ECTS
24 crédits
Composante
UFR PhITEM (physique, ingénierie, terre, environnement, mécanique)
Période de l'année
Printemps (janv. à avril/mai)
Description
The five months internship can be carried out on various topics and in different industries or research labs. The topics are mostly centered on modeling and control applications, with some contributions in supervision, algorithms and integrated process design. The network aspects, while not directly reflected in the internships titles, appear implicitly as necessary issues in the automation setups. The control implementations range from classical PID or logical setups in industrial automata to advanced model-based optimal or robust feedback strategies.
It can be noted that most students find internships in large industries but a significant number are enrolled in SME and research labs. This motivates the importance of entrepreneurial and research skills in addition to the classical industrial ones. The collaborative internships between academic research labs and industries contribute to the transfer of knowledge between university and industry and is thus strongly encouraged. The variety of industrial markets addressed appears to be a direct consequence of the need for automation in all high-tech processes with strong efficiency needs. From the education point of view, it highlights the importance of a multidisciplinary approach to engineering problems in the process modeling and control design phases.
Objectifs
Examples of past internships
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Improvement of WinCC data exploitation and supervision development under zenOn | | Agribusiness / bio-pharmaceutics |
Design of an automated functional test bench for electronic cards 1016-B | | Automation |
Air path control in diesel engines | | Automotive |
Air path modeling and control in gas motors | | Automotive |
Automation of a measurement chain | | Automation |
Validation software for ciphering algorithms | | Communication Networks |
Embedded control with wireless sensing capabilities for UFAD automation | | Communication Networks |
Identification of a simple thermal building model | | Construction |
Bats localization and trajectory tracking | | Electronics |
Control of a running machin | | Electrical Eng. |
Dynamic and multi-criteria reconfiguration in power distribution networks | | Electrical Eng. |
Source determination in non-homogeneous dissipative media: application to tokamaks | | Energy |
Aerology optimization experiments for intelligent building ventilation | | Energy |
Identification of a Markov chain to model heat exchange in buildings | | Energy |
Development of algorithms for full electro hydraulic excavators | | Equipment |
Conception of control laws and electronic cards for damping systems | | Equipment |
Automation of a Burn-In lab | | Microelectronic |
Optimization of linear and nonlinear PID filters for the control of DC/DC buck converters | | Microelectronic |
Detection of rail internal defects by merging decisions made with ultrasonic sensor | | Transport |
Kinematics optimization for an insect-like robot | | Robotics |
Traffic model calibration methods for simulation of the Grenoble south ring | | Transport |
Période
Semestre 10