Profile of Eusebio José Martínez Conesa

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Office Hours

Location

Day

Schedule

EDIFICIO CIM - FCCE, Floor 0, Office E34
Se recomienda enviar correo electrónico previo eusebio.martinez@upct.es

Tuesday

11:30 — 13:30

Teaching

Course

Degree

Type

Duration

ECTS

INFORMATION MANAGEMENT AND TECHNOLOGY TRANSFER

Master's degree in Science and Building Technology

Type

Duration

ECTS

JOINTS ADVANCED TECHNOLOGY

Master's degree in Science and Building Technology

Type

Duration

ECTS

STEEL CONSTRUCTION

Bachelor's degree in Engineering of Building

Type

Duration

ECTS

BUILDING FACILITIES 3

Ir a Teams

Bachelor's degree in Architecture Fundamentals

Type

Duration

ECTS

CONSTRUCTION 7. STEEL STRUCTURES

Ir a Teams

Bachelor's degree in Architecture Fundamentals

Type

Duration

ECTS

Abbreviation list

BS: Basic course
B: Required course
O: Elective course

A: Year-long
1Q: 1st half
2Q: 2st half

Teaching evaluation

Year

Course

Degree

Class

Survey respondent

Average (*)

2023-24

BUILDING FACILITIES 3

519105004

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

4.3

INFORMATION MANAGEMENT AND TECHNOLOGY TRANSFER
227101003

Master's degree in Science and Building Technology

Class

Survey respondent

Average

4.67

2022-23

BUILDING FACILITIES 3

519105004

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

CONSTRUCTION 7. STEEL STRUCTURES
519105007

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

3.14

STEEL CONSTRUCTION
502102011

Bachelor's degree in Engineering of Building

Class

Survey respondent

Average

3.8

2021-22

CONSTRUCTION 7. STEEL STRUCTURES

519105007

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

CONSTRUCTION 7. STEEL STRUCTURES
519105007

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

STEEL CONSTRUCTION
502102011

Bachelor's degree in Engineering of Building

Class

Survey respondent

Average

3.56

INSTALLATIONS / BUILDING SERVICES II
502103004

Bachelor's degree in Engineering of Building

Class

Survey respondent

Average

2.67

2020-21

CONSTRUCTION 7. STEEL STRUCTURES

519105007
501105001

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

CONSTRUCTION 7. STEEL STRUCTURES
519105007
501105001

Bachelor's degree in Architecture Fundamentals

Class

Survey respondent

Average

2.75

STEEL CONSTRUCTION
502102011

Bachelor's degree in Engineering of Building

Class

Survey respondent

Average

3.2

INSTALLATIONS / BUILDING SERVICES II
502103004

Bachelor's degree in Engineering of Building

Class

Survey respondent

Average

4.67

INFORMATION MANAGEMENT AND TECHNOLOGY TRANSFER
227101003

Master's degree in Science and Building Technology

Class

Survey respondent

Average

4.67

2019-20

INSTALLATIONS / BUILDING SERVICES II

502103004

Bachelor's degree in Engineering of Building

Class

Survey respondent

Average

3.45

INFORMATION MANAGEMENT AND TECHNOLOGY TRANSFER
227101003

Master's degree in Science and Building Technology

Class

Survey respondent

Average

(*) Average over a maximum of 5

Projects

Date

Title

10/2023 — 09/2027

Beautiful,sustainable, together: validation of the New European Bauhaus approach for the reimagination of publicc buildings as boosting projects for the transformation of their neighbourhoods.

I.P.: / Carlos José Parra Costa

Financial Entity: Commission Of The European Comunities

12/2020 — 06/2022

DESARROLLO DE NUEVOS PRODUCTOS CEMENTANTES A PARTIR DE RESIDUOS INDUSTRIALES

Ref: 2I20SAE00085_REINCE

I.P.: Carlos José Parra Costa

Financial Entity: Carm. Fondo Europeo de Desarrollo Regional (FEDER)

06/2012 — 06/2016

Demonstrative industrial installation for the reduction of the greenhouse gas emisssions in industrial parks

Ref: LIFE11/ENV/ES/000542

I.P.: Ángel Molina García

Financial Entity: European Commission

07/2011 — 12/2014

Optimización de la zona afectada térmicamente en un cordón de soldadura por arco eléctrico

Ref: ACI A-2011-01

I.P.: Eusebio José Martínez Conesa

Financial Entity: Varios

01/2009 — 12/2013

Mejora de tolerancias geométricas en componentes mecánicos bipieza

Ref: 08779/PI/08

I.P.: Manuel Estrems Amestoy

Financial Entity: Fundacion Seneca

12/2005 — 12/2008

Estudio teorico y experimental de los sistemas de sujeccion en mecanizado de alta precisión de componentes flexibles.

Ref: DPI2005-04969

I.P.: Manuel Estrems Amestoy

Financial Entity: Ministerio de Educación y Ciencia. Fondo Europeo de Desarrollo Regional (FEDER)

Contracts

Date

Title

03/2023 — 03/2024

Monitorización de la colonización de arrecifes artificiales sostenibles. Nº PEDIDO: PC23-0162

Ref: 7576/23ATE

I.P.: Carlos José Parra Costa

04/2023 — 12/2023

Desarrollo Tecnológico para una Construcción Circular (TECNOCIR)

Ref: 7479/22ATE-P

I.P.: Carlos José Parra Costa

10/2021 — 10/2023

Investigación para la fabricación industrial de productos especiales a partir de subproductos. Reducción de la huella de carbono

Ref: 6588/21ATE-P

I.P.: Carlos José Parra Costa

11/2022 — 04/2023

Asesoramiento y asistencia técnica en materia de hormigones celulares

Ref: 7467/22ATE

I.P.: Carlos José Parra Costa

03/2021 — 03/2022

Reutilización de residuos y medidas correctoras en el mar, a través del diseño de nuevos materiales y arrecifes e islas flotantes. FLOATER. Pedido nº PC21-0329 |

Ref: 6616/21ATE

I.P.: Carlos José Parra Costa

11/2021 — 12/2021

ENSAYOS SOBRE SEPARACIÓN MÁXIMA ENTRE APOYOS Y DEFORMACION BAJO CARGA DE LAS PLACAS

Ref: 6975/21ATE

I.P.: Carlos José Parra Costa

12/2018 — 06/2021

Desarrollo de nuevos productos basados en materiales cementales de baja huella de carbono para sistemas urbanos sostenibles

Ref: 5739/18ATE-P

I.P.: Carlos José Parra Costa

10/2018 — 09/2020

Hormigones de bajo Ph, sostenibles y descontaminantes <>

Ref: 5935/19ATE-P

I.P.: Carlos José Parra Costa