Teachers must update their competencies and skills to advance in their profession. In this advanced master’s degree we give you the keys to the Implementation of Educational Projects, Robotics and 3D Printing, in an intensive and complete program"  

An educational center that wants to be a reference and aims to obtain quality and efficiency in its practices, must be an expert in the programming and implementation of educational projects. In recent times, one of the most innovative and attractive areas of such projects are robotics and 3D printing. In this sense, robotics is considered one of the best learning tools to introduce in the classroom, as it allows the development of innovative projects with which students can develop their skills and competencies. 

This advanced master’s degree promotes an overall vision that will enable the implementation, or transformation, of educational projects that are intended to constitute the essence of the center, whatever their nature. Thanks to this specialization, educational centers will be able to build, from the appropriate scientific knowledge, the fundamental pillars of the educational project taking into account each and every one of the factors that must be addressed in the process of programming and implementation of the same. Otherwise, schools are doomed to the vagaries of fashion, to fruitless waste of time and money, and most importantly, to fail to achieve a sufficiently stable path for students to walk on and develop their full capabilities and potential. 

This program is unique because it manages to offer the necessary tools to build this core of the educational center so that it can last over time, be viable and, of course, be efficient. In addition to being a means that provides the teacher with various tools to help the student's motivation and learning, in order to generate a new profile of the teacher of the 21st century. 

Throughout this specialization, the student will learn all of the current approaches to the different challenges posed by their profession. A high level step that will become a process of improvement, not only on a professional level, but also on a personal level. 

This challenge is one of TECH's social commitments: to help highly qualified professionals specialize and develop their personal, social and work skills during the course of their studies.  

We will not only take you through the theoretical knowledge we offer, but we will implement it to study another way of studying and learning, one which is simpler, more organic, and efficient. We will work to maintenance you motivated and to develop your passion for learning, helping you to think and develop critical thinking skills. We will encourage you to think and develop critical thinking.  

A high level scientific program, supported by advanced technological development and the teaching experience of the best professionals" 

The advanced master’s degree in Implementation of Educational Projects, Robotics and 3D Printing contains the most complete and up-to-date educational program on the market. The most important features include: 

• The latest technology in online teaching software
• A highly visual teaching system, supported by graphic and schematic contents that are easy to assimilate and understand
• Practical cases presented by practising experts
• State-of-the-art interactive video systems
• Teaching supported by remote training
• Continuous updating and retraining systems
• Autonomous learning: full compatibility with other occupations
• Practical exercises for self assessment and learning verification
• Support groups and educational synergies: questions to the expert, debate and knowledge forums
• Communication with the teacher and individual reflection work
• Content that is accessible from any fixed or portable device with an Internet connection
• The complementary documentation databanks are permanently available, even after the course

 A program created for professionals who aspire to excellence that will allow you to acquire new skills and strategies in a smooth and effective way" 

The teaching staff is made up of working professionals. In this way TECH ensures that it delivers the educational update objective it is aiming for. A multidisciplinary team of qualified and experienced professionals in different environments, who will develop the theoretical knowledge efficiently, but above all, they will put at the service of the program the practical knowledge derived from their own experience: one of the differential qualities of this advanced master’s degree.   

This mastery of the subject is complemented by the effectiveness of the methodological design of this advanced master’s degree. Developed by a multidisciplinary team of e-learning experts, it integrates the latest advances in educational technology. In this way, the students will have access to a range of comfortable and versatile multimedia tools that will give them the operability they need in their training.   

The design of this program is based on Problem-Based Learning: an approach that views learning as a highly practical process. To achieve this remotely, telepractice is used. With the help of an innovative interactive video system, and learning from an expert, the students will be able to acquire the knowledge as if they were actually facing the scenario they are learning at that moment. A concept that will allow students to integrate and memorize what they have learnt in a more realistic and permanent way.  

 A deep and complete immersion in the strategies and approaches in Implementation of Educational Projects, Robotics and 3D Printing"

A unique specialization program that will allow you to acquire advanced training in this field"

The objective is to train highly qualified professionals for work experience. An objective that is complemented, moreover, in a global manner, by promoting human development that lays the foundations for a better society. This objective is focused on helping professionals reach a much higher level of expertise and control. A goal that you can take for granted, with a high intensity and high precision program.   

If your goal is to improve in your profession, to acquire a qualification that will enable you to compete among the best, look no further: welcome to TECH"  

General objectives

• Gain knowledge about the most important elements of the educational project 
• Train people in the educational field in order to improve the educational projects they use, or to develop an innovative project of their own creation or based on evidence
• Study each of the phases of programming and implementation of an educational project
• Analyze the essential factors to be taken into account in the programming and implementation of an educational project
• Get a global view of the whole process and not just a biased position
• Understand the role of each of the educational agents in each phase of the programming and implementation of the educational project
• Delve into the essential success factors of the educational project
• Become an expert to lead or participate in a quality educational project
• Train teachers at the pre-school, primary and secondary levels in materials and methodologies that enhance motivation, creativity and innovation through educational robotics, programming and 3D printing
• Learn how to plan in a transversal and curricular way in all educational stages, where education professionals can incorporate new technologies and methodologies in the classroom
• Raise teacher's awareness of the importance of a transformation in education, motivated by the new generations
• Learn about new learning models and the application of educational robotics to motivate students towards technological careers
• Hands-on learning about 3D design and 3D Printing 
• Facilitate relationship skills and abilities for the new classrooms of the future  

Specific objectives

• Understand the concept of educational project 
• Study the most popular approaches to educational projects 
• Understand the start up of innovative educational projects 
• Analyze the purpose of educational projects 
• Determine the learning objectives and the process to reach them
• Evaluate possible centers where to implement the educational project
• Understand which factors are key in the programming and implementation of educational projects
• Learn which agents are involved in the process of programming and implementing educational projects
• Understand the contents of the educational project
• Develop the objectives pursued by the centers with the development of the educational project
• Analyze the results to be obtained with the educational project
• Understand all key aspects of programming development and implementation of an educational project
• Gain knowledge about the most common types of educational projects in schools
• Discover the most innovative educational projects of the moment 
• Understand the variety of possibilities of programming and implementation of educational projects 
• Analyze the most common and innovative educational projects in the technological field 
• Study educational projects based on the most innovative methodologies
• Understand value-centered educational projects that improve various factors of the teaching-learning process
• Determine the concept of evidence-based projects
• Learn how to develop an evidence-based project in all its phases 
• Learn about the most important and innovative artistic educational projects
• Discover the most necessary educational projects in the health field in an educational center
• Analyze educational sports projects that may be of interest to the centers
• Understand the types of educational language learning projects
• Understand the types of educational projects to generate excellence in the center
• Analyze the most important factors and measures to be taken by the center to achieve significant excellence
• Discover other possible innovative educational projects that are on the rise internationally
• Know the benefits of implementing an educational project
• Study the benefits generated in the center as an institution
• Analyze the improvement of the school's identity, style and presence
• Discover the benefits for students and their families
• Understand the benefits for educators and other educational agents 
• Learn about the positivity of the school climate in the implementation of an educational project 
• Understand the benefits of the educational project as a driving force for the center
• Highlight the improvement of the center's management style
• Investigate the process of generating leaders as a benefit of the educational project
• Study the improvement of the alignment of the mission, vision and values promoted by the school 
• Analyze the educational progress that promotes the implementation of a quality educational project
• Discover the benefits of adaptation to the environment in the implementation of an educational project
• Learn about the improvement of the coexistence, learning and work environment developed in the implementation of an educational project
• Expand knowledge in the area of improving relations with the environment and with other educational centers
• Develop a study on the benefits of deepening the ideology and style of the educational center through the implementation of an educational project
• Know all the factors and circumstances that influence the process of programming and implementation of educational projects
• Understand the obstacles that the educational project will have to overcome 
• Study the scope of the educational project
• Understand the personal resources necessary for the programming and implementation of a quality educational project
• Determine the economic factors necessary for the viability of the educational project
• Consider the importance of transparency in an educational project
• Investigate the necessary involvement of each of the educational agents 
• Examine the quality factors necessary for the creation of an educational project
• Analyze possible situations of difficulty in the programming and implementation of educational projects
• Know the types of analysis of educational project results
• Analyze the most important factors in the programming phase of the educational project
• Study in a holistic manner the circumstances to be taken into account in the programming phase of the educational project
• Research the necessary social environment prior to the implementation of the educational project
• Determine the most important psychological aspects for the adequate programming of the educational project
• Understand the cultural factors that determine the effectiveness of the programming of an educational project
• Develop the field of new technologies related to the programming of an educational project
• Delve into the ethical framework to be taken into account in the programming of educational projects
• Understand the business environment necessary for programming educational projects 
• Appreciate the need for cohesion between the goals and objectives of the center and the programming of the educational project
• Consider the family and student field as a fundamental factor in the programming of educational projects
• Analyze the educational agents involved in the programming of an educational project
• Determine the steps for an efficient SWOT analysis to guide the educational project programming process
• Know the regulatory framework applicable to the integration of the educational project in the center 
• Consider the essential factors for the integration of the educational project in the center
• Analyze the integration of the educational project in the center's tutorial action plan
• Study the integration of the educational project in the school's truancy plan
• Determine how to integrate the educational project into the center's educational inclusion plan
• Investigate the process of integration of the educational project in the center's coexistence and equality plan
• Investigate the steps for the integration of the educational project in the center's transition plan between stages
• Develop ways to integrate the educational project into the center's reading promotion plan
• Consider the development of a school reception plan that integrates the school's educational project
• Reach a consensus on the process of assimilation of the educational project by each of the center's educational agents
• Understand the method of integrating the educational project into the center's internal rules and regulations
• Study other possible areas of integration of the educational project in various fields within the structure of the center
• Gain knowledge about the fundamental steps for the implementation of an efficient and effective educational project
• Determine the key factors for the adequate and quality implementation of the educational project
• Understand the necessary scope of leadership within the implementation phase of the educational project
• Analyze the essential preparation for the implementation of the educational project in the center
• Study the situation in the implementation phase of the educational project
• Investigate the importance of awareness raising in the implementation phase of the educational project
• Learn how to elaborate the steps in the implementation phase of the educational project
• Learn about different ways of implementing the educational project in the center
• Investigate the follow-ups and evaluations necessary for the successful implementation of a quality educational project 
• Determine the redesign of the educational project after its implementation
• Delve into the coordination necessary for the satisfactory implementation of the educational project 
• Address the need for participation of the various educational agents in the implementation phase of the educational project 
• Analyze the most important terms and roles in the fields of Management, Administration and Leadership
• Gain knowledge about the important coaching elements in the programming and implementation of educational projects
• Understand the most important coaching elements in team leadership
• Work on the procedure to encourage the participation of all stakeholders in the implementation of an educational project
• Study the transformation process of the center through leadership
• Investigate the importance of language and communication in the process
• Inquire into the most important leadership structures
• Develop a procedure to lead the project based on values
• Learn the process of election, training and accompaniment of leaders in the educational center
• Know the system of delegation of functions and roles in the leadership of an educational project
• Analyze the procedure for the standardization of the center's educational project
• Understand the importance of theoretical and practical training in the basics of the project
• Investigate the management, leadership and direction of the educational project in all its phases
• Study the most efficient way to face possible obstacles in the field of leadership and management of an educational project
• Learn the risk factors to take into account throughout the process
• Develop a process for evaluating the leadership and management of the educational project
• Gain knowledge about all the necessary aspects of planning and economic-financial management required for the programming and implementation of educational projects 
• Study the process of situational analysis of the center
• Inquire about the economic aspect depending on the type of project
• Learn the terms and processes necessary to conduct an efficient and realistic educational market study
• Develop a commercial strategy in line with the project's programming objectives
• Research on the most appropriate project projection and cost estimation techniques
• Discover the importance of the economic background of the technical study
• Know the steps for determining and optimizing project size 
• Learn the localization decision making process 
• Understand the organizational economic effects that influence the programming and implementation of educational projects
• Investigate the role of the legal framework and investments related to the project
• Analyze the benefits of the project and the need for cash flow construction
• Inquire about the most important evaluation criteria for an educational project 
• Assimilate the process of risk and sensitivity analysis in the programming and implementation of educational projects 
• Understand the most important educational marketing terms 
• Gain knowledge about the basic aspects necessary for efficient advertising of an educational project
• Discover the need for marketing in the implementation of an educational project in a center 
• Analyze the commercial planning process 
• Learn the necessary phases for the analysis, establishment of objectives, design of strategies and evaluation related to the marketing area of the educational project
• Research market and customer segmentation 
• Identify customer needs to design an effective and realistic marketing plan 
• Develop the appropriate techniques for positioning and building the personal brand 
• Inquire about advertising creativity in educational projects
• Learn how to create advertisements in the digital environment 
• Analyze all necessary areas in the field of marketing and advertising as they relate to educational offerings
• Discover the most important social networks to be used in the marketing and advertising of the educational project
• Gain knowledge about the process of using each one of them to reach optimum efficiency
• Investigate the phases of development of advertising campaigns of the educational project
• Learn how to create and manage marketing strategies for service companies
• Understand all the necessary areas related to marketing strategies 
• Analyze the process of evaluating the profitability of campaigns
• Raise teacher’s awareness of new educational trends and the direction of their role in education 
• Provide knowledge of new information and communication technology skills
• Train teachers to promote educational change within the classroom to create environments that improve student achievement
• Introduce learning theories related to Educational Robotics
• Substantiate the application of robotics pedagogy in the classroom
• Gain knowledge about the legal and ethical aspects of robotics and 3D printing
• Teach STEAM competencies as a learning model 
• Transfer the teacher to new physical environments that improve the educational practice
• Gain knowledge about computational thinking skills 
• Turn classrooms into workspaces for their own learning 
• Provide teachers with knowledge related to the brain's functioning
• Train the teacher to transform the traditional methodology into a playful methodology
• Understand what a robot is, types and elements that make it up 
• Understand the laws of robotics 
• Learn Do it Yourself techniques, to develop students' creativity 
• Know the aspects of Robotics and educational robotics 
• Support the different pedagogical applications in educational intervention
• Know the fundamentals of computational thinking and use it as a problem-solving skill
• Analyze algorithmic thinking 
• Acquire the methodology of work in educational robotics
• Learn to balance the flow state between the difficulty of the challenge and the learner's abilities 
• Assess the evolution of new technologies in the first cycles 
• Know the importance of the digital competence of teachers
• Learn the impact between Emotional Intelligence and Educational Robotics 
• Explain the introduction of Robotics in Pre-School education
• Integrate Robotics as a learning resource in the first cycles
• Distinguish different complementary tools 
• Learn about different robotic resources as alternatives in the classroom
• Work with softwares to initiate students in programming 
• Work with Beebot as a Robot for beginners 
• Learn about BeeBot's contributions to education
• Analyze the operation of BeeBot 
• Set up sessions with BeeBot 
• Learn about other BeeBot resources for teachers 
• Learn to relate content to Robotics 
• Learn to develop Robotics activities in the primary school stage
• Develop teamwork skills in teachers 
• Transfer a new learning method to motivate students to research and entrepreneurship
• Gain knowledge about the relationship between Educational Robotics and the curriculum
• Identify scientific technological principles to apply in the classroom
• Incorporate the use of robotic tools in the classroom
• Learn about Lego Robotic Kits and their electronic components
• Acquire first notions mechanics by building a robot
• Understand the different Sensors and applications for Robot motion
• Get to know the mBot Robot Mobile App 
• Learn different problem-solving strategies to boost the student's investigative instinct 
• Design different didactic materials for the classroom 
• Introduce teachers to the use of advanced robotics to help students overcome challenges
• Work with Robotics as a motivating and focusing element in the careers of the future
• Appliy Educational Robotics as a curricular subject in secondary school classrooms
• Know the technological resources that we can work with in the classroom 
• Identify the different Arduino components 
• Understand the importance of Free Software in Education and how to use it
• Learn about Arduino software and other online applications
• Learn to work by challenges for classroom application
• Discover the different international contests in order to encourage students' participation and learning 
• Apply Educational Robotics in the secondary school stage and how to carry it out 
• Recognize the origins of programming 
• Analyze the impact of programming in the classroom 
• Show the importance of teaching programming in the classroom. Where to start, what to teach and how to teach it? 
• Raise awareness of the need for educational change and the contributions of programming in the teaching of experimentation
• Know different programming tools for the application in different educational cycles
• Discover the Code Org platform to introduce it in kindergarten and elementary school
• Discover Kodu Software as an alternative for 3D videogame programming 
• Discover advanced programming with JavaScript language, C+, Phyton for secondary schools 
• Learn about Scratch Software to learn programming in a simple way
• Manage the Scratch interface and differentiate the elements that appear in it
• Learn to identify and correct programming errors 
• Recognize the different movement blocks and learn how to use them
• Choose the desired appearance of the chosen object or scenario 
• Animate our programs by using sounds 
• Identify and understand the concept of variables for their use
• Recognize and differentiate event blocks to enhance a program 
• Understand the concept of loop and conditional as basic concepts to start programming
• Know how to export, import and share a Scratch project 
• Know the origins and evolution of 3D printing
• Differentiate the types of materials that exist for 3D printers
• Describe the different models of 3D printers to understand which ones are best suited to educational needs 
• Raise awareness of the applications of 3D design and 3D printing in different professional fields 
• Recognize the benefits of working with 3D design and 3D printing 
• Provide teachers with tools for later use with their students 
• Demonstrate the importance of the development of spatial intelligence 
• Encourage creativity and teamwork in students
• Awake interest and motivation for the application of new technologies
• Handle TinkerCad software for learning 3D design
• Get to know the TinkerCad Interface 
• Create new projects and modify their properties 
• Control the different display modes 
• Recognize and identify polyhedra, prisms, pyramids and their basic elements, vertices, faces and edges
• Recognize and identify round bodies, cones, cylinders, spheres, and their basic elements 
• Moveobjects from the objects tab to the work plane 
• Learn to use basic operations such as grouping and ungrouping 
• Understand the use and operation of the "Hole" command
• Learn how to copy, duplicate and delete objects 
• Test the different object modification techniques 
• Adjust objects using the Aling and mirror commands 
• Learn how to import designs to modify subsequent designs 
• Understand the process for generating a printable file 
• Gain kowledge about what is meant by children with Special Educational Needs
• Value Educational Robotics as a resource for children with Special Educational Needs
• Apply Educational Robotics as a tool for student inclusion
• Convey the importance of the educator's role in dealing with children with SEN
• Identify the difference between ASD and aspergers 
• Gain knowledge about Robotics as a therapy 
• Understand the benefits of educational robotics for children with SEN 
• Create content to be applied in SEN classrooms

Make the most of this opportunity to learn about the latest advances in this subject to apply it to your daily practice"