Machado, FM - Research

Machado, FM

RESEARCH

Research Interests

STRATEGIES FOR TECHNOLOGY TRANSFER AND INNOVATION. Purpose: Evaluate strategies and methodologies for technology transfer (TT) to seek a comprehensive vision for the industrial environment and academia, contributing to the development of the sectors involved.

PRODUCT DEVELOPMENT MANAGEMENT. Purpose: It covers research that develops and enhances knowledge related to product development management. Recurrent examples of research topics: analysis of reference models; problem solving, solutions and lessons learned in PLM (product lifecycle management); development of product development techniques, methods, and tools. Design Thinking, and Design Sprint.

ACTIVE TEACHING METHODOLOGIES IN HIGHER ENGINEERING EDUCATION. Purpose: The line focuses on teaching knowledge and principles regarding professional practice of engineering (life and lifelong learning). To be actively involved in the learning process, the student must read, write, ask, discuss, or be busy in solving problems and developing projects. In addition, the student must perform high-level mental tasks, such as analysis, synthesis, and evaluation. In this sense, strategies that promote active learning can be defined as activities that engage the student in doing something and at the same time leads him to think about the things he is doing. In an active learning environment, the teacher acts as the supervisor, supervisor, or facilitator of the learning process, not just as a single source of information and knowledge.

INDUSTRY 4.0. Purpose: The line of research consists of trends and technologies that the new market demands: (i) Application of technologies on autonomous robots; (ii) Additive Manufacturing; (iii) IoT (Internet of Things); (iv) Cloud Computing; (v) Cyber Security; (vi) Big Data Analytics; as well as in the management of an intelligent factory with: (i) Strategic Technology Analysis; (ii); Agile Project Management; (iii) Production Planning and Control for Intelligent Manufacturing Plants; (iv) Process Modeling and Management, and (v) Simulation and Evaluation of Intelligent Production Systems.

INDUSTRIAL OPERATIONS AND SUSTAINABILITY MANAGEMENT. Purpose: The line aims to study how the management of organizations' operations can contribute to the sustainable performance and competitiveness of these organizations and the country / region where they operate. The topics researched in operations management are operations strategy, lean manufacturing, six sigma, service management, and process. In addition, broader themes are addressed such as: sustainable product development, green product, and its impact on the environment; industrial clusters; sustainability strategies; and innovation.

AGRICULTURE 4.0. Purpose: The line focuses to study the real-time connection of data collected by digital technologies in order to optimize production in all its stages to respond on data decentralization, for example, it is the idea of the machine itself being responsible for decision making, due to its ability to self-adjust, assess the needs of the factory in real time and provide information about its work cycles.

Publications

PEER-REVIEWED JOURNALS ARTICLES

SILVEIRA, F.; RUPPENTHAL, J. E. ; LERMEN, F. H. ; MACHADO, F. M. ; AMARAL, F. G. Technologies used in agricultural machinery engines that contribute to the reduction of atmospheric emissions: A patent analysis in Brazil. WORLD PATENT INFORMATION, v. 64, p. 1-12, 2021. https://doi.org/10.1016/j.wpi.2021.102023

SILVEIRA, F.; NETO, I.R.; SANTOS, B.M.; GASPARETTO, R.M.O.; MACHADO, F.M.; RODRIGUES, P.C.C.; AMARAL, F.G.; Industry 4.0 perspectives in the health sector in Brazil. Independent Journal of Management & Production (IJM&P), v. 12, p. 1, 2021. https://doi.org/10.14807/ijmp.v12i1.1289

NASCIMENTO, V. P. ; SILVEIRA, F. ; RODRIGUES, P. C. C. ; ORTIZ, L. C. V. ; MACHADO, F. M. . Projeto Conceitual Aplicado no Desenvolvimento de um Equipamento para Transporte de Material Biológico Em Ambiente Hospitalar. Revista FSA (Faculdade Santo Agostinho), v. 18, p. 221-240, 2021. http://dx.doi.org/10.12819/2021.18.02.12

SILVEIRA, F. ; MACHADO, F. M. ; AMARAL, F. G. ; SANTOS, B. M. ; RODRIGUES, P. C. C. . The proposition of factors for analysis of the maintenance of agricultural tractors from a systematic bibliographic review. GEPROS. Gestão da Produção, Operações e Sistemas, v. 15, p. 151-170, 2020. http://dx.doi.org/10.15675/gepros.v15i1.2405

RODRIGUES, P. C. C. ; SILVEIRA, F. ; SANTOS, B. M. ; MACHADO, F. M. . Analysis of the data on the quality expectation in school services, from the student's perception. Independent Journal of Management & Production (IJM&P), v. 10, p. 1374, 2019. http://dx.doi.org/10.14807/ijmp.v10i4.758

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; ROMANO, LN; COSTA, MAB. Leonardo da Vinci Machines: Learning Experience in Mechanical Engineering. Engineering´s Teaching Journal, v. 37 n. 3, 2019.

STAMM, G. R. ; MISSAGGIA, A. B. ; SANTOS, B. M. ; SILVEIRA, F. ; RODRIGUES, P. C. C. ; MACHADO, F. M. . Order of emergency orders in a company of distribution of electrical energy. Independent Journal of Management & Production (IJM&P), v. 10, p. 1250, 2019. http://dx.doi.org/10.14807/ijmp.v10i4.968

SILVEIRA, F; NASCIMENTO, E. D. S; RUPPENTHAL, J. E; MACHADO, F. M; ORTIZ, LCV. Case study of the Obsolete Inventory System of a Truck Concessioner in the Northwest of Rio Grande do Sul. ADMINISTRATION OF SOUTH PARÁ JOURNAL, JCR, v. 5, p. 73-84, 2018.

SILVEIRA, F; MACHADO, FM; ROMANO, LN; AMARAL, FG; RUPPENTHAL, JE. Strategy for the Development of Agricultural Machinery: Importance of Patent Analysis. BRAZILIAN JOURNAL OF OPERATIONS AND PRODUCTION MANAGEMENT, JCR, v. 15, p. 535-544, 2018.

SILVEIRA, F; SCHROPFER, D; KIECKOW, F; MACHADO, FM; RUPPENTHAL, JE; ROMANO, LN; COSTA, MAB. Study of the Friction and Spot Blending Welding Process in AA2024-T3 Alloy Joints in CNC Machining Center. ENGEVISTA, JCR, v. 20, p. 99-120, 2018.

COSTA, MAB; TOLEDO, JCD ; SILVEIRA, FDA; MACHADO, FM; RUPPENTHAL, JE. Analysis of the Realization of the PDP Macro Pre-Development Phase: the case of an Industry in the Food Sector in Brazil. JOURNAL FSA (FACULDADE SANTO AGOSTINHO), JCR, v. 15, p. 90-109, 2018. http://dx.doi.org/10.12819/2018.15.2.5

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; ROMANO, LN; RODRIGUES, VP; FARIAS, MS. Systematic Analysis of Reference Models in Product Development: Case Studies in the Agricultural Machinery and Implementation Sector. Independent Journal of Management & Production (IJM&P), JCR, v. 9, p. 395-423, 2018. http://www.ijmp.jor.br/index.php/ijmp/article/view/754

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; ROMANO, LN; FARIAS, MS; ORTIZ, LCV. Systematic proposition of integration between development of agricultural machines and quality management system for the industrial sector. Independent Journal of Management & Production (IJM&P), JCR, v. 9, p. 424-447, 2018. http://dx.doi.org/10.14807/ijmp.v9i2.752

SILVEIRA, F; ZUCHETTO, A; RUPPENTHAL, JE; MACHADO, FM. Heat Treated Steel Tempering ABNT 8640: Mechanical Properties Analysis. HOLOS (NATAL. ONLINE), JCR, v. 2, p. 49-59, 2018.

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; ROMANO, LN; COSTA, MAB; DOELER, RF. Energy Efficiency: Strategic Programs and Innovative Technologies in Selected Countries. ONLINE PRODUCTION MAGAZINE, JCR, v. 18, p. 875-900, 2018.

MACHADO, FM; SILVEIRA, F; FERRER, MH; ORTIZ, LCV; ROMANO, LN. Management of Development of the Baja: Proposed Reference Model for Project Improvement. SAE Technical Papers, JCR, v. 1, p. 1-9, 2018.

SILVEIRA, F; SCHULZ, JRS; RUPPENTHAL, JE; MACHADO, FM; ORTIZ, LCV. Case study of the Production Operational Resources Management System in a metallurgical company of the Planalto Rio-Grandense. ADMINISTRATION MAGAZINE OF SOUTHERN PARÁ, JCR, v. 4, p. 37-49, 2017.

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; FARIAS, MS; ORTIZ, LCV. Application of the Project-Based Learning Methodology in the Course of Mechanical Engineering: Gadget Project. VIVÊNCIAS (URI. ERECHIM), JCR, v. 10, p. 38-45, 2017.

SILVEIRA, F; MELLO, N; RUPPENTHAL, JE; MACHADO, FM; MENEGUZZI, NLG. The Legal Responsibility of Engineers in the Civil Sphere. ESPACIOS (CARACAS), JCR, v. 37, p. 2, 2016.

MACHADO, FM; RUPPENTHAL, JE. Approach on Policies and Support Programs for Technological Innovation. SODEBRÁS, v. 10, p. 13-18, 2015.

MACHADO, FM; RUPPENTHAL, JE. Revista GEINTEC: management, innovation and technologies, JCR, v. 5, p. 2153-2166, 2015.

MACHADO, FM; RUPPENTHAL, JE; SILUK, AR; ORTIZ, LCV. Technological Configuration of Innovation in Forensic Services. Revista GEINTEC - Gestão, Inovação e Tecnologias, JCR, v. 5, p. 2153-2166, 2015. http://www.revistageintec.net/portal/index.php/revista/article/view/507

MACHADO, FM; RUPPENTHAL, JE. Innovation in public sector: the case of forensics services. ESPACIOS (CARACAS), JCR, v. 36, p. 4, 2015.

MACHADO, FM; RUPPENTHAL, JE. Study of the Conflict Points of the Innovation Law. International Journal of Knowledge Engineering and Management, JCR, v. 3, p. 230, 2014.

MACHADO, FM; RUPPENTHAL, JE. The Challenge of Innovation in the Brazilian Public Service. Sodebras., JCR, v. 9, p. 75-80, 2014.

ORTIZ, LCV; LIRA, CRS; MACHADO, FM. Legal Institutions and Transactions Costs: An Approach to the Economic Analysis of Law. Revista Direito Em Debate, JCR, v. 22, p. 27-45, 2013.

MACHADO, FM; Souza, AJ. Evaluation of electric energy consumption based on cutting parameters in turning. Máquinas e Metais, JCR, v. 507, p. 270-289, 2008.

MACHADO, FM; Souza, AJ. Development of a force measurement device in the turning process. VIVÊNCIAS (URI. ERECHIM), JCR, v. 1, p. 107-121, 2006.

BOOKS

MACHADO, F.M. Reference Model For The Development Of Student Competition Educational Projects. 1st. ed. Santo Ângelo. 2021. 234 p.

SILVEIRA, F; MACHADO, F.M; RUPPENTHAL, J.E. Agricultural machinery development process: Case study applied to agricultural enterprises in the northwestern region of Rio Grande do Sul. 1st. ed. Saarbrücken: Novas Edições Acadêmicas, 2017. v. 1. 77 p.

MACHADO, F.M. (Preprint). Statics. 1st. ed. Santo Angelo: Filipe, 2016. v. 1. 351 p.

BOOK CHAPTER

MACHADO, FILIPE MOLINAR; SILVEIRA, F. ; ORTIZ, LUIS CLÁUDIO VILLANI . LEAN CITY GAME: A proposal of serious game on lean manufacturing. In: Ariane Almeida Rolim; Érika Regina Caporal Costa Batista; Ivo Di Camargo Junior; Juliana Tófani de Sousa. (Org.). LEAN CITY GAME: A proposal of serious game on lean manufacturing. 1ed.São Paulo: Mentes Abertas, 2021, v. 2, p. 171-178.

MACHADO, F. M.; SILVEIRA, F. ; ORTIZ, LUIS CLÁUDIO VILLANI ; SANTOS, B. M. ; RODRIGUES, P. C. C. . Capítulo 17: Da universidade ao mercado de trabalho: Análise de aspectos para a contratação e desenvolvimento de carreira dos Engenheiros. In: Editora Poisson. (Org.). Capítulo 17: Da universidade ao mercado de trabalho: Análise de aspectos para a contratação e desenvolvimento de carreira dos Engenheiros. 1ed.Belo Horizonte: Editora Poisson, 2020, v. 16, p. 117-125.

SILVA, B. P.; RUOSO, A. C. ; SILVEIRA, F. ; MACHADO, F. M. ; AMARAL, F. G. ; HOFFMANN, E. M. . Capítulo 6 - Análise da Produção Científica sobre Avaliação na Educação Profissional e Tecnológica. In: Vinicius de Carvalho Paes. (Org.). Coletânea Brasileira de Engenharia de Produção 4. 1ed.Itajubá: Stellata Editora, 2019, v. 4, p. 100-113.

da Silveira, Franco ; Neto, Italo Rodeghiero ; MACHADO, FILIPE MOLINAR ; da Silva, Marcelo Pereira ; Amaral, Fernando Gonçalves . Analysis of Industry 4.0 Technologies Applied to the Health Sector: Systematic Literature Review. essentials. 1ed.Switzerland: Springer Fachmedien Wiesbaden, 2019, v. 1, p. 701-709.

MACHADO, FILIPE MOLINAR; SILVEIRA, FRANCO DA ; Romano, Leonardo Nabaes ; Amaral, Fernando Gonçalves ; RODRIGUES, PAULO CESAR CHAGAS ; ORTIZ, LUIS CLÁUDIO VILLANI . Aprendizagem baseada em projeto aplicada no desenvolvimento de um veículo para competição estudantil. Aprendizagem baseada em projeto aplicada no desenvolvimento de um veículo para competição estudantil. 1ed.Belo Horizonte: Atena Editora, 2019, v.1, p. 211-218.

MACHADO, F. M.; SILVEIRA, F. ; ORTIZ, L. C. V. ; ROMANO, L. N. . The patent as a source of technological information in the development of agricultural machinery. In: Filipe Molinar Machado; Luis Claudio Villani Ortiz; Franco da Silveira; Leonardo Nabaes Romano. (Org.). A PATENTE COMO FONTE DE INFORMAÇÃO TECNOLÓGICA NO DESENVOLVIMENTO DE MÁQUINAS AGRÍCOLAS. 1ed. Aracaju: Associação Acadêmica de Propriedade Intelectual - API, 2018, v. 1, p. 23-35.

MACHADO, FM; SILVEIRA, F.D.; Ortiz, LCV ; Mello, VD. Management by quality - volume 3. 1st. ed. Belo Horizonte/MG: 10.5935, 2018. v. 1. 207 p. https://www.poisson.com.br/livros/qualidade/volume3/GQ_volume3.pdf

SILVEIRA, F; NASCIMENTO, EDS; MACHADO, FM; RUPPENTHAL, JE; ORTIZ, LCV. Chapter 21 - Systematic analysis of the obsolete inventory of a truck concessionaire: application of the ABC curve. In: Hélcio Martins Tristão. (Org.). 1 ed. Belo Horizonte: Poisson, 2017, v. 7, p. 214-222.

ORTIZ, LCV; JULIANI, L; MACHADO, FM. Sustainable development through environmental management tools: the case of enterprises assisted by NEPI missions in 2014. In: Rafael Ávila Faraco; José Baltazar Salgueirinho; Osório de Andrade Guerra; Issa Ibrahim Berchin; Jean-François Mercure; Pablo Salas. (Org.). 1 ed. Palhoça: Editora Unisul, 2016, v. 1, p. 71-89.

REFEREED CONFERENCE AND WORKSHOP PROCEEDINGS

MORETTI, AEM; SANTOS, A; COSTA, MAB; SILVEIRA, F; MACHADO, FM; RECH, L. Management Analysis of E-commerce Activities: Systematized Bibliographic Review, 2018, Santa Maria. Temas Emergentes em Estratégia, 2018.

SILVEIRA, F; SILVEIRA, F; MACHADO, FM; AMARAL, FG; RODRIGUES, VP; RECH, L. Systematic Bibliographical Review on Communications: A Critical Factor of Success in Project Management, 2018, Santa Maria. Temas Emergentes em Estratégia, 2018.

SILVEIRA, F; MACHADO, FM; AMARAL, FG; SANTOS, BM; COSTA, MAB; RECH, L. Proposal of Maintenance Factors in the Process of Development of Agricultural Tractors, 2018, Santa Maria. Temas Emergentes em Estratégia, 2018.

SILVEIRA, F; RUPPENTHAL, JE; FARIAS, MS; MACHADO, FM; COSTA, MAB; AMARAL, FG. Analysis of Patent deposits and PROCONVE MAR - I in the Development Sector of Agricultural Machinery Engines, 2018, São Paulo. SAE Technical Papers / Agricultural Machines - Environment, 2018. p. 1-10.

COSTA, MAB; TOLEDO, JC; SILVEIRA, F; MACHADO, FM. Front End Operation: Analysis of Models and Techniques Used in an Industry of the Food Sector of Brazil, 2017, Ponta Grossa, PR. VII Congresso Brasileiro de Engenharia de Produção (VII CONBREPRO), 2017.

SILVEIRA, F; SCHROPFER, D; KIECKOW, F; MACHADO, FM; RUPPENTHAL, JE. Welding Process Welding Point in Leather Aluminum Joints AA2024-T3, 2016, São Leopoldo. Anais do I SIGEPRO - Simpósio Gaúcho de Engenharia de Produção. São Leopoldo, 2016. v. 1. p. 53-69.

MACHADO, F.M. Criminal expertise in the social context, 2015, Santo Ângelo. XVIII Simpósio de Estudos Jurídicos. Santo Ângelo : URI, 2015.

MACHADO, F.M; RUPPENTHAL, JE; ORTIZ, LCV. The culture of innovation in the public sector, 2014, Posadas. I Congresso Latinoamericano de Administracion (CONLAD), 2014.

ANDRADA, D; ORTIZ, LCV; MACHADO, FM. The Role of the Productive Extension and Innovation in Regional Development Project, 2014, Posadas. I Congresso Latinoamericano de Administracion (CONLAD), 2014.

MACHADO, FM; RUPPENTHAL, JE; ORTIZ, LCV. Considerations on the Elements for Technology Transfer in the Brazilian Environment, 2014, Posadas. I Congresso Latinoamericano de Administracion (CONLAD), 2014.

MACHADO, FM; RUPPENTHAL, JE. Study of the points of conflict of the law of innovation, 2014, Porto Alegre. ANAIS. Florianópolis/SC : UFSC, 2014. v. 1. p. 1125-1137.

MACHADO, FM; RUPPENTHAL, JE. The importance of innovation culture for the public sector, 2013, Gramado. Seprosul, 2013.

MACHADO, FM; RUPPENTHAL, JE. Estudo dos Apoios Financeiros à Inovação Tecnológica, 2013, Gramado. SEPROSUL, 2013.

MACHADO, FM; RUPPENTHAL, JE. Innovation through channels of technology transfer, 2013, Gramado. SEPROSUL, 2013.

MACHADO, FM; ORTIZ, LCV. Considerações sobre o orçamento impositivo, 2013, Santo Ângelo. XVI Simpósio de Estudos Jurídicos, 2013.

MACHADO, FM; LERMEN, M. , 2013, Santo Ângelo. XVI Simpósio de Estudos Jurídicos, 2013.

MACHADO, FM; RUPPENTHAL, JE. Channels of knowledge transfer as a form of innovation, 2013, Santa Maria. 2o Fórum Internacional Ecoinovar, 2013.

MACHADO, FM; RUPPENTHAL, JE. Desafios a inovação para o setor público brasileiro, 2013, Santa Maria. 2o Fórum Internacional Ecoinovar, 2013.

MACHADO, FM; RUPPENTHAL, JE. Study of the points of conflict in the law of innovation, 2013, Porto Alegre. Anais. Parques Tecnológicos e o Capital Intelectual. Inovar em Tempos Turbulentos.. Florianópolis/SC: UFSC, 2013. v. 1. p. 1-1534.

MACHADO, FM; ORTIZ, LCV. The law of innovation and its legal conflicts, 2013, Santo Ângelo. II Mostra de Trabalhos Jurídicos Científicos, 2013.

MACHADO, FM; KIECKOW, F. Analysis of programs of financial support for technological innovation, 2011, Porto Alegre. XI Congresso Nacional de Mechanical Engineering, Metalúrgica e Industrial, 2011.

MACHADO, FM; KIECKOW, F. From university to the job market: an analysis of engineers within the company, 2011, Blumenau/SC. XXXIX Congresso Brasileiro de Educação em Engenharia, 2011.

ROHDE, RA; MACHADO, FM; KIECKOW, F. Design of a low-cost micro-CLP with Ladder Programming, 2011, Blumenau/SC. XXXIX Congresso Brasileiro de Educação em Engenharia, 2011.

MACHADO, FM; Souza, AJ. Evaluation of the electric energy consumption from the optimization of cutting parameters in turning., 2007, Águas de São Pedro - SP. Anais do IV COBEF (CD-ROM), 2007.

MACHADO, FM; Souza, AJ. Didactic-pedagogical application of the software MathCad in the optimization of the parameters of the turning process in machining, 2006, Recife - PE. Anais do IV CONEM (CD-ROM), 2006.

MACHADO, FM; Souza, AJ. 2005, Porto Alegre. Anais do XVII SIC - UFRGS., 2005.

MACHADO, F. M; A. J. Souza. Development of a force measurement device in the turning process, 2005, Erechim - RS. Anais do XI SIIC - URI., 2005.

Expanded Summary Published in Proceedings of Conferences

MACHADO, FM; ROMANO, LN; SILVEIRA, F; ORTIZ, LCV; COSTA, MAB; TOLEDO, JC. Perception of intangible characteristics in the selection of materials in the development of agricultural machinery, 2018, São Carlos, SP. III Workshop de Inovação, Pesquisa, Ensino e Extensão (WIPEX). São Carlos, SP : Instituto Federal de São Carlos, IFSP, 2018. v. 3. p. 114-114.

MELLO, N; SILVEIRA, F; MACHADO, FM. The importance of experts in criminal proceedings, 2016, Santo Ângelo. XVI Mostra Regional de Trabalhos Jurídicos. Santo Ângelo : URI, 2016. v. 1.

MACHADO, FM; Souza, AJ. Numerical estimation of tool wear on turning, 2006, Ijuí - RS. Anais do XXI CRICTE, 2006.

MACHADO, FM; ZANCANARO JUNIOR, FV; BERGMANN, LA; AZEVEDO, RMB; MINUSSI, D; POTRICH, F. N; SOUZA, SIS. AeroMissions Project as a Multidisciplinary Teaching Tool, 2006, Ijuí - RS. Anais do XXI CRICTE, 2006.

Summary Published in Proceedings of Conferences

MACHADO, FM; Souza, AJ. Development of a numerical analysis of the state of the cutting tool applied to the turning process, 2006, Santiago - RS. Anais do XII SIIC - URI, 2006.

MACHADO, FM; Souza, AJ. 2005, Porto Alegre - RS. Anais do XVII SIC - UFRGS., 2005.Xxxxxxxxxxxxxxxxxx

PRESENTATIONS

MACHADO, FM; SILVEIRA, F; ROMANO, LN; ORTIZ, LCV . Investigative Science Learning Environment to learn Engineering. 2018. (Presentation/Symposium).

MACHADO, FM; ROMANO, LN; SILVEIRA, F; ORTIZ, LCV; COSTA, MAB; TOLEDO, JC. Perception of intangible characteristics in the selection of materials in the development of agricultural machinery. 2018. (Presentation/Symposium).

MACHADO, FM; SILVEIRA, F; ROMANO, LN; ORTIZ, LCV. The patent as a source of technological information in the development of agricultural machinery. 2017. (Presentation/Seminar).

MACHADO, FM; MELLO, VD; SILVEIRA, F; ORTIZ, LCV. Analysis of the integration of the ISO 9001 and ISO 14001 standard management systems: a case study in a company from the northwest of RS. 2017. (Presentation/Symposium).

WILHELM, BR; MACHADO, FM; SILVEIRA, F. Project-based learning in the development of a student vehicle for competition. 2017. (Presentation/Other).

MACHADO, FM; FOLETTO, LC. The Economic Analysis of Law Interrelated to Justice and the Theses of Amartya Sen. 2017. (Presentation/Other).

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; ORTIZ, LCV. Learning experience with the project Engenhocas: application of project-based learning. 2017. (Presentation/Congress).

SILVEIRA, F; SANTOS, S. G. M; LEITE, T; FREITAS, D. B; MACHADO, F. M. . Guidelines for the strategic planning of a construction company: SWOT and BCG. 2017. (Presentation/Symposium).

MACHADO, FM; ORTIZ, LCV; ROMANO, LN. Development of a virtual learning environment in the intangible characteristics of materials. 2017. (Presentation/Symposium).

MACHADO, FM; ROMANO, LN; KIECKOW, F; ORTIZ, LCV. Perception of educational materials in intangible features selection in agricultural machinery development. 2016. (Presentation/Symposium).

SILVEIRA, F; SCHULZ, JRS; RUPPENTHAL, JE; MACHADO, FM; SINIGAGLIA, T. Proconve MAR 1: emission limits of new agricultural machinery engines and road construction. 2016. (Presentation/Conference or Colloquium).

SILVEIRA, F; MACHADO, FM; RUPPENTHAL, JE; ORTIZ, LCV. Process of product innovation: product development and reference models. 2015. (Presentation/Congress).

SELECTED PRESENTATIONS

2019: Oral presentation of research at the 10th North American Symposium on Materials Education (10th NAMES - USA), held at Stanford University, with the education project called “The ClassYou Canvas - A Collaborative Methodology for Engineering Teaching”, which showed the possibilities of using gamification and VR/AR in engineering.

2018: Oral presentation of research at the 10th International Symposium on Materials Education in the field of applied engineering in health, held at the University of Cambridge, UK. I presented the poster “Environment for Learning Investigative Sciences to Learn Engineering”.

2017: Oral presentation of research at the 8th North American Symposium on Materials Education (8th NAMES - USA), held at the Massachusetts Institute of Technology – MIT. In this opportunity I lectured on the development of a virtual learning environment of the intangible characteristics of educational materials.

2016: Oral presentation of research at the 8th International Symposium on Materials Education.

MACHADO, FM; ROMANO, LN; ORTIZ, LCV; KIECKOW, F. Perception of educational materials in intangible features selection in agricultural machinery development, 2016, Cambridge/UK. Materials Education Symposia. Cambridge: Cambridge Press, 2016. v. 1. p. 70-70. This work addressed the perception of educational materials in the selection of intangible resources in the development of agricultural machinery, ensuring a virtual perception to select characteristics of product development design.

Research Projects

PROTOTYPE DESIGN OF FILTRATION SYSTEM TO IMPROVE THE QUALITY OF NATURAL SOURCE WATER IN INDIGENOUS COMMUNITY

Ongoing.

Research funding: US$ 50,000. Student: Eliton Jose Daronco.

(July 20, 2022)

LOW COST URBAN ELECTRIC VEHICLE CONCEPT

The result of this project was the conceptual development of an urban electric vehicle, for the transport of people, aiming at the low cost of production and sale. The scientific importance of this project lies in the fact that it raises specifications for an electric vehicle; to design the concept of an electric vehicle; to research and propose the minimum safety standards in the electric vehicle concept. In addition, the project seeks to meet people who are looking for a low-cost alternative to be used daily, and which has great environmental importance. People who need their own vehicle to go to work all day may opt for a small electric vehicle, as the high price of fuel can increasingly drive the search for electric vehicles.

Research funding: US$ 90,000. Student: RANNIER MENIN WELTER.

(November 30, 2021)

STUDY OF SUITABILITY OF A KEY MACHINE TO NR-12

The scientific importance of this project lies in helping to regulate labor activities in machinery and mechanical equipment. Among them, the Regulatory Norm NR-12 stands out, whose function is to bring more safety to machines and activities carried out on them. Thus, the result of this project brought the proposition of risk assessment and the implementation of the regulatory standard in a Key Machine, present in an industry of the metalworking sector, with the objective of proposing improvements against the standard. The main contributions were proposed improvements, with the intention of eliminating irregularities, seeking to prevent eventual accidents and make the work environment safer. Finally, to show the improvements against the norm, the current state of the machine was compared with the future state, considering the hypothesis of application of the adjustments.

Research funding: US$ 20,000. Student: LUAN DE OLIVEIRA MACHADO.

(November 16, 2021)

DESIGN OF A LOAD CART WITH REMOTELY CONTROLLED BASE LIFT

The scientific importance of this project lies in ergonomically adapting a load cart to facilitate the transport of objects such as boxes, bales, parts and others, in order to improve the transport and usability of the product. The result of this project made it possible to assist the user in the transport of cargo, facilitating transport and making the movement of these loads safer, more efficient and with more agility for the carrier. In addition, the prototype has ergonomics and safety for the user, so that his posture is correct when performing the task, reducing the efforts that would be applied, with the purpose of applying in the project the appropriate safety mechanisms for both users and for transported materials.

Research funding: US$ 15,000. Student: JOSÉ ANTONIO GURSKI DA SILVA.

(June 22, 2021)

USE OF LEAN MANUFACTURING TOOLS TO IMPROVE PRODUCTION AND PROFITABILITY OF A COMPANY IN THE METAL MECHANICAL SECTOR

The scientific importance of this project is based on the need to apply Lean Manufacturing tools in a company in the metal mechanic sector, with more than 300 employees who are distributed in several sectors. The result of this project brought the analysis of the production process, as well as travel times within the company, thus an experiment that sought to reduce waste, both in time and movement. In addition, the development of the future state value stream map showed an improvement in production of about 100% of production times, reducing the displacement of employees by 70%, enabling more productivity in less time and more profitability for the company. Research funding: US$ 50,000. Student: VINÍCIUS BORTOLI LOPES.

(June 22, 2021)

APPLICATION OF THE FIVE SENSES OF QUALITY IN AN ENGINE GRINDER

This research presents a case study regarding the implementation of the 5S program in an engine overhaul, based on bibliographic research, with the aim of motivating, mobilizing and raising awareness throughout the company, and to serve as an example of application for other companies in the field. , in order to better meet customer needs. Its objective is to apply 5S in practice in the production sector, making it possible to achieve important results and improve the quality of life of employees. After a bibliographic review based on recognized authors in the literature on the subject, the concept of Lean Manufacturing was first explored, approaching 5S broadly, as it is a Lean tool, an action plan was created to assist in the implementation process. Problems were identified, employees were trained and assisted at the time of application, responsibilities and delegated actions. For the implementation of the 5S, four months of application took place without interrupting the production of the grinding sector, with the collaboration of all employees. A checklist was created to ensure the maintenance activities of the senses. It is concluded that the objectives were achieved and the result of the work was satisfactory. Among them, the following stand out: Clean, organized environment, less risk of accidents, change in habits and routine. Research funding: US$ 15,000. Student: William Zamboni Rodrigues.

(June 20, 2021)

IMPLEMENTATION OF THE 5S PROGRAM IN THE PACKAGING SECTOR OF A METALLURGY COMPANY

The scientific importance of this project lies in the fact that the implementation of the 5S program brings benefits aimed at changing human behavior, more organized work environments and reducing losses in companies and industries. Thus, the project aimed to propose improvements in the packaging sector of a metallurgical company through the implementation of the 5S program. The results obtained after the implementation made it possible to improve the efficiency of working conditions, the adequacy of the maintenance plan for machines and equipment, the generation of a comfortable work environment and adequate to the needs, with good signage and indicators in the production environment and to increased predictability of operations and greater process reliability.

Research funding: US$ 15,000. Student: YURI OSVALD BORGES.

(November 29, 2020)

PROTOTYPE OF A BELT CONVEYOR BELT FOR UNLOADING SEED PACKAGE

The study aims to develop a facilitating mechanism for these activities of farmers. The mechanism a belt conveyor has several applications on the market and aims to facilitate the movement of weights providing less effort and faster loading and unloading speed. The conveyor will be mechanically driven, constructed with easily accessible materials and scaled to facilitate its development. The methodology adopted for product development follows the proposal of Rozenfeld, which aim: identify phases of the Product Development Process, project planning, informational project, conceptual project, and detailed project. Being the respective work of exploratory character is expected to be able to meet the needs of the small rural producer in the search for an effective product generating an ease in unloading packaging. With the final result of obtaining information on conveyor belts, types of discharge devices on market, evaluation of ergonomic aspects of the activity and also construction of a conveyor belt prototype applicable in pick-ups for unloading seed packages.

Research funding: US$ 70,000. Student: VINICIUS WISNIEWSKI PALUCHOWSKI.

(November 17, 2020)

DEVELOPMENT OF A LOW COST JOYSTICK WITH APPLICATION IN BASIC CONTROLS IN CUTTING PLATFORMS IN HARVESTORS

Description: According to the growing evolution of agriculture, it is increasingly desired that the machines are consistent with these demands and, at the same time, be ergonomically friendly to the operator. Having in mind that small producers have difficult access to modern machines that have these requirements, so it is necessary to adapt the old ones for this. The objective of this work is to develop a joystick for harvester controls, which serves to facilitate the operations and reduce human effort, using a methodological basis for evolutionary prototyping. At the end of research on the details of an actuator control plant based on a joystick and similar commercial products, a functional prototype was obtained, which was coupled to the harvester and subjected to various tests to obtain feedback on the methodology. It is concluded that the work represents contributions to engineering in terms of reducing human effort and interdisciplinarity, the prototype achieved satisfactory performance according to the objectives and requirements imposed on the project.

Research funding: US$ 70,000. Student: GUILHERME GIULIANO SEIBT.

(July 6, 2020)

CONCEPTUAL DESIGN OF AN EQUIPMENT FOR THE TRANSPORT OF BIOLOGICAL MATERIAL IN A HOSPITAL ENVIRONMENT

Description: Most medical diagnoses involve ordering tests, where biological samples are collected from patients to perform laboratory analysis. In these procedures, professionals may be subject to contamination caused by exposure to these materials collected by patients, and they may become sick. The monograph aims to develop the conceptual design of an equipment for transporting materials in collections of biological material, that provides comfort and safety to health professionals. The concept of the developed cart uses human traction as a way of moving, height adjustment, places to dispose of the waste generated in the procedures and compartments to accommodate the necessary samples and materials. To carry out this work, a product development methodology (PDM) was used, dividing it into three stages: project planning, informational design and conceptual design, where each of these stages has specific activities to meet the requirements of customers with fewer numbers possible failures. Observing the results and conclusions obtained, it is possible to highlight the efficiency of the methodology used, which was fundamental for the success of this study, serving as an instrument of organization, direction and learning in the product development process. The design of this equipment is promising because it has suitable places for accommodation and disposal of materials, being, in the future, viable to be put into practice through the completion, construction and use aiming at improving the working conditions of the professionals.

Research funding: US$ 39,000. Student: Verônica Picinin do Nascimento.

(June 23, 2020)

CONCEPT OF A MONOCOCK STRUCTURE FOR ELECTRIC MONOPOST: APPLICATION IN AN ENERGY EFFICIENCY TEAM

Description: Energy efficiency is a topic addressed in several sectors of the industry, the search for equipment optimization in search of a better energy use is constant. with this much of these technologies have emerged in recent years, mainly in the transport sector, where the premise is to reduce or optimize the use of fossil combustibles because of their low performance and their serious environmental consequences. Driven by the need to find alternatives to the use of these types of fuels and also optimizing the operation of the actually vehicles, several manufacturers in the world are developing alternative solutions such as the adoption of batteries and electric motors in the powertrain of some vehicle models and studies of new materials and types lighter structures for the construction of these vehicles. Starting from the need to motivate as research in these areas, Shell promotes a competition in which all students join teams to develop prototypes focused on energy savings, both for fuel engines (ethanol, gasoline, diesel), engines powered by cells hydrogen and powered by battery. This study in question addresses the development of a laminated monocoque structure concept for the GPower-URI team prototype for the Shell Eco-Marathon 2021 competition.

Research funding: US$ 70,000. Student: GUSTAVO DE SOUZA EHLERT.

(June 27, 2020)

DETAILED PROTOTYPE OF HUMAN GAIT SIMULATOR

Description: The objective of this research is to study how to develop a gait simulator as a form of therapeutic and physiological intervention in the gait motor pattern of stroke patients, through biomechanical analysis of gait kinematic characteristics. Biomechanical gait analysis includes, among others, kinematic, kinetic and electromyographic signals, which together promote the description of the gait phenomenon. This paper will review the existing studies on the biomechanical aspects of gait, to understand the components to be taken into consideration in this analysis, as well as the common models that support experimental findings. The analysis made it possible to verify that the patient´s; need during the gait cycle for the speed redirection aspects of the center of mass between steps predicts a strong component of the gait energy expenditure and that this, in turn, is associated with the speed. The general characteristics commonly found in the hemiparetic patient´s gait were: in the stance phase - increased hip flexion, increased or decreased pelvic lateral dislocation, hyperextension or increased knee flexion, absence of initial contact by the calchne, joint compensation and pronation subtalar, ankle plantiflex deficit in the final support, decreasing propulsive force: in the swing phase - increase or decrease of hip flexion, decrease of flexion in the pre-balance subphase or decrease of knee extension in the terminal balance subphase and decreased ankle dorsiflexion. Therapists need to recognize gait changes to adequately treat primary stroke-related impairments and prevent secondary musculoskeletal disorders. Research funding: US$ 82,000. Student: Vinicius Lima Figur.

(June 28, 2020)

STUDY OF LEGAL PROCEDURES AND DIMENSIONING OF COLLECTIVE PROTECTIONS FOR THE INDUSTRY

Description: The use of protective equipment has become mandatory in industries to prevent accidents at work, thinking about it, this work aims to verify the Regulatory Norms that guide collective protections in the industry, to study protection systems such as scaffolding, lines of life and handrails, to create a program with the aid of Excel for dimensioning collective protection. The design processes of each of the protections mentioned were studied and the program corresponding to each of these designs was subsequently developed. Initially, a table was created to collect the data needed to perform the calculations, after that, there is the table for dimensioning, with the filling of the data table, the results for each element of the system will automatically appear. In this way it was possible to observe that all protective equipment is studied, going through phases of calculations and tests to make sure that the worker can be safe while working. Research funding: US$ 10,000. Student: ASSIS BRUNO HASSEN.

(July 09, 2020).

SYSTEMATIZATION OF INDUSTRY GUIDELINES 4.0 APPLIED IN THE PREPARATION OF MAINTENANCE PLANS FOR AGRICULTURAL MACHINES

This project aims to develop a maintenance methodology for chip conveyor belts using Industry 4.0 principles. The scientific importance of this project aims to facilitate decision-making by managers and maintenance teams, focusing on identifying a problem before it occurs (predictive maintenance), through sensors and reading of data collected in real time, avoiding unnecessary stops (corrective maintenance) and early replacement of parts.. Research funding: US$ 10,000. Student: Lucas Vinícius De Oliveira.

(June 23, 2020).

PROPOSAL FOR A COMPETITION STUDENT VEHICLE CONCEPT FOR NASA HUMAN EXPLORATION ROVER CHALLENGE

Description: The NASA-organized Human Exploration Rover Challenge (formerly the Great Moon buggy Race) competition is based on the government’s plans to explore planets, moons, and asteroids in the solar system. The project aims to challenge high school and college students to develop, build, test and compete with lightweight, human-powered off-road vehicles and be able to navigate adverse terrain that could be explored in the future. The study aims to suggest a product that participates competitively in the challenge, aiming at ergonomics and that requires less physical effort to avoid stress the two drivers needed for the route. The proposed rover uses human traction as a form of movement, with the use of the correct materials and proper sizing facilitates the operation. For the accomplishment of this work a Product Development Methodology (PDM) was used dividing it in four steps: project planning, informational design, conceptual design and detailed design, each with different steps to guarantee a project with the minimum of failures. possible to meet customer requirements. looking the results and conclusions obtained in this work, it is believed to have contributed not only to the knowledge, teaching and learning of the product development project, but, in particular, a base study so that in the future the university can have a team participating in the competition.

Research funding: US$ 12,000. Student: VÍTOR GARLET CAETANO.

<https://portaldasmissoes.com.br/municipios/guarani-das-missoes/noticias/view/id/2940/academico-de-engenharia-mecanica-da-uri-projeta-ve.html>

(November 12, 2019)

SIZING A SUSPENSION FOR A BAJA TYPE STUDENT COMPETITION VEHICLE

The project seeks to develop a suspension system with adequate dimensions, using simple parts and quality materials, which meet the stipulated project. It is a product development method (PDP), which is divided into four stages: project planning, informational design, conceptual design and detailed design. Each stage presents different phases that help in the development of a project with the least possible failures and that meets the requirements stipulated by the customers.

Research funding: US$ 17,000. Student: Pedro Luiz Bohn.

(November 12, 2019)

PROTOTYPE OF A MECHANICAL PROSTHESIS FOR PEOPLE WITH TRANSRADIAL DISABILITY

Description: This research aims to develop a virtual and real prototype of a low-cost prosthesis using additive manufacture, for people who suffered amputation or were born with a deficiency of the transradial part of the arm. The study focuses on the development of a product that helps the user to have greater autonomy, independence, quality of life and help in social inclusion. The methodology adopted for the accomplishment of this work was product development (PDP) dividing it into four stages: project planning, informational project, conceptual design and detailed design, each of the four stages being developed differently, taking into account guaranteeing a project with the minimum of possible failures and that meets the requirements of the clients. Noting the results and conclusions obtained in this assignment, the expected goal of designing and building the prosthesis was achieved, using devices as additive manufacturing to reduce costs and the low weight production of the prosthesis. It is believed to have contributed not only to the knowledge, teaching, and learning of the product development project, but, in particular, to collaborate positively with people with disabilities with the development of a good quality product and can meet ergonomic needs and requirements.

Research funding: US$ 17,000. Student: GUILHERME PELLAT DOS SANTOS

(November 12, 2019)

STRATEGY FOR USING PROCONVE MAR I IN THE DEVELOPMENT OF AGRICULTURAL MACHINERY

In order to reduce the negative impacts generated by the burning of fossil fuels in agricultural machinery engines, new strategies around the world are being developed in order to reduce the levels of GHG (Greenhouse Gases) emissions. In Brazil, the Program for Control of Air Pollution by Motor Vehicles for Agricultural Machines and Roads-phase I (PROCONVE MAR-I) was created. It is the first Brazilian legislation to regulate emissions from non-road mobile machines, and is responsible for establishing the maximum limits for pollutant emissions for each power range. In order to reach the maximum emission limits determined by legislation, they are developing new engines with exhaust gas after-treatment systems. Therefore, the objective of this study is to analyze the modifications that will be carried out in agricultural machines to meet the new emission limits. It can be seen that the exhaust gas recirculation and selective catalytic reduction systems both can reduce nitrogen oxide emissions, although the use of the exhaust gas recirculation system gains an increase in particulate matter emissions, requiring the use of the diesel particulate filter. Finally, it was verified that the use of Biodiesel considerably reduces the emissions of pollutants, and an alternative for agricultural machines developed without any emission control system. Research funding: US$ 17,000. Student: Rodrigo Machado.

(November 12, 2019)

TEAM GPOWER (ENERGY EFFICIENCY VEHICLE – SHELL ECO-MARATHON COMPETITION)

Description: The GPower Team aims to build a vehicle prototype to improve efficiency in the distance traveled / energy consumed. The team is structured in technical areas: Electronics and Data Acquisition, Structure and Fairing, Management and Planning, Design, Engine and Transmission, and Steering Systems. This project aims to encourage undergraduates to design, develop and build a vehicle focused on energy efficiency to participate in competitions such as Shell Eco-marathon and Energy Efficiency. The concept used in the project is the search for an energy efficient, low-cost vehicle (economical and environmental), without forgetting the safety and comfort of the driver. The main purpose of this project is to encourage students to apply and expand the knowledge acquired in the classroom and put it in contact with tools used by industry, encouraging the interdisciplinarity of knowledge. Students can learn the methodologies needed to develop projects, technologies, innovative solutions, and teamwork.

Participant Students: Graduation (20).

Research funding: US$ 27,000.

CIRCULAR ECONOMY AND DIGITAL TRANSFORMATION

Description: In this context, the Circular Economy, that is an opposition to the linear economy of extraction, production, and disposal, emerges as an alternative for the promotion of new business models and forms of consumption that help stabilize growth and environmental conservation, dissociating the development of the economy with increasing consumption of natural resources, using the circularity of the materials. Through a case study with different units of analysis, the objective of this study is to analyze the application of the Circular Economy principles in the truck value chain of the commercial vehicles industry. For this, it was studied the concept of Circular Economy, identified the elements of this new economic model in the company and analyzed the level of implementation of its principles and structure.

Research funding: US$ 20,000.

ANALYSIS OF THE INTANGIBLE CHARACTERISTICS OF MATERIALS IN AGRICULTURAL MACHINE PROJECTS

Bárbara Raquel Wilhelm. ANALYSIS OF THE INTANGIBLE CHARACTERISTICS OF MATERIALS IN AGRICULTURAL MACHINE PROJECTS. 2018. Final Paper. Integrated Regional University of Alto Uruguay and Missions - URI. Advisor: Filipe Molinar Machado. (EXHIBIT H-052)

Research funding: US$ 127,000. Student: FELIPE SANTOS PEREIRA

(June 15, 2018)

PROPOSAL FOR A VEHICLE FOR THE COLLECTION OF RECYCLED MATERIAL IN PLACE OF HUMAN-DRAWN CARTS

Guilherme Augusto Dapper. PROPOSAL FOR A VEHICLE FOR THE COLLECTION OF RECYCLED MATERIAL IN PLACE OF HUMAN-DRAWN CARTS. 2018. Final Paper. Integrated Regional University of Alto Uruguay and Missions - URI. Advisor: Filipe Molinar Machado. (EXHIBIT H-053)

Research funding: US$ 127,000. Student: FELIPE SANTOS PEREIRA

(June 15, 2018)

VIRTUAL PROTOTYPE OF A TRICYCLE FOR CHILDREN WITH DISABILITIES IN THE UPPER LIMBS

Description: The project deals with a proposal for a virtual prototype of a tricycle for children with disabilities in the upper limbs. It had as objectives: a) To study the forms of development of a product to aid the mobility. b) Evaluate conceptions of mechanisms used in tricycles. c) Design a list of target specifications for the tricycle. d) To propose the design and simulation of a tricycle prototype for children with disabilities in the upper limbs.

Research funding: US$ 37,000. Student: MÁRCIA DULCINEIA TEIXEIRA DA LUZ

(June 15, 2018)

CONCEPT PROPOSAL FOR AN IRRIGATION SPRINKLER MECHANIZED

Description: This paper aims to propose a prototype concept of a mechanized irrigation sprinkler for the application of agrochemicals through a central pivot irrigation mechanism. Chemigation technology provides the injection of fluidized pesticides into mechanized

irrigation systems, providing greater efficiency and greater application control. On the other hand, the irrigation mechanism of the Central Pivot type allows its users a greater convenience in the process and less degradation by the machines in the application during the corn cultivation. The methodology adopted for product development follows Rozenfeld's proposal, which aims to: identify phases of Product Development Process - PDP, project planning, informational project, conceptual design, detailed design. Being the respective exploratory work, it hopes to be able to meet the needs that the irrigated agriculture faces in the cultivation of maize searching for ways to develop an efficient product generating a better control and distribution in the application of fluidized agrochemicals.

Research funding: US$ 127,000. Student: FELIPE SANTOS PEREIRA

(June 15, 2018)

GRAVITY RACING

Description: The Gravity Racing Design has the objective of introducing the students of the first semester of mechanical engineering to the project management and product development environment in the automotive sector. In addition, it aims at the development of teamwork and logical-mathematical reasoning, and the participating teams carry out strategies for designing, brainstorming, organizing schedules and meeting goals and deadlines in order to achieve the highest score and placement in the competition. Throughout the development of the project are evaluated items such as safety of vehicular structures, braking systems, steering system, suspension system, report test and racing competition in descent in 200m.

Research funding: US$ 35,000.

IMPLEMENTATION OF THE PRODUCT AND PROCESS DEVELOPMENT SUPPORT CENTER (CADEPP)

Description: Based on the regional need of most micro and small companies, to develop their products and processes, because they do not have a qualified technical staff and do not have the proper structure for this, this project arose with the objective of implanting a Support Center for these companies develop their processes and new products with technical and laboratory support in the university, as well as human resources specialized in the area.

Research funding: US$ 283,000.

TEAM URI-BAJA (DESIGN – OFF-ROAD VEHICLE, SAE BAJA COMPETITION)

Description: The Team URI-BAJA operates as a representative, extracurricular team of unlimited duration, with the purpose of building a self-propelled off-road vehicle to participate in BAJA SAE Brazil competitions. In addition, it promotes the cooperation of the academic community and the improvement of the institution, in the field of technological innovation, scientific, technological, social, educational and cultural knowledge; expresses a practical, entrepreneurial, critical, analytical and professional vision for the member, increasing the degree of interest in his area of activity and inserting him in the job market.

Situation: in Progress; Nature: Extension.

Participant Students: Graduation (23).

Research funding: US$ 18,000.

(2015 - 2020)

DIDATIC CRANE FOR LOAD SUPPORT

The scientific importance of this project lies in using structural elements from the engineering profession to develop a crane to support loads. Cranes can be used in industries, port and airport terminals, where great mobility is required in cargo handling and transport from a primary source to a vessel, train or primary transport element, or even an airplane, to a secondary source, a transport vehicle. transport or local warehouses. The result of this project was the development through problematization, in which the student, stimulated by the challenge of the chosen theme, through technical research, must seek physical and structural knowledge of statics, record data and make decisions in order to solve the design problem.

(November 28, 2017)

LEONARDO DA VINCI MACHINES DESIGN

Description: Discussions regarding the training of the engineer and his new skills have been the subject of research and debate in the academic world. Thus, the general objective of this research project was to present a teaching practice addressed in the discipline 30-034 Mechanics II - Dynamics, in the course of mechanical engineering that, counting on interdisciplinarity, teamwork, research and practical classes, addressed the theme of representation in mechanical mock-ups of the machines proposed by Leonardo da Vinci.

Research funding: US$ 2,000.

(June 20, 2017)

PROTOTYPE VEHICLE FOR COLLECTION OF RECYCLED MATERIAL REPLACEMENT TO HUMAN TRACTION BODIES

Description: The activity of garbage collection is an arduous task, demanding of the professionals responsible for this activity a great effort. The developed cart utilizes the human traction as a way of movement, however with the use of the correct materials and an adequate sizing facilitates the operation. In order to carry out this work, a product development methodology (PDM) was divided into four stages: project planning, informational design, conceptual design and detailed design, each with different steps to guarantee a project with the minimum of failures possible to meet customer requirements. Noting the results and conclusions obtained in this work, it is believed to have contributed not only to the knowledge, teaching and learning of the product development project, but, in particular, collaborated in a positive way with the recyclable materials collectors of the city of Santo Ângelo with the development of a product of good quality and that can meet the needs of these professionals, meeting the ergonomic, efficiency and safety requirements for the execution of their tasks.

Research funding: US$ 21,000.

(Date)

CONCEPTUAL PROJECT APPLIED IN THE DEVELOPMENT OF A HAND CART

Description: The research makes a study of bibliographies that deal with issues related to product development, it is studied the design stages, and how it should be developed, where the subject of product development will be deepened, giving greater emphasis to the conceptual design. After this study, development will begin to solve some problems encountered when using the wheelbarrow. At first, the conceptual design will be made in which all the important points will be specified, a survey of the wheelbarrows on the market available to the consumer, analyzing each component of the wheelbarrow separately, emphasizing the positives and especially the negatives, which can make wheelbarrow difficult to use and what could be improved. Subsequently the present work proposed to make the conceptual design of a wheelbarrow, taking into consideration all the points presented in the previous studies, and trying to find a solution to the observed problems, aiming to design a wheelbarrow that will decrease to the maximum. Your operator's efforts, have better ergonomics, be safe and shorten certain tasks.

Research funding: US$ 16,000. Student: JONATHAN CADERNAL DOS ANJOS STEINHAUS

(June 27, 2016)

PROTOTYPE OF A WOOD FRAGMER USING THE HYDRAULIC CONTROL FORCE OF A TRACTOR

Description: In the past, wood fragmentation was a hard work, generating a lot of wear and tear to manually break wood chips. Device development was divided into four steps: project planning, informational design, conceptual design, and detailed design. The use of equipment with the use of hydraulic force will bring a series of mobility for the user who can easily move the equipment, because it can be coupled to a tractor, and will use its power to generate pressure to drive the hydraulic cylinder against cutting blades. Considering the results and conclusions obtained in this work, it is believed to have contributed not only to the understanding, teaching and learning of the product development project with an emphasis on aggregate knowledge on various areas of knowledge, but specifically on the creation of new products in any area, as well as improving the service of people with a tough product and a totally different cutting methodology where it will give you higher productivity in less time, with a simple and low cost product that ensures customer satisfaction.

Research funding: US$ 22,000. Student: EVERTON MARIANI.

(July 05, 2017)

ALLOTROPIC CARBON STRUCTURES PROJECT

Description: The Carbon atoms can unite in several different forms, forming numerous substances, to this property we denominate of Allotropy. Thus, the present project had as general objective to present a teaching practice, addressed in the discipline Material Sciences, to develop and construct unit cells of allotropic structures of the chemical element Carbon. As a result, six allotropic carbon structures were constructed.

Research funding: US$ 2,000.

(May 10, 2017)

PROJECT TO AID HUMAN MOBILITY - CRUTCH FOR THE VISUALLY IMPAIRED

Description: Mobility of the visually impaired is a right and necessary for health and well-being. In this way, the objective of the project is to present the prototype of a sustainable cane to aid mobility. In methodological terms, a systematic survey routine was applied to ISI Web of Science, Scopus, Science Direct and Scielo databases, using product development management a sequence of phases, from the informational project to the preparation of the prototype production. As a result, the prototype accommodates a distance detection system with a vibrating warning attached to the handle.

Research funding: US$ 9,000.

MACHINE DESIGN FOR SPIRAL POTATO ON THE STICK

Description: The proposal of projects as educational methodology awakens in the student the ability to materialize their knowledge and to perfect the skills of project management and product development. Thus, the overall goal of the project was to design a spiral potato machine on the stick. The project consisted of several tasks (from the collection of information on machines, types of movements, potato cutting / fixing, design and simulation of machine concept, to construction, testing and competition). Finally, five prototypes of spiral potato machines were built on the toothpick by the groups participating in the discipline.

Research funding: US$ 1,000.

BUS ECO-PASS DESIGN

Description: It is a research project with the objective of developing a real prototype of ratchet, allowing the generation of electric energy by circular movement. The specific objectives of the project were: (i) to study the development of a ratchet to generate electric power, (ii) to evaluate the concepts of mechanisms used by rotating movements driven by passers-by, (iii) to structure a list of target specifications and concepts for ratchet, iv) propose the design and simulation of a real prototype of ratchet, allowing the generation of electric energy by circular movement.

Research funding: US$ 5,000. Students: Alan Birck, Anelise Fraga, Charles Klug.

(Date)

DESIGN MECHANISM FOR MECHANICAL SAWING

Description: The construction of an innovative environment of mechanical engineering teaching involves the proposition of interdisciplinary challenges, in which the student is trained and encouraged to act in engineering projects proposing innovations and new ways of thinking about knowledge. In this way, the main objective of the project was to design a linkage mechanism for mechanical saws. The project was developed in the discipline Dynamics and Control, in the course of Mechanical Engineering of the URI and counted on a sequence of tasks (from search of information, concepts, forms of transmission of movement, types of mechanical saws, tests and competition), including a presentation of the results for students at the Edi Tereza Flores Lippert State Elementary School in Santo Ângelo. Research funding: US$ 8,000.

(2015, 2018)

BICIMACHINE PROJECT

Academics from the Mechanical Engineering course at URI Campus Santo Ângelo develop the bicimachine project, guided by Prof. Filipe Molinar. The objective is to build a bicymachine with a less complex mechanism, this being a common kitchen blender adapted to a converted bicycle. Composed of a transmission system designed to take advantage of the rotation of the wheel and leading to the blender cup. It uses the strength of the legs to resemble the performance of a normal blender. Thus, it is proposed to transmit the movement through human force to move a blender adapted to the bicycle.

(December 12, 2014)

TEAM AEROMISSÕES (SAE AeroDesign Competition)

Description: The Aeromissions team has as objective to train mechanical industrial engineers able to work in markets of high technical and interpersonal competitiveness, where flexibility, pro-activity and technical-administrative understanding of the problem is required.

Participant Students: Graduation (23).

Research funding: US$ 6,500.

(SAE Brasil AeroDesign Competition, 2006/2007. CTA/INPE, São José dos Campos, SP.)

Improvement in the Performance of the Machining Processes: Application of Techniques of Optimization of Cutting Parameters and Monitoring of the State of the Tool

Description: The increasing need to reduce undesirable machining times caused by tool change due to excessive wear or sudden breakage of the machine, in order to reduce preventive and corrective maintenance costs, systems that can inform the most appropriate time for their exchange. The main advantages in the development of research in the monitoring area lie in the fact that small care in a process can lead to considerable gains of practical and technological effect. In this way, it is desired to develop an efficient procedure for future applications on the factory floor aiming at an improvement in the performance of the machining processes.

Research funding: US$ 27,000.

(2004/2006)

Academic Advisory

Current

Eliton Jose Daronco. PROTOTYPE DESIGN OF FILTRATION SYSTEM TO IMPROVE THE QUALITY OF NATURAL SOURCE WATER IN INDIGENOUS COMMUNITY. Start: 2022. Course Completion Work (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. (Advisor).

Completed

Rannier Menin Welter. LOW COST URBAN ELECTRIC VEHICLE CONCEPT. 2021. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Luan de Oliveira Machado. STUDY OF SUITABILITY OF A KEY MACHINE TO NR-12. 2021. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Jose Antonio Gurski da Silva. DESIGN OF A LOAD CART WITH REMOTELY CONTROLLED BASE LIFT. 2021. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Yuri Osvald Borges. IMPLEMENTATION OF THE 5S PROGRAM IN THE PACKAGING SECTOR OF A METALLURGY COMPANY. 2020. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Vinicius Wisniewski Paluchowski. DEVELOPMENT OF A PROTOTYPE OF A BELT CONVEYOR BELT FOR UNLOADING SEED PACKAGE. 2020. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Julio Cesar Almeida. PROTOTYPE OF A MECHANISM TO FACILITATE THE REMOVAL AND REPLACEMENT OF THE STEPE IN MOTOR VEHICLES. 2020. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Vinicius Bortoli Lopes. Proposal for the application of the five senses of quality in the metal-mechanic industry. 2020. Course Completion Work. (Graduate in Mechanical Engineering) - Integrated Regional University of Alto Uruguai e das Missões. Advisor: Filipe Molinar Machado.

Gustavo de Souza Ehlert. CONCEPT OF A MONOCOCK STRUCTURE FOR ELECTRIC MONOPOST: APPLICATION IN AN ENERGY EFFICIENCY TEAM. 2020. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Vinicius Lima Figur. DETAILED PROTOTYPE OF HUMAN GAIT SIMULATOR. 2020. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Pedro Luiz Bohn. SIZE OF A SUSPENSION FOR A STUDENT COMPETITION VEHICLE OF THE LOW TYPE. 2019. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Guilherme Pellat Dos Santos. DEVELOPMENT OF A LOW-COST AVERAGE TRANSRADIAL PROSTHESIS THROUGH ADDITIVE MANUFACTURING. 2019. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Lucas Vinícius De Oliveira. SYSTEMATIZATION OF INDUSTRY GUIDELINES 4.0 APPLIED IN THE PREPARATION OF MAINTENANCE PLANS FOR AGRICULTURAL MACHINES. 2019. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Rodrigo Machado. STRATEGY FOR USING PROCONVE MAR I IN THE DEVELOPMENT OF AGRICULTURAL MACHINERY. 2019. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Vítor Garlet Caetano. PROPOSAL FOR A COMPETITION STUDENT VEHICLE CONCEPT FOR NASA HUMAN EXPLORATION ROVER CHALLENGE. 2019. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Verônica Picinin do Nascimento. CONCEPTUAL DESIGN OF AN EQUIPMENT FOR THE TRANSPORT OF BIOLOGICAL MATERIAL IN A HOSPITAL ENVIRONMENT. 2019. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Bárbara Raquel Wilhelm. ANALYSIS OF THE INTANGIBLE CHARACTERISTICS OF MATERIALS IN AGRICULTURAL MACHINE PROJECTS. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Guilherme Augusto Dapper. PROPOSAL FOR A VEHICLE FOR THE COLLECTION OF RECYCLED MATERIAL IN PLACE OF HUMAN-DRAWN CARTS. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Márcia Dulcineia Teixeira da Luz. PROPOSAL OF A VIRTUAL PROTOTYPE OF A TRICYCLE FOR CHILDREN WITH DISABILITIES IN THE UPPER LIMBS. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Rovian Gustavo Hegele. DESIGN OF AN ADJUSTABLE SUPPORT STAND FOR CASTING TOOLS. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Jean Carlo Zmora dos Santos. DEVELOPMENT OF PROTOTYPE OF A MECHANICAL VEHICLE FOR COLLECTION OF OILS AND FATS. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Melso Cezar da Sila Neto. ELABORATION OF AN INSPECTION PLAN FOR PASSENGER AND RACK ELEVATORS. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Wilian Santiago Chiquim. USING THE ENERGYPLUS PROGRAM AS A TOOL TO DESIGN ENERGY BALANCE IN A BUILDING. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Felipe Santos Pereira. CONCEPT OF MECHANISM COUPLED TO THE IRRIGATION SPRINKLER IN CENTRAL PIVOT TO EFFECT CHEMOTHERAPY. 2018. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Jonathan Cardenal dos Anjos Steinhaus. CONCEPTUAL DESIGN OF A WHEELBARROW. 2016. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Veridiane Dalcin Mello. INTEGRATED MANAGEMENT SYSTEM. 2016. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Everton Mariani. DETAILED DESIGN OF A WOODEN FRAGMENTER USING THE STRENGTH OF THE HYDRAULIC CONTROL OF A TRACTOR. 2016. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Glênio Zaltron. STRUCTURING AND DESIGN PLAN FOR CONTINUOUS PASSIVE HANDLING EQUIPMENT. 2016. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Elivelton Juliani. CONCEPTUAL DESIGN OF A WHEELCHAIR LEVER FOR TRANSPOSITION OF OBSTACLES. 2016. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Ricardo Tonetto. DESIGN OF TRANSPORT FACILITATION SYSTEM FOR KNIFE ROLLER. 2015. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Ricardo Meotti. USE OF QFD FOR IMPROVEMENTS IN MECHANICAL ENGINEERING COURSE. 2015. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Luciana Milano Maciel. STUDY OF THE ECONOMIC VIABILITY OF MECHANICAL AND TECHNOLOGICAL TESTS IN THE METAL-MECHANICAL INDUSTRY. 2015. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Franco da Silveira. METHODOLOGICAL PROPOSAL FOR THE DEVELOPMENT OF PRODUCTS IN INDUSTRIAL COMPANIES. 2015. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Leonan Ourique Ramos. METHODOLOGY FOR STANDARDIZING TIME IN A WELDING SECTOR. 2014. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.

Lucas Lenz dos Santos. DESIGN OF A WELDING GAUGE FOR HYDRAULIC CYLINDER SLEEVE ASSEMBLIES. 2014. Course Conclusion Paper - Integrated Regional University – URI. Advisor: Filipe Molinar Machado.