Telecommunication and Aeronautic Engineering
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MASTEAM: Master of Science in Telecommunication Engineering & Management


 

Objectives | Skills acquired | Organization | Syllabus | International relations | Students' admission

 

Official master's degrees are the first step towards the EHEA (European Higher Education Area). For the first time ever in Spain, master's degrees are officially recognised and allow students to go on to suitable doctoral programmes. There are three different types of official master's degrees:

  • Professional, designed to give students practical training

  • Research, designed to prepare students to carry out research activities.

  • Academic, of a mixed nature, designed both to give students practical training and to prepare them to carry out research.

MASTEAM is based on the Master Degree on Telecommunication Engineering given at EETAC since year 2001. This master was awarded in 2004 with the most significant award given by the Catalan government to academic institutions, the "Jaume Vicens Vives", in recognition of its quality and organization completely based in Cooperative and Project Based Learning methodology. While maintaining the same quality level of the professional skills given to students, MASTEAM is completely integrated to the EHEA and able to host doctoral students and students oriented to research activities.

MASTEAM is an official academic master from UPC (Technical University of Catalonia) that offers students both options: an improvement of their professional skills or a good preparation to carry out advanced research, in the field of the Information and Communication Technologies. It is completely lectured in english.

 

 

Objectives

Because the application of ICTs continues to expand in a growing number of industries, universities need to produce graduates that can assume technological leadership roles in this process. This master's programme aims to train professionals who know how to plan complex multidisciplinary projects and create new technologies, who master the most advanced technologies, who can broaden the use of existing technologies by creating new fields of application, and who can provide advice to sectors that traditionally have not used telecommunications very much, such as small and medium-sized businesses, the government and society at large.

According to this mission, MASTEAM offers two specialisations:

  • Telecommunication Services and Networks

  • Telecommunication Policies and Business Management.

As well as an specific itinerary oriented to research and PhD to elaborate a Doctoral Thesis obtaining an European PhD degree. This itinerary is organised in collaboration with PMT (Mediterranean Technology Park) Research Institutes and several research university departments and research groups.

The first two semesters are devoted to core subjects and are common to all students. During the second year students choose between one professional specialization and the research itinerary.

FIRST YEAR WIRED DATA NETWORKS WIRELESS AND RADIO COMMUNICATIONS
NETWORKS,SYSTEMS AND SERVICES CIRCUITS, SYSTEMS AND ELECTRONIC INSTRUMENTATION
SECOND YEAR TELECOMMUNICATION SERVICES AND NETWORKS TELECOMMUNICATION POLICIES AND BUSSINESS MANAGEMENT ITINERARY ORIENTED TO RESEARCH
  Professional Specialization............................................PhD..................

Skills acquired

On finishing the Master's Degree, the graduates will be able to:

  • Telecommunications Services and Networks
    • Plan, design, develop and manage technologically feasible telecommunications projects and plans, based on the need to create or innovate an optimum and appropriate product or process in accordance with certain regulatory, environmental and cost guidelines.

  • Telecommunication policies and business management
    • Prepare or evaluate a feasibility plan for the development of a product or service for a technological company.

    • Be familiar with trends in the telecommunications market, laws and guidelines set by various organisations, existing standards and recommendations, current ICT trends, and their impact on social, economic and cultural development.

  • Research
    • Carry out advanced research - not just in national R&D departments, but also with a strong relationship with international research.

    • Direct and lead research groups.

  • General or transverse skills
    • Consider new knowledge analytically and critically.

    • Make decisions.

    • Create and innovate.

    • Present verbal and written reports.

    • Demonstrate leadership.

    • Acquire ethical and professional responsibilities.

    • Adapt to unfamiliar contexts and interact with people from other disciplines and countries.

    • Attain a great capacity for self-learning and independence.

    • Apply knowledge of mathematics, science and engineering.

    • Design and carry out experiments and analyse and interpret data.

    • Design a system, component or project that meets certain needs or requirements.

    • Work in multidisciplinary groups.

    • Identify, formulate and solve engineering problems.

    • Understand ethical and professional responsibilities.

    • Communicate effectively.

    • Understand the impact of engineering in a social and global context.

    • Recognise the need for and engage in life-long learning.

    • Be familiar with contemporary problems.

    • Use the modern techniques, skills and tools needed to practice engineering.

 

Organization

Duration: Two academic years.

Number of credits: 120 ECTS credits, depending on the previous training of the student

Convalidations: a maximum of 60 ECTS depending on previous studies.

This two year, 3000 hour program (1500 hours per year), of which some 1800 are devoted to project development, is organized in four semesters. Typically, one semester is formed by two blocks or learning units, each block formed by a multidisciplinary project and one or two courses closely connected with the project. A student normally takes the two blocks, but part time study is allowed for those students who work.

All blocks are given every semester, so that a student can begin his or her studies either in September or in February.

Each class is formed by several groups of five students each which work in a PBL context. The advantages of PBL are well known, being some of them:

  • Increases students' participation and motivation.
  • It is an ideal scenario for achieving many professional abilities as team working, self learning and leadership, and of course oral and written communication in a multidisciplinary context.
  • Improves academic qualifications.
 

Syllabus

The curriculum is broken down into four semesters: 1A, 1B, 2A and 2B. Total students' workload is described in ECTS credits (European Credit Transfer System). One credit amounts to 25 hours, and one full semester 30 cr.

HPre: Weekly classroom/lab hours

HPro: Weekly project hours

(*) Select a course for detailed information

4A

Wired Data Network

(15 ECTS)

 

Wireless Communication Systems

(15 ECTS)

Teamworking and Project Design 1A
ECTS ECTS ECTS ECTS ECTS ECTS
4.5 3.5 7 4.5 10.5 0.7
Optical and Cable Communications

Network, Systems And Communication Services (I)

Wired Data Networks Project Radiation and Radiocom. Wireless Communication Project Teamworking and Project Design
HPre HPre HPro HPre HPre HPro
4 3 6 4 8  
4B

Networks Systems and Services

(15 ECTS)

 

Electronic Circuits Systems and Measuring Equipment

(15 ECTS)

1B
ECTS ECTS ECTS ECTS ECTS ECTS
4.8 3.6 6 5 5 5
Networks, Systems and Com. Services

Computer Networks

Network Management Project Digital Signal Processing Electronic Instrument. Electronic Instrument. and Systems Project
CLAB CLAB CLAB CLAB CLAB CLAB
4 3 5 4 3 5
SPECIALIZATION: Telecommunication Services and Networks SPECIALIZATION: Telecommunicaction Policies and Business Management

5A Management and Society

(7.5 ECTS)

  Management and Society

(7.5 ECTS)

2A
ECTS ECTS ECTS ECTS
3 4 3 4
Resource Management and Administration Engineering and Society Resource Management and Administration Engineering and Society
CLAB CLAB CLAB CLAB
3 4 3 4
   

 

Networks and Application Design

(15 ECTS)

Bussines Start-Up

(15 ECTS)

ECTS ECTS ECTS ECTS
4.5 10.5 4.5 10.5

Design of Services and Applications

Networks Design Project Enterprise Creation Business Stat-Up Project
CLAB CLAB CLAB CLAB
4 9 4 9
   

Network Management and Service Planning
(7.5 ECTS)

Project Management and Innovation

(7.5 ECTS)

ECTS ECTS ECTS ECTS
3.75 3.75 3.75 3.75

Service Planning

Network Management Project and Directive Abilities Management Innovation Sequence
CLAB CLAB CLAB CLAB
3 3 3 3
.
.
5B Optional Courses   Optional Courses 2B
ECTS ECTS
11.5 11.5
Optional Optional Optional Optional Optional Optional
   
   
Master Project Master Project
ECTS ECTS
18 18
Master Project Master Project
   
  • Optional Courses
Telecommunication Policies
Electronic Administration and e-commerce
Research Seminar
Practical training in a company (between 180 and 450 hours)
Practical training in a research laboratory (between 180 and 450 hours)
Other courses choosed in accordance with student's mentor
  • Research and Doctorate orientation.

The professor being the director of the research activity of the student will orient him/her to specific courses related with his/her PhD, between a wide range of courses organized by EETAC, several departments, research groups and research institutes at the Campus.

Internships in companies

For students choosing the professional specializations (Telecommunication Services and Networks, or Telecommunication Policies and Business Management), a practical training period is included in syllabus. For students choosing the research itinerary the internship is optional.

EETAC has contacts with more than 180 companies and research institutes.

 

International relations

EETAC participates in several universities consortiums as CLUSTER, CINDA and CAESAR, and has established students' exchange agreements at master level with several schools from different countries (Austria, Netherlands, Sweden, Germany, France, Italy, Portugal, Ireland, United Kingdom, Turkey, Colombia, Mexico, etc.).

MASTEAM students could spend a semester and in special cases one year at one of this universities, following some courses and doing the final Master Thesis.

 

Students' Admission.

  • Holders of university degrees and diplomas (at least a bachelor diploma) related with telecommunication, electrical and electronic systems.

Candidates with different background may be admitted with complementary coursework, and the complementary coursework may not exceed 30 ECTS.

The Validations Committee will personally review applications with other backgrounds, such as similar degrees completed in other countries (basically the rest of Europe and Latin America).

Here you are more info about registration: Admission to master’s degree courses.