LMAST schedule

The LMAST inter-university program foresees the following 2-year schedule with the following logistics:

  1. LMAST first year is organized in Rome and students acquire a basic knowledge related to major areas of fluid mechanics, meteorology, electromagnetics, statistical mechanics as well as complementary subjects on advanced and applied topics.
    ROME, Via Ariosto 25 (A)
    ROME, Via Eudossiana 18 (SPV)
    ROME, P.zza A. Moro 5 (CU)
  2. LMAST second year is organized in L’Aquila (90 km far from Rome, about 1-hour trip) and students are introduced to atmospheric dynamics, climate modelling and environmental meteorology as well as to several complementary subjects on atmospheric physics.
    L’AQUILA, Via Vetoio

For the content and teachers of each subject, see LMAST program and LMAST faculty.

FIRST SEMESTER – CLASS TIME TABLE AND LINKS

TeacherFirst-semester subjectE-teaching video link
Colaiuda V.Hydrometeorological physics (6 CFU)MS-Teams address
Curci G.Environmental meteorology: modeling and monitoring techniques. Part 1 (6 CFU)MS-Teams address
Ferretti R.Fundamentals of meteorology. Part 2 (3 CFU)MS-Teams address
Ferretti R.Atmospheric dynamics. Part 1: meteorological modeling (6 cfu)MS-Teams address
Lacorata G.Statistical mechanics. Part 2 (3 CFU)G-Meet address
Marzano F.S.Electromagnetics and radar meteorology. Part 1 (3 CFU)G-Meet address
Montopoli M.Electromagnetics and radar meteorology. Part 2 (3 CFU)G-Meet address
Moroni M.Fundamentals of fluid mechanis (6 CFU)G-Meet address
Paganelli S.Statistical mechanics. Part 1 (3 CFU)MS-Teams address
Pitari G.Environmental meteorology: modeling and monitoring techniques. Part 2 (3 CFU)MS-Teams address
Redaelli G.Atmospheric dynamics. Part 2: climate modeling (6 CFU)MS-Teams address
Ricchi A.Environmental meteorology: modeling and monitoring techniques. Part 3 (3 CFU)MS-Teams address
Siani A.M.Fundamentals of meteorology. Part 1 (6 CFU)G-Meet address

1st YEAR (@ ROME) – FIRST semester (21 Sep. – 18 Dec. 2020)

Hour/DayMondayRoomTuesdayRoomWednesdayRoomThursdayRoomFridayRoom
08:00-09:00   
09:00-10:00Fundamentals of fluid mechanics (Moroni)Meet
10:00-11:00Fundamentals of fluid mechanics (Moroni)MeetElectromagnetics and radar meteorology (Marzano, Montopoli)MeetFundamentals of fluid mechanics (Moroni)MeetElectromagnetics and radar meteorology (Marzano, Montopoli)Meet
11:00-12:00Fundamentals of fluid mechanics (Moroni)MeetElectromagnetics and radar meteorology (Marzano, Montopoli)MeetFundamentals of meteorology (Siani, Ferretti)Meet, TeamsElectromagnetics and radar meteorology (Marzano, Montopoli) Meet
12:00-13:00Fundamentals of fluid mechanics (Moroni)MeetStatistical mechanics (Paganelli, Lacorata) Teams, MeetFundamentals of meteorology (Siani, Ferretti)Meet, TeamsFundamentals of meteorology (Siani, Ferretti)Meet, TeamsElectromagnetics and radar meteorology (Marzano, Montopoli) Meet
13:00-14:00 Statistical mechanics (Paganelli, Lacorata)Teams, MeetFundamentals of meteorology (Siani, Ferretti)Meet, TeamsFundamentals of meteorology (Siani, Ferretti)Meet, Teams
14:00-15:00Statistical mechanics (Paganelli, Lacorata)Teams, Meet  Fundamentals of meteorology (Siani, Ferretti) Meet, Teams 
15:00-16:00Statistical mechanics (Paganelli, Lacorata)Teams, Meet Fundamentals of meteorology (Siani, Ferretti) Meet, Teams 
16:00-17:00Statistical mechanics (Paganelli, Lacorata) Teams Fundamentals of meteorology (Siani, Ferretti) Meet, Teams  A3

2nd YEAR (@ L’AQUILA) FIRST semester (21 Sep. 2020 – 18 Dec. 2020)

Hour/DayMondayRoomTuesdayRoomWednesdayRoomThursdayRoomFridayRoom
09:30-10:30Atmospheric dynamics: meteorological modeling and climate modeling (Readelli, Sangelantoni)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Ferretti, Ricchi)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Readelli, Sangelantoni)TeamsEnvironmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi)Teams
10:30-11:30 Atmospheric dynamics: meteorological modeling and climate modeling (Readelli, Sangelantoni)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Ferretti, Ricchi)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Readelli, Sangelantoni)TeamsEnvironmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi)Teams
11:30-12:30Environmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi) TeamsEnvironmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Readelli, Sangelantoni)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (extra hours)TeamsEnvironmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi)Teams
12:30-13:30Environmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi)TeamsEnvironmental meteorology: modeling and monitoring techniques (Curci, Pitari, Ricchi)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Readelli, Sangelantoni)TeamsTeams
13:30-14:30
14:30-15:30Choice course among group 3 – Hydrometeorological physics (Colaiuda)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Ferretti, Ricchi)TeamsChoice course among group 3 – Hydrometeorological physics (Colaiuda)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (extra hours)Teams
15:30-16:30Choice course among group 3 – Hydrometeorological physics (Colaiuda)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (Ferretti, Ricchi)TeamsChoice course among group 3 – Hydrometeorological physics (Colaiuda)TeamsAtmospheric dynamics: meteorological modeling and climate modeling (extra hoursTeams
16:30-17:30Atmospheric dynamics: meteorological modeling and climate modeling (Ferretti, Ricchi)TeamsChoice course among group 3 – Hydrometeorological physics (Colaiuda)

SECOND SEMESTER – CLASS TIME TABLE AND LINKS

1st YEAR (@ ROME) – SECOND semester (22 Feb. – 28 May 2021)

Hour/DayMondayRoomTuesdayRoomWednesdayRoomThursdayRoomFridayRoom
08:00-09:00   Optoelectronic sensorA3Optoelectronic sensorA4
09:00-10:00Lab. of atmospheric remote sensingCU
3
HydroclimatologyA4Machine learningA4Optoelectronic sensorA3Optoelectronic sensorA4
10:00-11:00Lab. of atmospheric remote sensingCU
3
HydroclimatologyA4Machine learningA4Optoelectronic sensorA3Machine learningA4
11:00-12:00Lab. of atmospheric remote sensingCU
3
HydroclimatologyA4Machine learningA4Lab. of atmospheric remote sensigB2Machine learningA4
12:00-13:00Lab. of atmospheric remote sensingCU
3
HydroclimatologyA4Satellite Earth observationSPV 20Lab. of atmospheric remote sensigB2Optoelectronic sensorA3
13:00-14:00 HydroclimatologyA4Satellite Earth observationSPV 20Lab. of atmospheric remote sensigB2Optoelectronic sensorA3
14:00-15:00    Satellite Earth observationSPV 20 
15:00-16:00     Satellite Earth observationSPV 20 
16:00-17:00     Satellite Earth observationSPV 20 

2nd YEAR (@ L’AQUILA)SECOND semester (22 Feb. – 28 May 2021)

Hour/DayMondayRoomTuesdayRoomWednesdayRoomThursdayRoomFridayRoom
09:30-10:30Atmospheric chemistry1.3Atmospheric chemistry1.3Radiative transfer1.2Atmospheric chemistry1.4Atmospheric chemistry1.3
10:30-11:30Atmospheric chemistry3Atmospheric chemistry1.3Radiative transfer1.2Atmospheric chemistry1.4Atmospheric chemistry1.3
11:30-12:30Radiative transfer1.3
12:30-13:30Radiative transfer1.3