District 99 to Follow Modified Hybrid Schedule Starting October 19

District 99 to Follow Modified Hybrid Schedule Starting October 19

Starting Monday, October 19, District 99 will begin following a Modified Hybrid Schedule. The schedule provides students the opportunity to attend school in person if health department guidelines allow.

The Modified Hybrid Schedule will rotate between Week One and Week Two as well as the current Fully Remote schedule. When following the Modified Hybrid Schedule, students will be divided alphabetically.

Group A (student last name A-L)

Modified Hybrid Schedule - Group A Week One Modified Hybrid Schedule - Group A Week Two

 

Group B (student last name M-Z)

Modified Hybrid Schedule - Group B Week One Modified Hybrid Schedule - Group B Week Two

 

Remote Only Students

Modified Hybrid Schedule - Week One Modified Hybrid Schedule - Week Two

 

Remainder of Semester One Schedule

Week Schedule Note
October 19 Modified Hybrid Schedule - Week One  
October 26 Modified Hybrid Schedule - Week Two  
November 2 Fully Remote 11/3 - No School (Election Day)
November 9 Modified Hybrid Schedule - Week One  
November 16 Modified Hybrid Schedule - Week Two  
November 23 Fully Remote Thanksgiving Week (No School 11/25, 11/26, 11/27)
November 30 Modified Hybrid Schedule - Week One  
December 7 Modified Hybrid Schedule - Week Two  
December 14 Fully Remote Last Week of Semester One

All students participating in the in-person learning opportunities must follow all safety procedures including: wearing a face covering or mask at all times; wearing a face shield on the bus, during passing periods, or when social distancing cannot be maintained; completing the self certification slip before attending school or participating in symptom checks on the bus or at arrival at school; and not using lockers or congregating in groups in hallways. Other safety measures may be introduced over time. Failure to participate in all safety measures will result in the students transitioning to the fully remote learning model.