Program Overview

Introduction to the Double Degree in Mathematics and Computer Engineering

The Double Degree in Mathematics and Computer Engineering is a comprehensive program designed to provide students with a solid foundation in both mathematical and computer engineering principles.

General Information

• The program is offered by the Universitat Politecnica de Valencia.
• It combines the study of mathematics with computer engineering, providing a unique interdisciplinary approach.

Plan of Studies

• The program includes a range of subjects that cover both mathematical and computer engineering disciplines.
• Key areas of study include:
  • Mathematical principles and theories
  • Computer engineering fundamentals
  • Software development and design
  • Data analysis and interpretation

Competencies and Professors

• The program aims to equip students with a range of competencies, including problem-solving, critical thinking, and analytical skills.
• Students are taught by experienced professors who are experts in their fields.

Normativa

Access and Admission

• Admission to the program is based on a set of criteria, including academic performance and entrance exams.
• Students must meet the specified requirements to be eligible for admission.

Enrollment and Permanence

• Once admitted, students must enroll in the program and meet the requirements for permanence.
• The program has a set of rules and regulations that govern student enrollment and permanence.

Recognition and Transfer of Credits

• The program allows for the recognition and transfer of credits from other institutions.
• Students can apply for credit transfer based on their previous academic studies.

European Supplement to the Degree

• The program is designed to meet the requirements of the European Supplement to the Degree.
• This supplement provides a standardized framework for degree recognition across Europe.

Quality

Quality Assurance System

• The program has a quality assurance system in place to ensure that it meets the highest standards.
• The system includes regular evaluations and assessments to monitor program quality.

Indicators and Reports

• The program uses a set of indicators to measure its performance and quality.
• Regular reports are published to provide information on program outcomes and areas for improvement.

Program Details

Official Qualifications

• The program leads to official qualifications in both mathematics and computer engineering.
• Graduates are awarded a double degree upon completion of the program.

Study Plan Summary

• The study plan is designed to provide a comprehensive education in both mathematics and computer engineering.
• The plan includes a range of subjects and courses that cover the key areas of study.

Teaching Guides

• The program provides teaching guides to support student learning.
• These guides outline the course content, learning objectives, and assessment methods.

Curricular Blocks

• The program is structured into curricular blocks, each of which covers a specific area of study.
• The blocks are designed to provide a logical and coherent progression through the program.

Schedules and Exams

• The program has a set schedule for classes and exams.
• Students must meet the requirements for attendance and exam participation.

Plan Integral de Acompañamiento del Estudiante (PIAE+)

• The program includes a comprehensive plan for student support and guidance.
• The plan provides students with academic and personal support throughout their studies.

Restrictions on Final Degree Projects

• The program has restrictions on final degree projects, including requirements for originality and relevance.
• Students must meet these requirements to be eligible to undertake a final degree project.

Academic Commission

Composition

• The academic commission is responsible for overseeing the program.
• The commission is composed of experienced academics and professionals in the field.

Agreements

• The commission makes agreements and decisions regarding program development and implementation.
• These agreements are designed to ensure that the program meets its objectives and outcomes.

Secretariat

• The secretariat provides administrative support for the program.
• The secretariat is responsible for tasks such as student enrollment, course scheduling, and exam organization.

Practical Training

• The program includes practical training in industry.
• Students undertake internships or work placements to gain practical experience.

Final Degree Project

• The final degree project is a key component of the program.
• Students undertake an original research project under the supervision of an experienced academic.

Academic Exchange

• The program participates in academic exchange programs.
• Students can undertake part of their studies at a partner institution abroad.