The objectives of the course are listed in the following table, for a total of 450 hours over 15 weeks. The table below summarizes the topics covered by each EU.
Workshop & Communication20 CM 10 TD 0 TP
Professional workshop (common with SPH)
English0 CM 30 TD 0 TP
Oral expression and comprehension, ENR vocabulary, CLES preparation
Posters, writing of activity reports; slide show for presentation
Sustainable development & CSR20 CM 10 TD 0 TP
GHG, Ozone depletion, energy issues
ENR solar, geothermal, PAC, performance ; comfort : lighting / acoustics (poly), air quality
Sustainable innovation & CSR20 CM 10 TD 0 TP
Stakes of eco-activities for the sector (intelligent building); economic approach of eco-activities;
Ergonomics and ease of use
Innovation and industrial property; accompanying companies in innovation; business incubation
Project0 CM 10 TD 46 TP
Academic Project
Project Management10 CM 10 TD 4 TP
Framing note, specifications, (planning, risk management)
Object-oriented programming6 CM 10 TD 14 TP
Object-oriented design, Java language; system modeling
Network programming10 CM 6 TD 14 TP
In Java: Message bus (MQTT/AMQP), Web programming (HTTP/HTML/Sockets), Web Services (REST)
Administration des réseaux10 CM 0 TD 20 TP
CISCO switch, Routing, Vlan, NAT; network security (sensibilitation);
Modeling-Simulation6 CM 10 TD 14 TP
Scenarios by simulation of energy optimization (Simbad, CypeTherm Eplus, ...) energyplus
Operation and Optimization10 CM 6 TD 14 TP
Interop ; energy management, big data ; BOS & BIM
Embedded systems10 CM 6 TD 14 TP
Sensor programming (esp32), data recovery, REST/COAP/MQTT, Calimero/KNX
We are members of :
Université de Rennes 1 - Campus de Beaulieu, Bâtiment 5 porte 922 - 35042 Rennes Cedex
