepts

3.4.2.1. Reducing Erosion
3.4.2.2. Increasing Drainage
3.4.2.3. Prevent Vandalism
3.4.2.4. Reduce Maintenance
3.4.2.5. Minimize Water Consumption
3.4.2.6. Reduce Solar Incidence
3.4.2.7. Reduce or Increase Breezes

3.4.3. Choice of Style

3.4.3.1. Classic
3.4.3.2. Modern
3.4.3.3. Minimalist
3.4.3.4. Naturalized

3.5. Types of Landscaping Projects. Urban Landscape

3.5.1. Single-family Gardens
3.5.2. Urban Developments
3.5.3. Garden Cities
3.5.4. Urban Green Spaces. Streets, Squares, Gardens
3.5.5. Parks, Metropolitan Parks, Periurban Parks, Naturalized Spaces
3.5.6. Urban and School Gardens
3.5.7. Gardens for People with Special Needs

3.6. Types of Landscaping Projects. Rural Landscape / Natural Landscape

3.6.1. Natural Parks and Deterrent Parks
3.6.2. Coastal Landscapes. Natural Spaces, Protection of Dunes. Ports and Promenades
3.6.3. Restoration of Degraded Areas. Mines, Sealing of Waste Dumps
3.6.4. Design of River Banks
3.6.5. Design of Linear Infrastructure (Highways, Railroad Lines, Greenways)
3.6.6. Recovery of Desertified Areas

3.7. Types of Landscaping Projects. Special Projects

3.7.1. Cultural and Heritage Landscapes. ICONS
3.7.2. Restoration of Historic Gardens
3.7.3. Botanical Garden Design
3.7.4. Design of Theme Parks and Exhibitions

3.8. Graphic Representation Shots

3.8.1. Preparation of Drawings According to the Type of Customer and Contract
3.8.2. Drawing Formats
3.8.3. Initial Sketches. Sketches
3.8.4. General Drawings. Zoning General Floor Plan. Content According to the Type of Customer
3.8.5. Infrastructure Plans. (Drainage, Water System, Lighting)
3.8.6. Civil Works Plans
3.8.7. Plantation Plans
3.8.8. Furniture Plans
3.8.9. Detail Drawings
3.8.10. Perspectives and/or Renderings, Normally Contracted Separately

3.9. Technical Documentation

3.9.1. Depending on the Scope of the Assignment and the Type of Client
3.9.2. Differences Between Preliminary Design, Basic Design and Execution Design
3.9.3. Memory List of Materials
3.9.4. General Technical Specifications
3.9.5. Specific Technical Specifications
3.9.6. Administrative Specifications (Usually Provided by the Contracting Administration)
3.9.7. Measurements and Budgets

3.10. Programs of Measurements and Budgets

3.10.1. Price Databases
3.10.2. Concepts of Unit Prices, Composite Prices and Decomposed Prices
3.10.3. Specific Measurement and Budgeting Software
3.10.4. Menfis Example

A program without predetermined schedules that will allow you to access, review or download its contents freely from any device connected to the Internet”