Research Programme. Development of functional biobased materials as active systems for food and biomedical applications The activity will focus on the study and development of advanced functional materials for applications in the food, agriculture, and biomedical field. The study will focus on the structure/property/process relationships of materials obtained from renewable sources, such as polysaccharides or polypeptides, processed to meet specific application requirements. The activity will be experimental and will be particularly focused on the study of the interaction phenomena between the material and the contact matrices (food, tissues), with particular reference to the influence of material properties (e.g. permeability) on the response of the matrices themselves (e.g. shelf-life of food product).The teaching activity will concern the development of teachings of the disciplinary area in the programs of bachelor, master and PhD related to the department, with reference to the area consistent with the research activity The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Development of applied physical chemistry in chemical engineering Development of materials and processes of interest in the engineering field involving colloidal and polymeric systems with multiple applications, in particular in the field of energy conversion & storage and in biomedical applications. Particular emphasis will be given to sustainable processes for the syntesis of materials and aimed at the energy transition; these activities are aligned and consistent with the PNR The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Surveying and monitoring photogrammetric methods for the environment and civil engineering structures Photogrammetric methods are nowadays frequently used in engineering for surveying and monitoring, allowing the definition of three-dimensional models of the surveyed objects. This can be applied to the environment, to the cultural heritage and to civil engineering structures allowing their quantitative geometric description.Particularly, the possibility of acquiring images using UAS (Unmanned Aerial System) has opened new applications in surveys of objects of moderate dimensions.The candidate is supposed to apply and improve these methodologies. The main research activities will be devoted to the optimization of the photogrammetric survey parameters and to the proper management of the photogrammetric process. This will be done in applications related to the environment, to civil engineering structures (such as dams and bridges) and to the conservation of the cultural heritage. The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Examples of Research Programme in a sentence
In the event of maternity leave (paternity leave in the cases provided for by the law), serious and certified health problems, or in specific cases provided for by the law, the attendance of the Doctoral Research Programme and the disbursement of the scholarship are suspended and deferred for a period of time corresponding to the actual duration of the interruption.
In the event that the Doctoral candidate forfeits or withdraws from the Doctoral Research Programme during its attendance, or renounces the benefit of the scholarship, Politecnico will inform ........................
This Agreement shall have a duration of three academic years and shall be effective until termination of the corresponding Programme ………… Cycle of the Doctoral Research Programme in ...................................
Article 9 – Duration This Agreement shall have a duration of three academic years, and shall be effective until termination of the corresponding Programme ………… Cycle of the Doctoral Research Programme in ...................................
This Agreement shall have a duration of three academic years and shall be effective until termination of the corresponding Programme ………… - …… Cycle of the Doctoral Research Programme in ...................................
More Definitions of Research Programme
Research Programme. Investigation of the ultrafast dynamics of electronic states in solids by time and angle-resolved photoemission spectroscopy The activity is in the field of experimental physics of matter and concerns the investigation of the electronic structure of novel materials by angular and time resolved photoemission spectroscopy. This technique accesses the dynamics of the electronic states and allows to reveal interactions among particles (electrons, phonons, magnons, excitons). The existing photoemission setup, based on a hemispherical analyzer, employs a 6 eV photon beam generated by nonlinear processes from an ytterbium femtosecond laser. Experiments will be performed in pump-probe mode. Instrumental development is foreseen to add tunability of the laser beams. The experiments will involve samples where electronic correlations and topological ordering give rise to peculiar behavior and phase transitions. Mentoring of master and doctoral students and teaching in courses for engineering students will be a mandatory part of the activity of the successful candidate. The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Statistical modelling for electromagnetic compatibility analysis of distributed- parameter systems Aim of the research is the development of models based on advanced statistical techniques for the prediction of electromagnetic interference in electrical/electronic systems involving complex interconnects (wiring harness, printed circuit boards, etc.). Electromagnetic and distributed-parameter circuit models are of specific interest, taking into account non-ideal effects and uncertainty quantification (parasitics, randomness of geometrical and electrical parameters, etc.). This research foresees significant experimental activity for model assessment in a wide frequency range (up to tens of GHz) and the development of innovative test procedures for immunity verifications against electromagnetic disturbances. Joint activities and extended stays are also planned with the Xi'an Jiaotong University Joint School of Design and Innovation Center, Campus of PoliMI in Cina. The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Development of advanced nanostructured materials for experiments in the field of magnetic confinement fusion and particle acceleration Research in the field of nuclear fusion is of growing international importance. In magnetic confinement fusion, plasma physics and plasma-wall interaction represent important areas of research. In inertial confinement fusion, the study of laser-plasma interaction and the associated particle acceleration mechanisms are of great importance. In both contexts, a frontier area is represented by the use of structured materials. The researcher will deal with the synthesis and characterization of nanostructured films, using pulsed sources (plasma and laser), which allow to study plasma-wall interaction phenomena in xxxxxxx and optimize the properties of laser accelerated particle sources. The selected candidate will supervise thesis and doctoral students and teach in engineering courses. The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Analysis of the impact of mobility infrastructures on socio-economic systems with data from heterogeneous sources and in real-time This project is part of the research trajectory 'Sustainable Mobility' of the Piano Nazionale della Ricerca (PNR) and contributes to the area of intervention related to mobility infrastructures and the assessment of their impacts in terms of accessibility and competitiveness of territories. In particular, the research activity will consist in the study and proposal of methodologies and decision support systems for planning and programming infrastructures for the accessibility of territories and for sustainable mobility, also through statistical and econometric methods and the use of big data. This activity aims to integrate heterogeneous sources and to develop quantitative indicators, even in real-time, capable of facilitating the analysis of the impact of complex and non-linear dynamics concerning socio-economic phenomena with different time frequencies. The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Design methodologies of information systems for the design of innovative products and services The primary objective of the research in Computer Engineering is in methodologies, technologies and design solutions for the information technologies, with particular focus on innovative products and services. The activities may take place in one or more of the areas of the information technologies, such as: architectures and design methodologies of embedded and high-performance systems, distributed systems and pervasive systems, hardware and software architectures for artificial intelligence and for security, design methodologies and advanced software architectures, information systems, web, multimedia and database. The teaching activities will take place within the teaching of the disciplinary scientific sector, with particular reference to the basic courses of Computer Engineering The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Materials selection method with a sustainability perspective in the field of design Materials selection method with a sustainability perspective in the field of design.The aim is the development of circular and sustainable material selection methods and their introduction into application contexts.The focus of the activity will be on combining the different properties involved in a holistic materials selection that will have to consider functional and aesthetic, environmental and social sustainability aspects.Particular attention will be given to the phase of definition of the aesthetic-sensory properties of materials, which by actively influencing consumer behaviour, could have important consequences on the entire product life cycle xxxxxxxxxx.Xx the context of international sustainable development programs (SDGs), one of the objectives is to meet the needs of the different actors of the production chain, actively involving them in the testing and verification of the tools developed during the research period The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.
Research Programme. Methods and devices for applications at hyperfrequencies and photonics Theoretical, numerical and experimental scientific research in the field of methods and devices at hyperfrequencies and photonics for communications, imaging, sensing and signal processing applications. The research activities include:- electromagnetic and circuit modeling of integrated devices implemented on the main technological platforms (dielectric and semiconductor);- development of metasurfaces and reconfigurable devices for free space systems;- advanced integrated devices characterization, diagnostics and sensing techniques.A didactic commitment is required for theoretical and applied electromagnetic teaching on radio frequency, hyperfrequency and optical frequency devices and transmission media for Laurea and Laurea Magistrale degree. The annual commitment for teaching, supplementary teaching and student services is 350 hours. The contract holder is required to carry out teaching according to the methods defined during teaching planning by the Department requesting the contract, under Regulations for the teaching commitment of Politecnico di Milano professors and researchers under art. 6 of Law 30/12/2010 no. 240.