Licence Sciences pour l'Ingénieur, Parcours : Instrumentation et sciences de la mesure (ISM)

After a first year in the Marie Curie scientific portal and the last two years of the bachelor's degree in Instrumentation and Measurement Science (ISM), graduates will be able to use a multi-technology approach combining metrology, instrumentation, data acquisition and processing, analyse and understand the physical measurement and instrumentation solutions used in the design of complex systems, particularly in the fields of electronics, automation and electrical engineering.

To progress to the third year of the SPI Bachelor's degree at ISM, students must have previously studied the following subjects (at the L2 SPI or Physics level):
- Mechanics and kinematics of a point
- Fluid statics
- Thermodynamics
- Geometric optics
- Mathematical tools at engineering science level
- Numerical calculation tools (programming in Python)

- Communication tools
- English

• SCIENCES, Marseille St-Jérôme

Discover the activities of research laboratories through seminars led by lecturers and tutored projects (bibliographic research and/or laboratory work). Compulsory third-year internship/project with the option of completing it within a research laboratory.

• Analyse and understand the physical measurement and instrumentation solutions used in the design of multi-technology systems, particularly in the fields of electronics, automation and electrical engineering
• Develop a systematic and rigorous scientific approach to implement an appropriate solution in response to a problem related to a multi-technology system
• Present or write, in a structured, concise, clear and rigorous manner, a critical argument based on a scientific document or technical documentation, in French or English at an intermediate level
• Develop and implement an individual or group project related to engineering sciences, using project management methodologies that promote the presentation and sharing of results

An internship of at least six weeks is included in the ISM bachelor's degree programme at the end of S6, which can take place in a company or academic laboratory. Team projects are also assessed for two modules in S5.

Teaching on the ISM degree programme is based on a balance between lectures, illustrated with practical examples in tutorials, and, in some cases, leading to practical application in practical sessions and/or team projects.

• H1504 Intervention technique en contrôle essai qualité en électricité et électronique (fr)
• H1208 Intervention technique en études et conception en automatisme (fr)
• H1209 Intervention technique en études et développement électronique (fr)
• H1503 Intervention technique en laboratoire d'analyse industrielle (fr)

• 115B Méthodes et modèles en sciences physiques ; Méthodes de mesures physiques (fr)
• 115F Physique appliquée aux processus industriels ; Physique des matériaux ; Mesures physiques appliquées au contrôle industriel ; Sciences physiques pour l'ingénieur (fr)

After completing a master's degree, graduates can work in:

The nuclear, aeronautics, automotive, pharmaceutical and chemical industries
Metrology or research laboratories
Companies designing sensors and measurement systems
Technical services or consulting companies
Companies marketing scientific equipment
The field of microelectronics and nanotechnologies

Admission by right following completion of the L2 SPI at AMU, or based on application following other studies.