Master of Science in Telecommunication Engineering

Master of Science in Telecommunication Engineering

Professionalize yourself to lead the management of information and communication technologies from innovation and improvement of competitiveness

Research techniques and scientific methodology

Description: 
The purpose of this course is to understand the scientific method and the mechanisms that ensure a robust generation of knowledge in the field of telecommunications engineering. Building on this foundation, the course will address how to scientifically formulate a problem within this discipline and how to approach its resolution scientifically. Specifically, it will explore conducting a systematic literature search and evaluating the current state of research on a problem within the field of telecommunications.
Type Subject
Optativa
Semester
First
Credits
5.00
Previous Knowledge
Objectives

The objectives will focus on:
- Understanding the scientific method in the context of telecommunications engineering.

- Acquiring the ability to formulate a problem related to telecommunications engineering in a scientific manner.

- Developing the capacity to conduct a systematic literature search and evaluate the current state of research in this specific field.

Contents

1. The Scientific Method
2. Bibliography and State of the Art
3. Generating Hypotheses and Questions
4. Experimental Design
5. Validation and Theoretical Approaches

Note: Topics may be adjusted and/or modified at the discretion of the Master's program coordinator.

Methodology

The methodology used combines lectures, student participation, a practical in-class exercise, and the completion of a final challenge or research project. For students, this will involve group work with an oral presentation in class and individual work.

Evaluation

This subject will be assessed continuously based on the resolution of a proposed challenge, or alternatively, a research paper on existing solutions to a specific problem in the scientific field, and a final presentation in class and an individual assignment.

Evaluation Criteria

Continuous Assessment
This course will be assessed continuously through the resolution of a proposed challenge, or alternatively, a research project on existing solutions to a specific problem in the scientific field, a final in-class presentation, and an individual assignment.

The final grade will be weighted as follows:
- Group work: 45%
- Individual work: 45%
- Class participation: 10%

Residential Exam Opportunities
The schedule for the resit exam and/or assignments will be determined by the course coordinator.

Copying Policy
This course adheres to the general copying policy of La Salle Campus BCN:

https://www.salleurl.edu/es/normativa-de-copias
The learning activities will be considered to have the following category:
? Group work and individual work: highly significant

Basic Bibliography

The bibliography will be detailed throughout the course.

Additional Material

All class materials (presentations, exercises, articles, documents, etc.) will be shared in the subject folder on the La Salle Intranet: eStudy.