• Respond to every discussion prompt.

• Reply respectfully to at least two other participant's responses for each discussion prompt.

• The book study will begin the week of April 12 and conclude on May 14.

• The classwork will be completed asynchronously and the expected response date to the initial prompt/question is Wednesday and the replies to your fellow patriciates are due on Friday.

• Initial responses are due on April 14, April 21, April 28, May 5 and May 12th.

• Discussion and replies due on April 16, April 23, April 30, May 7 and May 14th.

• All responses are due by 3pm on the due date.

The deadline to register is March 12 to allow for Google Classroom to be set up.

ONWARD outlines a conceptual framework with four parts: who we are, where we are, what we do, and how we are. This book identifies 12 habits and dispositions that can be cultivated in order to build resilience. Become a resilient teacher and help transform your classroom and the world!" (Aguilar, 2018)

The book is designed to use the 12 chapters each month June to May of a new school year. Each month will devote itself to one chapter which in turn will focus on 1 Habit and 1 Disposition. Monthly assignment will include a chapter reading and a variety activities to apply the learning throughout the month.

Monthly Topics:

June: Know Yourself/Purposefulness

July: Understanding Emotions/Acceptance

Aug: Tell Empowering Stories

Sept: Build Community/Empathy

Oct: Be Here Now/Humor

Nov: Take Care of Yourself/Positive Self-Perception

Dec: Focus on the bright Spots/Empowerment

Jan: Cultivating Compassion/Perspective

Feb: Be a learner/Curiosity

March: Play and Create/Courage

April: Ride the Waves of Change/Perseverance

May: Celebrate and Appreciate/Trust

You will need to purchase your own "ONWARD: Cultivating Emotional Resilience in Educators" book (the ONWARD WORKBOOK is optional, not necessary)

Self-Paced using Google Classroom - Join Anytime! Meeting dates reflect start and end dates, not actual "meetings".

Discovery Education and O²CM SLS are teaming up to provide you with this unique learning experience that will both help you learn more about using Discovery Education and earn CTLE credits. The course is asynchronous and delivered via Google Classroom. No Zoom calls to make or deadlines to meet. Simply sign up for the course, complete the activities at your own pace, participate in the discussions and submit a few simple assignments. Earn up to 5 CTLE hours, one for each assignment completed. It is that easy! By completing each section you will learn all about Discovery Education resources, instructional strategies, student access, ready to use lesson activities and more!

Open now thru July 1, 2021.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Join us for two days of hands-on learning and unit/lesson writing as we explore citizen science projects and discuss what authentic science learning can look like inside and outside of the classroom.

Part of our day, weather permitting, will be outside at Onondaga Lake State Park as participants practice using some of the resources accessed earlier in the workshop and participate in a citizen science project. Participants should dress for the weather and bring a device (preferably a smartphone or tablet if available).

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts.Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for summer workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can We Light Our Way in the Dark? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 1 standards. It has a focus on physical science with a secondary focus on life science and engineering design.

In this module, students:

*Investigate interactions between a beam of light and transparent, translucent, and opaque materials, including the formation of shadows and reflection of light

*Identify cause-and-effect relationships as they explain their observations

*Obtain information about animal structures that use light to help the animal survive

*Design a solution that mimics animal structures and increases student visibility in the dark

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts.Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for summer workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts.Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for summer workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can We Light Our Way in the Dark? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 1 standards. It has a focus on physical science with a secondary focus on life science and engineering design.

In this module, students:

*Investigate interactions between a beam of light and transparent, translucent, and opaque materials, including the formation of shadows and reflection of light

*Identify cause-and-effect relationships as they explain their observations

*Obtain information about animal structures that use light to help the animal survive

*Design a solution that mimics animal structures and increases student visibility in the dark

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

**Available online: OCM BOCES Professional Book Collection by July(not guaranteed). Buy your own copy (List: $29.95 or Corwin 30% off until end of May)

How Can We Predict When the Sky Will Be Dark? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 1 standards. It has a focus on earth and space science with a secondary focus on physical science.

In this module, students:

* Analyze and interpret observations of the sky to identify when the Sun, Moon, and stars are visible and the Sun and Moon's daily pattern of motion in the sky.

* Use observations to explain that we see objects when light shines on them or they give off their own light.

* Plan and carry out an investigation to identify the pattern of daylight throughout the year.

* Carry out an investigation to identify the times of the year that it will be dark when kids walk to or from school.

* Explain how different light sources will allow objects to be seen when kids walk to school in the dark.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can We Find the Best Place for a Plant to Grow? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 2 standards. It has a focus on life science, with a secondary focus on engineering design.

In this module, students:

*Ask questions about what plant habitats have that help plants live, grow, and reproduce *Investigate whether plants need light and water to grow *Design a hand pollinator based on bee structure and function *Analyze data about plant and animal ranges to identify patterns *Engage in argumentation, based on information from a map, about the best place for new plants in a schoolyard *Construct an explanation for why there are fewer and fewer grand spider orchids every year

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Discovery Education and O²CM SLS are teaming up to provide you with this unique learning experience that will both help you learn more about using Discovery Education and earn CTLE credits. The course is asynchronous and delivered via Google Classroom. No Zoom calls to make or deadlines to meet. Simply sign up for the course, complete the activities at your own pace, participate in the discussions and submit a few simple assignments. Earn up to 5 CTLE hours, one for each assignment completed. It is that easy! By completing each section you will learn all about Discovery Education resources, instructional strategies, student access, ready to use lesson activities and more!

Open July 12th thru July 30th, 2021.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can We Find the Best Place for a Plant to Grow? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 2 standards. It has a focus on life science, with a secondary focus on engineering design.

In this module, students:

*Ask questions about what plant habitats have that help plants live, grow, and reproduce *Investigate whether plants need light and water to grow *Design a hand pollinator based on bee structure and function *Analyze data about plant and animal ranges to identify patterns *Engage in argumentation, based on information from a map, about the best place for new plants in a schoolyard *Construct an explanation for why there are fewer and fewer grand spider orchids every year

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

What Can Maps Tell Us about Land and Water on Earth? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 2 standards. It has a focus on earth and space science with a secondary focus on physical science.

In this module, students:

* Obtain information about and develop models of the kinds of land and water on Earth

* Plan and carry out an investigation into the properties of solid and liquid water

* Obtain information from models and informational text about the patterns of land, solid water, and liquid water on Earth

* Obtain information from historical maps to determine patterns of how maps represent land and water

* Develop symbols for land and water and create their own legend

* Develop and use a two-dimensional map of their three-dimensional model of land and water

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can We Predict Patterns of Motion? is part of Smithsonian Science for the Classroom, a brand-new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 3 standards. It has a focus on physical science with a secondary focus on engineering.

In this module, students:

* Ask questions about what causes objects to move

* Investigate forces that can act at a distance

* Investigate the properties of permanent magnets and electromagnets

* Design a solution to a problem that can be solved using a magnet

* Ask questions about and investigate how magnets affect a steel pendulum's motion

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can Animals Use Their Senses to Communicate? is part of Smithsonian Science for the Classroom, a brand new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 4 standards. It has a focus on life science with a secondary focus on physical science and engineering.

In this module, students:

* Analyze structures that support animals' senses and investigate how light travels when they see an object

* Investigate how information is processed in the brain and analyze data to determine how memories can affect behaviors

* Carry out an investigation into whether fiddler crabs wave more often when there are other crabs present and analyze the system in terms of sender, signal, and receiver

* Design and test a method for sending information about a picture using 1s and 0s and short and long flashes of light

* Construct an argument based on testing with models for which firefly flash patterns are the most effective for communicating to find a mate

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

How Can We Use the Sky to Navigate? is part of Smithsonian Science for the Classroom, a new curriculum series by the Smithsonian Science Education Center. It is aligned to a group of grade 5 standards. It has a focus on earth and space science with a secondary focus on physical science and engineering.

In this module, students:

* Develop and use models to support an argument that gravity is directed toward the center of a spherical Earth

* Use evidence of the Sun and stars' daily pattern of motion to support a claim that Earth rotates on an axis

* Use a model to predict the annual pattern of daylight at the school's location

* Carry out an investigation to determine which of the two solutions is better for measuring the altitude of Polaris

* Engage in argument about the plausibility of sailing long distances without instruments by using evidence that the patterns of the Sun and stars can be used to navigate

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.

8/16/21, 8/17/21, 10/12/21, 1/12/22, 3/8/22

REGISTRATION FOR THIS COHORT CLOSES ON AUGUST 13.

8/16/21, 8/17/21, 10/18/21, 1/18/22, 3/9/22

REGISTRATION FOR THIS COHORT CLOSES ON AUGUST 13.

Additionally, participants will develop an understanding of the three dimensions of the NYSSLS and the associated instructional shifts. Teachers will gain access to Carolina Science Online and resources created by OCM BOCES to help with implementation of the Smithsonian Science Curriculum.

Teachers are encouraged to bring a device to access these materials digitally.

One hour lunch on your own.

Due to COVID restrictions, we are operating at a lower capacity for science workshops. In the event of a cancellation, the waitlist will be used to contact anyone interested. If the workshop is closed and you are interested in attending, please add your name to the waitlist. We will contact teachers on the waitlist in the order they are added.