Master of Science in Telecommunication Engineering

Master of Science in Telecommunication Engineering

Become a professional who designs, leads and transforms the infrastructure that makes a connected society possible

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.