Master's Degree in Industrial Engineering

Curriculum Structure

Planning the teaching involves the structuring of content, systems and methodologies that make it possible to acquire the knowledge, capacities, abilities and basic skills necessary for students to be able to develop their activity in any of the lines specified in the professional profile defined for the degree.

The curriculum, structured into modules/subjects and courses, is based on the regulatory framework for the organisation and verification of official university education – RD 1393/2007 – and the guidelines developed by the University of La Laguna.

Curriculum Structure

M566

UNIVERSITY MASTER'S DEGREE IN INDUSTRIAL ENGINEERING 

FIRST COURSE
MANDATORY
First Quarter
Subject Q credits
ADVANCED MATHEMATICS 1Q 3
MACHINE MECHANICS 1Q 4,5
INDUSTRIAL INSTALLATIONS I 1Q 4,5
ORGANIZATION OF PRODUCTION AND LOGISTICS COMPANY 1Q 6
INDUSTRIAL LOGISTICS 1Q 3
LABOR RELATIONS 1Q 3
FINANCIAL AND COST ACCOUNTING 1Q 3
PROJECT MANAGEMENT AND R&D&I MANAGEMENT 1Q 3

 

FIRST COURSE
MANDATORY
Second Quarter
Subject Q credits
INDUSTRIAL FACILITIES II 2Q 3
GENERATION, TRANSPORTATION AND DISTRIBUTION OF ELECTRICAL ENERGY 2Q 4,5
STRUCTURAL TECHNOLOGY 2Q 4,5
PRODUCTION SYSTEMS AND PROCESS CONTROL 2Q 4,5
ENERGY TECHNOLOGY I 2Q 4,5
ELECTRONIC SYSTEMS AND INDUSTRIAL INSTRUMENTATION 2Q 4,5
INTEGRATED MANUFACTURING SYSTEMS 2Q 4,5

 

SECOND YEAR
MANDATORY
First Quarter
Subject Q credits
ANALYSIS AND DESIGN OF CHEMICAL PROCESSES 3Q 4,5
ENERGY TECHNOLOGY II 3Q        4,5
MANDATORY ELECTIVES BY SPECIALTY 3Q

 

SECOND YEAR
MANDATORY
Second Quarter
Subject Q credits
ELECTIVES BY SPECIALTY 4Q
MASTER'S FINAL PROJECT 4Q 12
INTERNSHIPS 4Q 12

 

Specialty in Electromechanical Technology
SECOND YEAR – Third Quarter  
Subject Q credits
MECHANICS OF VIBRATIONS 3Q 4,5
FINITE ELEMENTS IN ENGINEERING 3Q 4,5
THERMOECONOMICAL ANALYSIS OF INDUSTRIAL PROCESSES 3Q 4,5
ELECTRICAL MACHINES 3Q 4,5
PRESSURE VESSELS AND PIPES 3Q 3
SECOND YEAR – Fourth Quarter
Mechanical Itinerary
Subject Q credits
ADVANCED MATERIALS 4Q 3
ENGINEERING DESIGN WITH ADVANCED GRAPHIC TOOLS 4Q 3
Electrical Technology Itinerary
Subject Q credits
MEDIUM AND HIGH VOLTAGE ELECTRICAL INSTALLATIONS 4Q 3
SOLAR ENERGY SYSTEMS TECHNOLOGY 4Q 3

 

INTERNSHIPS AND TFM
Subject Q credits
MASTER'S THESIS IN ELECTROMECHANICAL TECHNOLOGY 4Q 12
INTERNSHIPS 4Q 12

 

Specialty in Chemical Engineering
SECOND YEAR – Third Quarter
Subject Q credits
CHEMICAL REACTORS 3Q 4,5
OPERATIONS WITH SOLIDS AND FLUIDS 3Q 4,5
SIMULATION AND PROCESS INTEGRATION 3Q 4,5
MATERIAL TRANSFER OPERATIONS 3Q 4,5
TEAM DESIGN 3Q 3
SECOND YEAR – Fourth Quarter
Subject Q credits
WATER TREATMENT AND MANAGEMENT TECHNOLOGIES 4Q 3
ENVIRONMENTAL MANAGEMENT AND ENERGY EFFICIENCY SYSTEMS 4Q 3
PETROLEUM AND NATURAL GAS TECHNOLOGY 4Q 3
 BIOFUELS 4Q 3

 

INTERNSHIPS AND TFM
Subject Q credits
MASTER'S THESIS IN CHEMICAL ENGINEERING 4Q 12
INTERNSHIPS

 

Specialty in Automation and Robotics.
SECOND YEAR – Third Quarter
Subject Q credits
Industrial IT 3Q 4,5
ADVANCED INDUSTRIAL CONTROL 3Q 4,5
ROBOTICS 3Q 4,5
PROGRAMMING OF AUTOMATIC SYSTEMS 3Q 4,5
PERCEPTION SYSTEMS 3Q 3
SECOND YEAR – Fourth Quarter
Subject Q credits
INTELLIGENT CONTROL 4Q 3
ADVANCED INDUSTRIAL COMPUTING 4Q 3
 SUPERVISION AND CONTROL OF HOME AUTOMATION AND INDUSTRIAL INSTALLATIONS 4Q 3
Robot programming 4Q 3

 

INTERNSHIPS AND TFM
Subject Q credits
MASTER'S THESIS IN AUTOMATIC SYSTEMS AND ROBOTICS 4Q 12
INTERNSHIPS

 

Specializing in Electronics.
SECOND YEAR – Third Quarter
Subject Q credits
INDUSTRIAL APPLICATIONS OF POWER ELECTRONICS 3Q 4,5
INDUSTRIAL COMMUNICATIONS NETWORKS 3Q 3
ELECTRONIC SYSTEMS DESIGN WITH FPGA 3Q 4,5
 COMMUNICATION SYSTEMS 3Q 4,5
SIGNAL TREATMENT 3Q 4,5
SECOND YEAR – Fourth Quarter
Subject Q credits
ELECTRONICS IN RENEWABLE ENERGY SYSTEMS 4Q 3
ELECTRONICS IN PHOTOVOLTAIC SYSTEMS 4Q 3
BIOMEDICAL INSTRUMENTATION 4Q 3
 INTEGRATED CIRCUITS AND MICROELECTRONICS 4Q 3

 

INTERNSHIPS AND TFM
Subject Q credits
INTERNSHIPS
FINAL PROJECT FOR MASTER'S DEGREE IN ELECTRONICS 4Q 12

 

NOTE:

* 1Q means 1st quarter; 2Q means 2nd quarter (First year)

* 3Q means 3rd quarter, 4Q 4th quarter (Second year)

Students enrolled in the Master's Degree in Industrial Engineering. Qualifying for the regulated profession of Industrial Engineer.

To graduate, the student must complete a total of 120 credits. Divided into two academic years (four semesters). Of these, 69 credits correspond to compulsory subjects (first year). 27 credits are for Elective Specialty subjects. 12 credits for the External Internship subject and finally 12 credits for the TFM subject.

Within the Electromechanical Technology specialty, students can choose one of two itineraries: the Mechanics itinerary or the Electrical Technology itinerary. In relation to the External Practices subject, students must have completed the first academic year.

Students enrolled in the Master's before 2019 may, if they wish, remain in the same administrative system. To do so, they must take into account that the subjects that in the original program corresponded to the first year must be passed in the September 2020 session as the last deadline.
The subjects of the second year can be passed until September 2021. If you wish to remain in this scheme, you must be careful when registering for the TFM since in this scheme there was a different code for each TFM in each specialty.
Those who wish to change the scheme and move on to the 2019 scheme must register for the External Internships, considering that the training complements are no longer valid for the computation of subjects from the first year. They must have passed the subjects from the first year of the current scheme. In addition, if they choose this option, they must register for the single TFM.