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DESIGN

This is the first point where accurate theory meets wild creativity. All aspects of design consider functionality, cost of production, speed of assembly and durability.

MANUFACTURE

Learn about manufacturing processes that make your designs come to life, maintain accurate tolerances, strong physical properties and mechanical attributes. Safety and quality are monitored closely.

INSTALL

Students practice procedures to accomplish projects safely, diligently and professionally. Here we seek protocol optimization to become effective and time efficient.


Every good idea must start with a good design...

2D and 3D software tools are mastered to prepare accurate sketches, top views, side views and perspectives. The student is taught to create objects, modify them, move the object to view individual components and give the objects or parts the realistic touch. Dimensions and tolerances become embedded in their approaches. Here are some of the projects from the design course:


 

 

 

The Manufacturing Process

Man meets machine…Your own design is executed with new machinery and tools that optimize the production in quality, speed and costs. Each manufacturing process has its method. Learn the tips and tricks from an experienced instructor. We encourage you to bring your own ideas...It is a rich environment where knowledge is shared and you become a professional craftsman. The same projects you designed...now you take part to manufacture.


ENTRY LEVEL                        ADVANCED LEVEL       

- Bracket                                                        - Electric Vehicle
- Shaft                                                            - PV Power Station
- Gear                                                             - Solar Water Heater
- Suspension system                                    - Solar Air Heater
- Wheel hub                                                  - Evaportive Air Conditioner
- Steer System                                              - Advertising Campaign
- Solar Panel                                                  - Ai Robot
- Solar Panel Structure
- Battery packs
- Boilers
- Magnetic Rotor
- Inductive Stator
- Turbine Blade
- Electrical circuit
- Mechanical clamp
- Electric entrance gate
- Robot arm
- Electric canopy
- Logo
- Billboard
- Plexi -glass letter
- Housing
- Brochure
- Website

 

The strength of our Institute is firmly rooted in our values

The strength of our Institute is firmly rooted in our values. We expect that our students, faculty and staff share and demonstrate the values of student success, a positive learning environment and mind-set, safety first in all situations, personal growth, integrity, honesty, trust, diversity, open communication, teamwork, character, change for progress, fiscal soundness, healthy investments, and a can-do attitude.

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Director

Alexandro Ilari Basualdo

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The Manufacturing Process

Man meets machine…Your own design is executed with new machinery and tools that optimize the production in quality, speed and costs. Each manufacturing process has its method. Learn the tips and tricks from an experienced instructor. We encourage you to bring your own ideas...It is a rich environment where knowledge is shared and you become a professional craftsman. The same projects you designed...now you take part to manufacture.

About Us

 

About Us

 

 

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Departments

 

 

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Applying the knowledge

 

 

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Leadership is catapulting skill towards innovation. we train leaders...

Education is one of the best investments you can make for your future.Mitec offers programs that educate you to be excellent candidates for advanced technology positions.Our commitment is to provide you whit quality programs and faculty, as well as responsive and caring student services. In reviewing this website, you will see a broad range of academic opportunities that prepare our graduates for fufilling careers within advanced technology. Many courses include projects where you will work whit others as a team to solve real-world challenges. Mitec Keeps up whit technology trends, and offers all courses in English language to position the students internationally and recognition.

 

Our Office

Mitec Holds strong culture for recycling. More than 70% of raw materials are from recycled sources

analytical thinking skills are trained under two diffrent work environments:
● Individual tasks
● Group performance

Although everyone starts with foundation courses, students become aware of other fields of study, making it possible to transition towards specialization.

Everyone gets to start from the same generic courses. There is interaction with other students engaged in different technical areas

Departments

MiTEC - LEVEL 1


● Reception
● Book Store
● Work Shop

MiTEC - LEVEL 2


● Admissions
● International Student´s Services
● Housing
● Accounting
● Records and Registrations

Our Office

 

Applying the knowledge:

A real life scenario... MiTEC is placed at the heart of an industrial estate, surrounded by suppliers, manufacturers, and service providers. Students learn to locate suppliers and interact directly with them. Example: estimate quantity of copper tubes, frames and finishing paint,needed to manufacture your solar panel. present a report and execute the orders. The transition to the real world is further secured by performing inspections, troubleshooting and installations at a selected property.

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Courses 

 

ELECTROPROPULSION TECHNOLOGY

This area of study is for the design, manufacturing, assebly and maintenance of electric vehicles. Graupner Flash 3.0 models introduce you to basic systems and components. Step up to electric bicycle assembly and finally, be part of an advanced research team with a mission to outperform other vehicle prototypes. Here we train to build the ultimate electric vehicle.

SUSTAINABLE ENERGY

Renewable energy is an industry that grows rapidly due to economical advantages and global warmth awareness. Sustainable energy is an area of study where the students gain a professional understanding of different resources, which locations favour them, and how to maximize overall system performance. We are looking at educating successful free energy providers

ROBOTICS

As the world discovers new ways for supplies to meet the demands of a modern society, robotics enters strongly into the picture. Advantages become a reality when implementing robotics to handle production quantities, quality measures and cost cuts. The goal here is to train competent robotics specialists.

DESIGN

Every idea starts in the creative mind. It can then develop into a useful concept, and finally, into an outstanding product. To get there, it must go thru planning, dimensioning, brain storming, trouble-shooting, modifications, improvements and presentations. The objective is to master the tools and processes that lead towards the best outcome for each step. Design the ideal product.

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GENERIC FOUNDATION COURSES  

 

 

Engineering English Vocabulary
Engineering English Communication
Office 2013
Engineering Graphics

ELECTROPROPULSION
SPECIALIZATION PROGRAMMES

 

Metal Structures
Welding
Composite Technology
Electropropulsion Systems

SUSTAINABLE ENERGY
SPECIALIZATION PROGRAMMES

 

Metal Structures
Welding
Composite Technology
Electropropulsion Systems

ROBOTICS
SPECIALIZATION PROGRAMMES

 

Metal Structures
Welding
Composite Technology
Electropropulsion Systems
Basic Electronics

GRAPHIC DESIGN
SPECIALIZATION PROGRAMMES

 

Vector Graphics
Web Design

Extras
 

 

CATALOG 2016
Tools & Gear
Other Fees
Week Schedule
Application Form

Projects 

 

ELECTROPROPULSION
PROJECT: “GENESIS” (G-1)

An electric vehicle prototype designed,manufactured and assembled by EP students. Every student takes part in the development process and work as a team with the following parameters as objective:
● CAPACITY: 2 people.
● SPEED: OVER 200km/h.
● WEIGHT: <300Kg.
● RANGE: 500Km.


SUSTAINABLE ENERGY
PROJECT : “SELFPOWER”

The design of a self -sufficient home, with the objective to maximize the energy efficiency, with reliable components for each system. Designed, manufactured and installed by SE students.
● PV System (Photovoltaic Power).
● TSP System (Thermal Solar Panel).
● SAH System (Solar Air Heating).
● Evaporative cooling.
● Inverter AC cooling.


ROBOTICS
PROJECT: “EVA”

A robot with artificial intelligence. Designed, manufactured and installed by robotics students to solve human needs implementing capabilities in:
● Mechanical Mobility.
● Object Detection.
● Object Recognition.
● Face Recognition.
● Voice Command.
● Conditional Decision Taking.
● Remote Communication.
● Cumulative Learning.

DESIGN
PROJECT: “MAKE IT”

A creative platform, composed by design students who materialize ideas from conceptual proposals to physical presentations. Students aim is to represent products, services and entities with their goals being:
● Quality
● Service
● Cost
● Genuine
● Eye Catching
● Renovated
● Accurate
● Functional
● Available

Tutor's 

 

Electric Propulsion & Sustainable Energy

Electric Propulsion and Sustainable Energy are at reach of those who wish to learn and apply these science areas. I am here to make that process easy to understand then to be wisely applied.

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Alexandro Ilari Basualdo

Electric Propulsion & Sustainable Energy Tutor

Math & Physics Tutor

I like to teach exact sciences because I saw that, despite being one of the most important, it is the one with the greatest weaknesses in the different educational systems. So since I want to contribute to society in a positive way, I decided that the way it goes with me is this.

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Juan Carlos Encarnación

Math & Physics Tutor

Contact 

 

Spain  Marbella

MARBELLA INSTITUTE OF TECHNOLOGY C/ FINLANDIA Nº10 POLÍGONO INDUSTRIAL 29670 SAN PEDRO DE ALCÁNTARA MÁLAGA-SPAIN

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