| Issue Date | Title | Author(s) |
| 2021 | AI as an enabler for long-term resilience in manufacturing | Rauch, Erwin; Acarkan, Tunç; Lanza, Gisela; Alonso, Jesús; Lazaro, Oscar; Sterian, Irene; Athinarayanan, Ragu; Tavola, Giacomo; Balzary, James; Thevenin, Simon; Biff, Giuseppe; Vallazza, Raphael; Ermidoro, Michele; Eschner, Niclas; Doyle, Aoife; Francalanza, Emmanuel; Shen, Xin; Ansari, Fazel |
| 2012 | Analysing product development working practices for enhancing innovation through collaboration and simulation | Galea, Amanda; Francalanza, Emmanuel; Farrugia, Philip; Borg, Jonathan C. |
| 2022 | Analysis of pneumatic parameters to identify leakages and faults on the demand side of a compressed air system | Abela, Kyle; Refalo, Paul; Francalanza, Emmanuel |
| 2014 | An approach framework supporting manufacturing system design for a range of product | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen L. |
| 2017 | Approaches for handling wicked manufacturing system design problems | Francalanza, Emmanuel; Borga, Jonathan C.; Constantinescu, Carmen |
| 2016 | Augmented reality in the digital factory | Francalanza, Emmanuel; Borg, Jonathan C.; Farrugia, Philip; Farrugia, Lawrence |
| 2024 | Autonomous fault monitoring for efficient multi-actuator compressed air systems : data analytics of demand-oriented parameters | Borg, Massimo; Refalo, Paul; Francalanza, Emmanuel |
| 2013-09 | The bionic human | Francalanza, Emmanuel |
| 2012 | A case for assisting ‘product family’ manufacturing system designers | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen L. |
| 2012 | A computational framework for supporting innovation in product development through collaboration and simulation | Galea, Amanda; Farrugia, Philip; Francalanza, Emmanuel; Borg, Jonathan C. |
| 2017 | Concurrent engineering aspects in industry 4.0 - a digital manufacturing model | Francalanza, Emmanuel; Borg, Jonathan; Constantinescu, Carment |
| 2021 | A decision consequence-based model to understand the phenomena in motorcycle engineering design from a human factor's perspective | Agius, Sean; Farrugia, Philip; Francalanza, Emmanuel |
| 2014 | Deriving a systematic approach to changeable manufacturing system design | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen L. |
| 2020 | Design and implementation of an energy monitoring cyber physical system in pneumatic automation | Abela, Kyle; Refalo, Paul; Francalanza, Emmanuel |
| 2022 | Design and implementation of the ICARUS Industry 4.0 mobile training unit | Bonello, Amberlynn; Francalanza, Emmanuel; Borg, Jonathan; Zammit, Joseph |
| 2018 | Design of a cyber physical industrial robotic manipulator | Francalanza, Emmanuel; Fenech, Alec; Cutajar, Paul |
| 2023 | Designing dual ontological products for human factors : a machine learning and harmonistic knowledge-based computational support tool | Agius, Sean; Farrugia, Philip; Francalanza, Emmanuel |
| 2023 | Designing for human factors : development and evaluation of a harmonistic knowledge-based design decision support tool | Agius, Sean; Farrugia, Philip; Francalanza, Emmanuel |
| 2017 | Designing the factory of the future | Francalanza, Emmanuel |
| 2021 | Developing an Industry 4.0 mobile training unit for industrial engineering education | Francalanza, Emmanuel |
| 2016 | Development and evaluation of a knowledge-based decision-making approach for designing changeable manufacturing systems | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen |
| 2019 | Emotional product design : merging industrial and engineering design perspectives | Francalanza, Emmanuel; Borg, Jonathan C.; Fenech, Alec; Farrugia, Philip |
| 2019 | Emotional products exploiting the merger of industrial and engineering design : a case-study for 3D printed prosthetic hands | Borg, Jonathan; Chetcuti, Christian; Francalanza, Emmanuel; Farrugia, Philip |
| 2010 | Factory planning through paper-based computer-aided sketching | Farrugia, Philip; Francalanza, Emmanuel; Attard, G.; Borg, Jonathan C. |
| 2023 | Failure detection techniques on the demand side of smart and sustainable compressed air systems : a systematic review | Borg, Massimo; Refalo, Paul; Francalanza, Emmanuel |
| 2020 | A framework for a motorcycle design computer-based intelligent tool | Agius, Sean; Farrugia, Philip; Francalanza, Emmanuel |
| 2011 | A framework for concurrent consideration in advanced product development technology selection | Farrugia, Philip; Francalanza, Emmanuel; Coppini, K. |
| 2011 | A framework supporting concurrent" product family and manufacturing system" synthesis decision making | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen |
| 2016 | A fuzzy logic based approach to explore manufacturing system changeability level decisions | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen |
| 2017 | Generative design in the development of a robotic manipulator | Francalanza, Emmanuel; Fenech, Alec; Cutajar, Paul |
| 2022 | ICARUS pedagogical methodologies framework, or reference model | Putnik, Goran D.; Alves, Cátia; Francalanza, Emmanuel; Borg, Jonathan; Amza, Catalin; Rauch, Erwin; Lundgren, Magnus; Varela, Leonilde; Pinheiro, Pedro |
| 2024 | Implementation of an intelligence-based framework for anomaly detection on the demand-side of sustainable compressed air systems | Mallia, Jasmine; Francalanza, Emmanuel; Xuereb, Peter; Borg, Massimo; Refalo, Paul |
| 2022 | An industry 4.0 digital training toolbox | Francalanza, Emmanuel; Bonnello, Amberlynn; Rauch, Erwin; Amza, Catalin; Lundgren, Magnus; Putnik, Goran |
| 2021 | An industry 4.0 training framework addressing ‘COVID-19 type’ disruptions on manufacturing | Borg, Jonathan C.; Francalanza, Emmanuel; Rauch, Erwin; Putnik, Goran; Amza, Catalin; Lundgren, Magnus; Alves, Cátia; Zammit, Mark S.; Vella, Pierre |
| 2018 | An ‘Industry 4.0’ digital model fostering integrated product development | Francalanza, Emmanuel; Vella, Pierre; Farrugia, Philip; Constantinescu, Carmen |
| 2014 | Information support and interactive planning in the digital factory : approach and industry-driven evaluation | Constantinescu, Carmen L.; Francalanza, Emmanuel; Matarazzo, D.; Balkan, O. |
| 2022 | An innovative higher education institution training toolbox to effectively address industry 4.0 skills gap and mismatches | Francalanza, Emmanuel; Vella, Pierre; Rauch, Erwin; Amza, Catalin; Lundgren, Magnus; Putnik, Goran |
| 2016 | An integrated product development approach to improving sustainability using simulated experiments : manufacturing case study | Axiak, Joseph; Refalo, Paul; Francalanza, Emmanuel |
| 2023 | Intelligent approaches for anomaly detection in compressed air systems : a systematic review | Mallia, Jasmine; Francalanza, Emmanuel; Xuereb, Peter; Refalo, Paul |
| 2019 | Kansei engineering over multiple product evolution cycles : an integrated approach | Fenech, Alec; Francalanza, Emmanuel; Azzopardi, Marc Anthony; Micallef, Andre |
| 2016 | A knowledge-based tool for designing cyber physical production systems | Francalanza, Emmanuel; Borg, Jonathan C.; Constantinescu, Carmen |
| 2022 | Mechanical property degradation of polylactic acid (PLA) 3D printed parts under ultraviolet radiation | Zapciu, Aurelian; Amza, Catalin Gheorghe; Ciolacu, Monica; Francalanza, Emmanuel; Rauch, Erwin |
| 2014 | Modeling of system knowledge for efficient agile manufacturing : tool evaluation, selection and implementation scenario in SMEs | Constantinescu, Carmen L.; Matarazzo, D.; Dienes, D.; Francalanza, Emmanuel; Bayer, Martin |
| 2018 | Modular system design approach for cyber physical production systems | Francalanza, Emmanuel; Mercieca, Mark; Fenecha, Alec |
| 2024 | The realities of achieving a Smart, Sustainable, and Inclusive shopfloor in the age of Industry 5.0. | Bonello, Amberlynn; Francalanza, Emmanuel; Refalo, Paul |
| 2016 | A review of augmented reality applications | Farrugia, Lawrence; Francalanza, Emmanuel |
| 2021 | Safety 4.0 for collaborative robotics in the factories of the future | Caruana, Luca; Francalanza, Emmanuel |
| 2023 | Smart and sustainable human-centred workstations for operators with disability in the age of industry 5.0 : a systematic review | Bonello, Amberlynn; Francalanza, Emmanuel; Refalo, Paul |
| 2021 | Specifications for a digital training toolbox for industry 4.0. | Francalanza, Emmanuel; Borg, Jonathan C.; Rauch, Erwin; Putnik, Goran D.; Alves, Cátia; Lundgren, Magnus; Amza, Catalin |
| 2022 | Towards a product service system framework for lower limb prosthetic devices | Patiniott, Nicholas; Borg, Jonathan C.; Francalanza, Emmanuel; Gatt, Alfred; Vella, Pierre; Zammit, Joseph; Paetzold, Kristin |
| 2015 | Towards knowledge capturing and innovative human-system interface in an open-source factory modelling and simulation environment | Constantinescu, Carmen L.; Francalanza, Emmanuel; Matarazzo, Davide |
| 2013-09 | Transport 2025 | Francalanza, Emmanuel |
| 2020 | Utilisation of a compressed air test bed to assess the effects of pneumatic parameters on energy consumption | Abela, Kyle; Francalanza, Emmanuel; Refalo, Paul |
