Daniel Gaspar
Daniel Augusto Estácio Marques Mendes Gaspar
0000-0002-8522-4905 • 321C-9CFD-B646
INSTITUTO POLITÉCNICO DE VISEU • Escola Superior de Tecnologia e Gestão de Viseu
Gestão do valor: Uma visão normativa
Gaspar, D., Simões, P., Lopes, O., Clara, J., & Reguenga, D. (2023).
Gestão do valor: Uma visão normativa.
RAE – Revista De Ativos De Engenharia, 1(2), 55–69.
DOI: 10.29073/rae.v1i2.713
A manutenção na Gestão de ativos
Gaspar, D., Almeida, N. M. de, Reguenga, D., & Sobral, J. (2022).
A manutenção na Gestão de ativos.
In Manual de manutenção em edificações: estudos, técnicas e aplicações. (pp. 155–174).
ISBN: 978-85-7456-413-5
O Projeto Mark’it: a aplicação do ensino e aprendizagem por projeto na Licenciatura em Marketing do Politécnico de Viseu
Amaro, S., Ferreira, B., Gaspar, D., Bastos, J. (2022).
O Projeto Mark’it: a aplicação do ensino e aprendizagem por projeto na Licenciatura em Marketing do Politécnico de Viseu.
In Figueiredo, M. P., Franco, A. (Coords.), Pedagogia no Ensino Superior: Concretizações e inquietações no Instituto Politécnico de Viseu (pp. 225-238).
Viseu, Portugal: Escola Superior de Educação de Viseu. ISBN: 978-972-789-682-0
DOI: https://doi.org/10.34633/978-989-53495-2-4
PIDI/CISeD/2021/001 • Industrial Augmented Reality (IAR)
Principal Researcher:
José Silva
Duration: 2021 – 2023
Cised team members
Olga Contente
Serafim Oliveira
Daniel Gaspar
The constant changes in the contextual environment and the continuous globalization cause changes in the market, which push the companies to look for new technologies to increase productivity and profitability. In addition, customer requirements force companies to make their production systems more flexible, efficient and competitive.
It is due to these changes that the need arises to implement interconnected systems, integrated into an industrial IoT platform (IIoT - Industrial Internet of Things), supported by the connection of equipment and production systems so that companies can create networks along the value chain and thus control and command processes independently and in real-time.
The implementation in organizations of intelligent and interconnected ecosystems allows making decisions in a decentralized way. However, it is necessary to provide tools to assist in decision-making, monitoring operations, and reducing errors by the operator.
This project aims to respond to this challenge with the application of solutions developed in augmented reality (AR) in an industrial environment.
The integration of AR in a production system allows to reduce production errors and increase the efficiency of product development since there is constant monitoring during the performance of tasks.
This project is based on three fundamental objectives.
One of the objectives of this project is the implementation of solutions developed in AR, in various industrial applications, namely, in carrying out maintenance interventions (inspection with remote support or access to instructions in virtual windows), in guiding employees through procedures, either be it the first time or a recurring task, using holographic step-by-step instructions and issuing alerts to users with the details necessary for the execution of operations.
The other objective is the integration of the AR system with an existing IIoT platform, which will allow obtaining and viewing in real-time the desired information for each equipment, such as the operating temperature, energy consumption, or the condition of the components. that integrate the equipment.
It is also the objective of this project to develop the best visualization solution taking into account the particularities of each application so that the interaction with the projections is fluid and with reduced latency.
Digital objects, from industrial equipment, will be developed using programming algorithms and spatial digitization for referencing the anchoring points of the real space where these objects are immersed.
CENTRO‐01‐0247‐FEDER‐047199 • AgroSafeBox: Intelligent alert system for agrovehicles rollover and driver safety
Duration: 2021 – 2023
Cised team members
Daniel Albuquerque
Olga Contente
Funding
CENTRO2020; PORTUGAL2020; Fundo Europeu de Desenvolvimento Regional
The project aims to develop, test and implement an AgroSafeBox-System, which allows monitoring, in real time, the location, inertia and other parameters of a vehicle, as well as the physiological signals of the driver, to prevent the occurrence of the accident. This system can be attached to any vehicle, however within the scope of the project it is dedicated to tractors and quads used in agricultural and forestry operations. In these cases, the accident occurs due to the specifics of the terrain, by tipping over, causing bodily harm and material damage. The detection of behavioral changes in the driver during driving, by monitoring their physiological signs, can also prevent the accident, namely due to fatigue, stress, driving habits, among others.
The AgroSafeBox System will allow you to prevent and alert to the risk of accident and medical emergency in 3 situations:
i) in pre-driving, when assessing the driver's condition before driving, preventing the risk of an accident when the driver does not respond satisfactorily to the assessment carried out by the System;
ii) in driving, by monitoring in real time parameters of the vehicle and the task in progress which, through stability criteria based on tipping indices, will make it possible to prevent and warn of the risk of an accident. The system will also monitor various physiological signals from the driver that may contribute to the occurrence of accidents;
ii) in the event of an accident or emergency, signal and alert the competent authorities and emergency contacts, if not manually deactivated within a pre-established period. It will also allow you to alert vehicles equipped with the AgroSafeBox located close to the accident so that they can provide assistance more quickly.
The project also aims to provide a platform for the global and integrated management of the System and interaction with users, for the management and control of vehicles, among other features.
591998-EPP-1-2017-1-CZ-EPPKA2-SSA-B • DRIVES – Development and research on innovative vocational educational skills
Duration: 2018 – 2022
Cised team members
Carlos Pereira
Daniel Gaspar
Paulo Moisés Costa
Serafim Oliveira
Funding
FCT
The project investigates the types of decarbonization strategies that comply with the Paris Agreement, the implementation of which requires the transformation of several sectors beyond energy, such as mobility, construction, agri-food and industry. This sectoral transformation poses challenges for the development of countries and regions, which have become particularly pressing at a time when states have to accelerate the low-carbon transition with more fragile finances and the need for economic recovery, after the pandemic crisis. . The research combines theories from socio-technical transitions and economic geography to identify the low-carbon transition strategies with the greatest transformative potential and investigate how countries and regions prepare for that transformation. The focus of this research is on the type of transition strategies that are most beneficial to the economy, that is, that have the capacity to generate change in other sectors. The project studies the possible directions of the transition and its transformative capacity, assesses the extent to which the system is preparing for this transition mode, and identifies areas that are leading or holding back the change. This research will also identify transformation patterns for emerging sustainable consumption and production modes at the corporate level, and compare them with the decarbonization strategies prescribed in the literature. The results will contribute to the discussion on the processes and ways of conducting sustainable transitions associated with different economic characteristics of the regions. The project will also contribute to the discussion on the influence of context as a facilitator or constraint of some types of decarbonization strategies, as well as identifying key dimensions on which policies can intervene in order to amplify the effect of transitions in structural transformation to national and regional level
CENTRO-01-0145-FEDER-023394 • LEARNIN’S CREATIN: Addressing SR&TD problems, decreasing dropout and improving student outcomes, using active learning methodologies
Duration: 2017 – 2020
Cised team members
André Marques
António Figueiredo
Carlos Quental
Carlos Pereira
Cristina Romão
Daniel Gaspar
Daniel Albuquerque
Edmundo Marques
Odete Lopes
Paulo Moisés Costa
Paulo Pinho
Serafim Oliveira
Sérgio Lopes