285 Eglinton Ave. E., Toronto, Ontario, M4P 1L3, Canada
2211 Thurston Dr, Ottawa, Ontario, K1G 6C9, Canada
Indirect Support:
285 Eglinton Ave. E., Toronto, Ontario, M4P 1L3, Canada
2211 Thurston Dr, Ottawa, Ontario, K1G 6C9, Canada
2014
1997
45
65
9 to 12
1 to 12
Coed
Coed
Homestay, Day
Day
English
English
Academic
Academic
Progressive
Traditional
2 to 10
6 to 12
Learning, Behavioral
Learning, Developmental, Behavioral
Dedicated gifted school
Dedicated gifted school
$14,500 to $17,500
$16,000 to $18,000
No
No
0%
0%
None
None
$0
$0
11
5
0%
0%
70%
90%
7, 8, 9, 10, 11, 12
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
Rolling
Rolling
Not available
Not available
Yes: grades 9 - 12
Yes: grades 1 - 12
No
No
information not available
information not available
In a general sense, Toronto STEM School is a specialty school in the way that, say, a ballet school is a specialty school—it brings together students who share a passion, and builds the curriculum around their engagement with that curriculum. And, like a ballet school, or a hockey school, it’s not for everyone. But, for the students that it’s for, the experience can be transformative. The school specializes in Advance Placement instrution, and also serves as an AP examination centre. At Toronto STEM School students work and learn alongside true peers, those who share an abiding interest in technology. The core curriculum is the provincial one, though delivered in a technology intensive learning environment.
View full reportNot all children learn in the same way, and that’s been a guiding principle behind the Astolot Educational Centre since Jennifer Cowan founded it in 1998. Classes are small, and instruction is student-oriented, beginning with the talents, interests, and perspectives that the children bring with them into the classroom and starting from there. Learning is cooperative, with faculty and students working together to tailor delivery to best meet their individual learning styles. It’s not the typical approach, which is precisely why families turn to Astolot. In addition to reaching student potentials, the program encourages learner responsibility while growing the students’ awareness of how they learn best. While there are a range of student supports, the ideal student is one who is capable of thriving in a challenging atmosphere, and who operates at the top of his or her peer group.
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"The environment is very friendly and supportive. The classes are dynamic, with hands-on activities, creating a more inviting experience for the students."
IVANI MANCINI - Parent (May 28, 2019)
My son is attending TSS - Toronto STEM School since September, 2018. Overall the experience at TSS h...
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"The class sizes are very small (4-7) and the teachers are very flexible in their approach. You never feel afraid to ask questions..."
James Davies - Student (May 28, 2019)
This place is fantastic. I started going to TSS in the summer after grade 9 to learn grade 10 math. ...
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"Both my sons began with supplementary tutoring and enjoyed the experience so much they asked to take their full math credits with TSS."
Beth Herst - Parent (May 28, 2019)
Both my sons have struggled with the math teaching in the public system. They were frustrated and de...
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"My child was given the freedom to accelerate his learning where he was capable of doing so, and given support in those areas (e.g. social skills) where he needed it."
Anne Marie Laurin - Parent (May 24, 2019)
Our son started at Astolot in grade 2 and is graduating this year. As a person with dual exceptional...
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"Astolot excels in supporting each student to achieve the most positive outcome."
Raewyn Khosla - Parent (Mar 01, 2022)
Our son had an excellent experience at Astolot. Previous to starting the school in Grade 6 he had at...
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"Toronto STEM School is a not-for-profit independent high school focused on STEM. We are dedicated to providing our selected students with a rigorous and innovative educational experience. We offer a wide range of Advanced Placement courses in various subjects. With a strong emphasis on technology, the school has integrated cutting-edge tools such as coding, robotics, augmented reality, 3D printing, and AI into its curriculum. Our small and individualized learning environment is supportive and collaborative."
"Astolot Educational Centre was founded to meet the needs of students by understanding the learner's experience first, combined with environmental accommodations in order to deliver curriculum with success. Astolot staff consider Dyslexia requirements, have small groups, ADHD strategies, as well as programming for gifted students. Our mix of students results in positive learning experiences as challenges are matched with strategies to ensure student success."
"Toronto STEM School is a small sized educational facility with a small amount of students able to gain admission each year. Our size allows our staff to truly understand what they can do to assist students to thrive during lessons. As well, due to our student-centered nature, we are able to cater clubs, extra-help, and learning paths to each student's preference. We provide opportunities for students to stand out in their university applications through AP classes, and our day school students eligibility for the AP Capstone Diploma. This diverse learning environment helps pave the way to students aspirations for careers or studies once they enter post-secondary fields."
"Education programs are developed with the parent, child and teaching staff. Small class sizes and experienced, dedicated staff allow for proper implementation. Students and teachers have a role in directing learning. Students have input into how they learn as they become more aware of their own learning style. The method of teaching and learning varies; a student may learn paragraphs in a 'step by step' method, through computer editing, or holistically while researching a science topic."
"At TSS, we value creativity, critical thinking and problem-solving. With the emergence of new technologies in general and artificial intelligence in particular, preparing students for their post-secondary journey is quite essential. We believe that most "transactional" tasks will be eliminated in future jobs. Therefore, to be successful at university, college or one's career, it is crucial to focus on developing traits and acquiring skills that overcome day-to-day robotic tasks."
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"Students who get the most out of our program are those who thrive in an environment where academia is taken seriously and success and achievement is celebrated. Our student body consists of a balanced mix of local and international students whose top priority is advancing in their studies, becoming well-versed in STEM-related subjects, and building a strong portfolio for post-secondary applications.
Moreover, as we are a smaller sized school students who feel more comfortable interacting with smaller class sizes and having open discussions would be a great fit. Typically our largest classes have 10 people, so, students are able to get to know their classmates well, and open up about their thoughts and answers throughout lessons."
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"Families looking for a school with maximum flexibility might not appreciate our student-centered approach to achievement and success. We do take academia seriously!
Additionally, due to our STEM focused curriculum, families looking for an athletic or artistic focused school may find that we do not have as many courses or extracurriculars offered in those categories."
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"- Competitive tuition.
- Passionate teachers.
- Individualized learning.
- 6 report cards issued per each academic year."
"Cooperative learning is not a typical approach, this is precisely why families turn to Astolot. In addition to students reaching their potential, they are encouraged to take responsibility for their learning, whilst also developing their personal awareness of how they learn best. While the school offers a range of student support strategies, the ideal student is one who is capable of thriving in a challenging atmosphere, and who operates at the top of his or her peer group."
"Our admission rate to top universities and colleges is one of the main reasons families choose our school. Families manage to receive a quality service without bearing the cost of a "campus school" but seeing better results in terms of growth, achievement and admission. At our school, students' route to success is in-line with our organization's success. Therefore, families may count on our guidance services without reaching out to expensive schools or counseling services where the cost of enrollment or guidance towards receiving an admission to a top Canadian, US or UK universities is not affordable."
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"Please visit our team's page: https://www.torontostemschool.com/team
A small, dedicated and professional team of people who prioritize students' well-being and success. Every member of our team is essential to our success."
"Astolot Educational Centre was founded to meet the needs of students by understanding the learner's experience first, combined with environmental accommodations in order to deliver curriculum with success. Astolot staff consider all student needs, including programming for gifted students. Our mix of students results in positive learning experiences as challenges are matched with strategies to ensure student success."
"Small is better! The amount of attention and care your child receives won't be comparable to that of a large learning space with multiple elements of behaviour issues, student engagement and reaching a common goal! At our small community, we follow a shared focus: academia with a passion for STEM!
As an example, your child will be taken to 10 field trips per school year! Why? because they are effective, targeted, promote field learning and all in all, easy for us to plan and run!"
"Grade 1 to 6 classes are formed with student learning style and academic needs as the priority. Therefore, the classes are multi-grade level allowing for students to learn at an appropriate level. Grade 7 and 8 are important years, preparing them for the academic demands of high school. Grade 9 to 12 follow the Ontario Curriculum, earning credits towards the OSSD, granted by the Ministry of Education."
"Recently, we have introduced a new school calendar. We have adopted a semester school structure, similar to universities, differing slightly from the typical secondary school semester structure. Our Fall semester concludes before December holidays. Our Winter semester end in early May, just in-time for AP exams. Students have a short Summer course in the month of June!"
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"Universities and colleges face admission issues ranging from mark-inflations to AI-interfered supplementary application entries. Therefore, they'd like to see hands-on portfolio building, standard and measurable academic achievement metrics (such as AP's) and solid proof of a track record of success. We are seeing their need and we're responding to it!"
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At our school, “Putting Students First” means providing quality education, beyond the regular frameworks. While we have a great deal of respect for the established standards and expectations, we think innovatively to cater to our students and the evolving world around them. We elevate our curriculum in and out of the classroom, actively seek new resources, and ensure that our students are prepared for any post-secondary stream they choose. We aim to prove that school can truly be a place of positivity, genuine connection, learning, and fun.
Welcome to Astolot!
We are a small, not-for-profit, Ministry Inspected private school serving grades 1 to 12. We believe that structured, individual learning, allows students to reach their full potential. Students who are considered gifted have the opportunity to excel and be challenged, while additionally students are accommodated or offered alternative programming to meet their learning needs. Our classroom ratio is small, on average 1 teacher to 10 students, and we emphasize life skills in all aspects in school.
Founder Jennifer Cowan
Traditional
Information not available
Progressive (sometimes called "in- quiry-based") curricula attempt to place children's interests and ideas at the heart of the learning experience. Instead of lessons being driven by predetermined pathways, progressive curricula are often "emergent", with learning activities shaped by students' questions about the world. Instead of starting with academic concepts and then tying it to everyday experience, progressive methods begin with everyday experience and work back to an academic lesson. Teachers provide materials, experiences, tools and resources to help students investigate a topic or issue. Students are encouraged to explore, reflect on their findings, and discuss answers or solutions.
Traditional curricula tend to be very content-based and rooted in the core disciplines. It is a structured approach that involves the teacher delivering a unified curriculum through direct instruction. Students usually learn by observing and listening to their teacher, studying facts and concepts in textbooks, and completing both tests and written assignments - which challenge students to not only demonstrate their mastery of content but their ability to analyze and deconstruct it critically. Class discussions are also used to create critical dialogue around the content of the curriculum.
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We focus on mathematics, science, and engineering studies by supporting those who seek admission into such post-secondary disciplines. We value small classes to facilitate close relationships and to best support the needs of our individual learners. We offer: - University Pathway Program - Hands-On Learning - IELTS Preparation Sessions (for international students) - Fast Track Courses - One Field Trip per month - Enthusiastic teachers certified by Ontario College of Teachers
Ontario Curriculum requirements will be met by accommodating for visual, auditory and kinesthetic leaning. Students working on the same topic may approach the curriculum or completion on their product (essay/power-point/oral presentation) with their learning style in mind. Involvement of students and parents is essential to establishing curriculum delivery for students.
Equal Balance
Traditional Math typically teaches a method or algorithm FIRST, and THEN teaches the applications for the method. Traditional algorithms are emphasized and practiced regularly: repetition and drills are frequently used to ensure foundational mastery in the underlying mathematical procedures. The traditional approach to math views math education as akin to building a logical edifice: each brick depends on the support of the previously laid ones, which represent mastery over a particular procedure or method. Traditional Math begins by giving students a tool, and then challenges students to practice using that tool an applied way, with progressively challenging problems. In this sense Traditional Math aims to establish procedural understanding before conceptual and applied understanding.
These math programs feature an equal balance of “Traditional” and “Discovery” methods.
We aim to offer students a taste of what lies ahead. For many students graduating from high school, it isn't obvious, for example, how their math courses will relate to physics and chemistry courses encountered in their post-secondary studies. We value foresight in our teaching methods so that students become proactive learners who accurately predict what concepts and skills await them in future courses.
Grades 1-8 math is structured with the Jump Math books. Each student gets two workbooks per grade, and once the booklets are complete they can advance into upper-level booklets. The teacher provides direct instruction to the class, then works individually with the students at the level they are at. Each class has approximately 10 students.
Jump Math Books are used for elementary grades. Nelson Secondary Mathematic books are used for high school math.
We do not recommend calculators for grades 10 and below; however, all students are allowed to use scientific calculators for tests and exams.
Calculators are allowed during certain math problems. Graphing calculators are used in high school grades.
Balanced Literacy
Balanced reading programs are typically Whole Language programs with supplementary phonics training. This training might be incidental, or it might take the form of mini-lessons.
Both Phonics and whole language instruction are focused on for Literacy. Systematic-phonics programs teach young children to read by helping them to recognize and sound out the letters and syllables of words. Students are then led to blend these sounds together to sound out and recognize the whole word. While other reading programs might touch on phonetics (either incidentally or on a “when needed” basis), systematic phonics teaches phonics in a specific sequence, and uses extensive repetition and direct instruction to help readers associate specific letter patterns with their associated sounds. Whole Language reading programs eschew sublexical (under the word-level) training, focusing instead on getting students to infer and guess at words based on their understanding of the larger meaning of the sentence (“context-clues”). Students are given ample opportunity to read actual literature (age-appropriate) along with strategies for using semantic-based clues to pronounce unrecognized words.
DIBELS Testing: This school periodically uses DIBELS testing to assess reading progress.
Wilson Reading Program is used to assess reading level.
Equal balance
Programs that balance systematic and process approaches equally likely have an emphasis on giving young students ample opportunities to write, while providing supplementary class-wide instruction in grammar, parts of sentences, and various writing strategies.
There is an equal balance between systematic writing approach and process writing approach. The systematic approach to teaching beginner writing focuses on directly imparting explicit sentence construction strategies, along with planning, revising, and editing skills. Students are asked to learn these explicit strategies and skills and practice them before applying them in more holistic writing assignments. Grammar and parts of sentences tend to have a central role in systematic writing instruction. The process approach to teaching beginner writing aims to get students writing “real things” as much as possible and as soon as possible. The goal is to create the right environmental conditions to encourage a love of writing and a motivation to write well. With children invested in the writing process -- through assignments children find meaningful -- students are then given feedback on how they can improve.
Equal Balance
Science programs that balance expository and inquiry learning equally will likely have an equal blend of tests and experiments; direct, textbook-based instruction and student-centred projects.
Science programs that balance expository and inquiry learning equally will likely have an equal blend of tests and experiments; direct, textbook-based instruction and student-centred projects.
Our goal is to offer these students a taste of what lies ahead. For the student graduating high school, it isn't obvious how their math courses relate to physics and chemistry courses. We would like to paint a clear picture of the relationship between these courses to give students a head-start on their university careers. What isn't standard about our courses is the view ahead our instructors offer. Our tech workshops are a key component to this philosophy.
We offer an equal balance between inquiry scientific approach and expository science approach. Expository science is the more traditional method of teaching science: students learn scientific facts, theories, and the relationships between them through direct instruction by the teacher. These programs still incorporate hands-on experimentation and “live science”; however, relative to inquiry-based programs, expository science tilts towards content mastery and knowledge acquisition. Direct instruction ensures this acquisition process is efficient. Textbooks are emphasized (starting in earlier grades than inquiry-based programs), as are knowledge tests: students are asked to demonstrate they have thoroughly learned the content of the course, and can apply that knowledge to novel and challenging problems or questions. Inquiry-based science emphasizes teaching science as a way of thinking or practice, and therefore tries to get students “doing” science as much as possible -- and not just “learning” it.
Evolution as consensus theory
Evolution as one of many equally viable theories
Evolution is not taught
Evolution as consensus theory
Evolution as one of many equally viable theories
Evolution is not taught
Zoology
Equal Balance
In traditional literature programs students focus on decoding the mechanics of texts: plot, characterization, and themes. These texts tend to include a balance of contemporary and “classic” literature. When studying a past work, students investigate its historical context -- but only insofar as this adds understanding to the work itself. Past works are therefore studied “on their own terms”, and not merely as historical artifacts to be deconstructed: traditional literature programs are firmly rooted in the humanities, and carry the belief that great literature can reveal fundamental and universal truths about the human condition. These programs emphasize class discussions and critical essay writing, and aim to develop in students critical thinking, communication skills, and a cultivated taste and ethos.
These literature programs draw in equal measure from “Traditional” and “Social Justice” programs.
We teach literature primarily through a "Reader Response Theory" approach, where students are empowered to discover meanings from texts through their subjective experience as unique readers with differing identities and backgrounds. Through this method, we enact inquiry-based learning, where students are prompted with questions to help them delve into texts and develop their critical thinking skills. Students are encouraged to become reflective independent thinkers who confidently express their views on literature with clarity and persuasion. This approach encompasses the belief that there is not one correct interpretation of a text, but rather many possibilities. We see our students become active learners, engaged with a text and with their peers through discussion, rather than passively listening to the teacher. In addition to our reader response approach, we also teach elements of literature so that students have foundational knowledge to refer to in their interpretations.
There is an equal balance of traditional literature and social justice inspired literature. In traditional literature programs students focus on decoding the mechanics of texts: plot, characterization, and themes. These texts tend to include a balance of contemporary and “classic” literature. When studying a past work, students investigate its historical context -- but only insofar as this adds understanding to the work itself. These programs emphasize class discussions and critical essay writing, and aim to develop in students critical thinking, communication skills, and a cultivated taste and ethos. In social justice- inspired programs, literature is not viewed as something to be merely decoded and “appreciated”: rather, it is viewed as a catalyst to social action. Choice of texts tends to favour contemporary works.
Ancient lit
English lit
World (non-Western) lit
European (continental) lit
American lit
Canadian lit
Ancient lit
English lit
World (non-Western) lit
European (continental) lit
American lit
Canadian lit
Core Knowledge
Usually focused on teaching history and geography at an early age, the core knowledge approach uses story, drama, reading, and discussion to teach about significant people, places, and events. Breadth of content and knowledge is emphasized. The curriculum is often organized according to the underlying logic of the content: history might be taught sequentially, for example (as students move through the grades).
Information not available
Usually focused on teaching history and geography at an early age, the core knowledge approach uses story, drama, reading, and discussion to teach about significant people, places, and events. Breadth of content and knowledge is emphasized. The curriculum is often organized according to the underlying logic of the content: history might be taught sequentially, for example (as students move through the grades).
Equal Balance
These programs represent an equal balance between the perennialist and pragmatic approach to teaching the humanities and social sciences.
These programs represent an equal balance between the perennialist and pragmatic approach to teaching the humanities and social sciences.
We use a student-centred learning approach in our humanities and social science classes, where students are encouraged to research topics of personal interest and choose project directions suited to their individual preferences. By facilitating projects and activities centred on students' freedom of choice, we see learners become genuinely invested in their own education journey. We incorporate inquiry-based practices to help students become critical thinkers and cultivate their motivation in delving further into class concepts.
Perennialism in the humanities and social sciences emphasizes the idea of education being a kind of “conversation” between generations, and so frequently turns to “Great Works” and “Big Ideas” for teaching-content. Perennialist programs approach past works on their own terms; as if they might actually help students understand “today” better. Past works are not viewed as mere historical artifacts, but as gateways to a deeper understanding of the human condition. History (and, by extension, the humanities in general) therefore plays a large role in perennialist curriculums, though social sciences like economics, psychology, and sociology can still be taught. Pragmatism in the humanities and social sciences emphasizes making learning relevant to students’ present-day experience.
Equal Balance
These programs feature an equal blend of the audio-lingual and communicative styles of language instruction.
These programs feature an equal blend of the audio-lingual and communicative styles of language instruction.
We offer French, German, Latin and Spanish courses to reinforce the importance of global citizenship. We encourage students to expand their perspective by learning any one of these foreign languages. These courses are also available at AP level.
These programs feature an equal blend of the audio-lingual and communicative styles of language instruction.
Hebrew
ESL
Spanish
Russian
Latin
Japanese
Italian
Greek
German
French
Chinese-Mandarin
Chinese-Cantonese
Hebrew
ESL
Spanish
Russian
Latin
Japanese
Italian
Greek
German
French
Chinese-Mandarin
Chinese-Cantonese
Information not available
Equal Balance
Creative arts programs are studio-driven. While historical works and movements may still be taught to add context to the program, students mainly engage in making art (visual, musical, theatrical, etc). The goal is use the actual practice of art to help educate students’ emotions, cognition, and ethos.
These programs have an equal emphasis on receptive and creative learning.
We offer music courses at TSS. The technology element is essential since our instructors use up-to-date methods of digital sound mixing techniques.
We believe in expressive art. Creativity is inherently subjective. Our goal is to create an open and non-judgemental environment for students to experiment, innovate, and find the artist within.
Acting
Dance
Drama/Theatre
Graphic Design
Music
Visual Arts
Acting
Dance
Drama/Theatre
Graphic Design
Music
Visual Arts
Medium integration
A major effort is made to integrate the development of digital literacy throughout the curriculum and in everything students do. Digital literacy is understood to be a fundamental skill in the 21st century: it therefore follows, the idea goes, that teachers should find ways to connect every lesson back to technology. Effort is made to ensure the use of technology is meaningful and advances students’ skills beyond what they would otherwise be from using computers outside the classroom.
Effort is made to integrate the development of digital literacy through the curriculum. However, this is not a dominant focus.
Students analyze algorithms for effectiveness. They investigate ethical issues in computing and further explore environmental issues, emerging technologies, areas of research in computer science, and careers in the field.
For high school classes, students are required to have a computer to type assignments. However, hand writing is an option for some students and for certain assignments. Students are allowed their assistive technology whenever it applies.
Web design
Robotics
Computer science
Physical education takes place in the neighbourhood park and at outdoor education centres. Elementary students get an hour outside each day. High School students get an hour break with the option and encouragement to go outside. During spring and fall, all students are outside most days. Physical Education classes follow curriculum, and go beyond the curriculum to focus on team building and cooperation.
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Standard-enriched
The main curriculum pace is non-standardized and is HIGHLY responsive to the pacing of individual students, (via differentiated instruction, differentiated assessment, etc). In theory, some students outpace the default/normalized curriculum, while others spend periods "behind schedule" if they need the extra time.
Broadly-speaking, the main curriculum -- like that of most schools -- paces the provincially-outlined one. This pace is steady and set by the teachers and school. The curriculum might still be enriched in various ways: covering topics more in-depth and with more vigor than the provincial one, or covering a broader selection of topics.
To accommodate different schedules, we offer correspondence courses where students earn credits through online platforms that allow flexible pacing, suited to individual needs. Additionally, we provide evening and night classes for students occupied during the day, or for those who simply prefer to be in school after typical hours.
Gifted students have the opportunity to be placed in a higher grade level for subjects they excel in.
Supportive
A school with a “supportive” academic culture focuses more on process than short-term outcomes: academic performance is a welcomed side-benefit, but not the driving focus. This does not mean the school lacks standards, or has low expectations for its students: a school can have a supportive academic culture and still light the fire of ambition in its students. It does mean, however, the school provides a less intensive culture than schools with a “rigorous” academic classification, and is focused more simply on instilling a love of learning and life-long curiosity.
A school with a “supportive” academic culture focuses more on process than short-term outcomes: academic performance is a welcomed side-benefit, but not the driving focus. This does not mean the school lacks standards, or has low expectations for its students: a school can have a supportive academic culture and still light the fire of ambition in its students. It does mean, however, the school provides a less intensive culture than schools with a “rigorous” academic classification, and is focused more simply on instilling a love of learning and life-long curiosity.
We set high standards to prepare our students for success in their post-secondary education journeys while simultaneously nurturing the curiosity and liveliness of our students by encouraging a learning process that is not based on rote learning or dominated by direct instruction. The academic culture we promote is one of COMMUNITY and APPROACHABILITY, where we seek to eliminate the barriers between teachers and students that are often found in the public school system. We aim to do more than simply impart knowledge on students; we aim to build relationships founded on mutual trust and respect.
Astolot has a “supportive” academic culture focusing on developing student learning strategies and self-advocacy. Academic performance is a welcomed benefit of our focus. Astolot students proceed to post secondary with the necessary skills to be successful. We have a supportive academic culture to turn students from frustrated to engaged learners. Astolot is focused on instilling a love of learning and life-long curiosity.
"We intentionally avoid all forms of public distinction between students in terms of academic performance."
"We honour and distinguish our brightest students, using them as examples for other students to follow."
Balanced
Equal emphasis is placed on a balance of priorities: intellectual, emotional, social and physical cultivation.
Intellectual
The goal is to cultivate "academically strong, creative and critical thinkers, capable of exercising rationality, apprehending truth, and making aesthetic distinctions."
Intellectual
The goal is to cultivate "academically strong, creative and critical thinkers, capable of exercising rationality, apprehending truth, and making aesthetic distinctions."
Balanced
Equal emphasis is placed on a balance of priorities: intellectual, emotional, social and physical cultivation.
Our faculty is comprised of teachers who prioritize - intellectual development - emotional intelligence - social awareness - physical wellness - spiritual resourceful Through these differences, our students are exposed to various teaching philosophies and practices that ultimately bring them a balanced experience. We aim, both individually and collectively, to offer our students a wide-lensed perspective of these multiple modes of development. Extra-curricular activities are key in order to help students develop a better sense of belonging to school community. Arts, Math, Games, Drones and Language Clubs are available on a weekly basis for students.
At Astolot, we believe that the basic needs (security, trust, health) need to be addressed before academic success can be obtained. Our goal is to increase student's intellectual level, through addressing their emotional and social needs. We want our students to be academically strong, creative, critical thinkers with the learning skills required for success beyond high school. We also want our students to be emotionally intelligent and confident, capable of learning both about themselves and others.
FORMAL SUPPORT FOR DISORDERS, DISABILITIES, AND EXCEPTIONALITIESA - Forms of SupportAccommodation:
Modification:
Remediation:
B - EnvironmentsIndirect Support:
Resource Assistance:
Withdrawal Assistance:
Partial Integration:
Full-Time Class:
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| Forms of Support | Environments | Forms of Support | Environments | |
ADHD (moderate to severe) This is a neurodevelopmental disorder. Children with ADHD may be hyperactive and unable control their impulses. Or they may have trouble paying attention. These behaviors can interfere with school and home life. | ||||
| Learning disabilities | ||||
Dyslexia (Language-Based Learning Disability) This is a learning disability that can limit a child's ability to read and learn. It can have a variety of traits. A few of the main ones are impaired phonological awareness and decoding, problems with orthographic coding, and auditory short-term memory impairment. | ||||
Auditory Processing Disorder (APD) This is a sound differentiation disorder involving problems with reading, comprehension, and language. | ||||
Dyscalculia This is a kind of specific learning disability in math. Kids with this math disorder have problems with calculation. They may also have problems with math-related concepts such as time and money. | ||||
Dysgraphia This is a kind of specific learning disability in writing. It involves problems with handwriting, spelling, and organizing ideas. | ||||
Language Processing Disorder This is characterized by having extreme difficulty understanding what is heard and expressing what one wants to say. These disorders affect the area of the brain that controls language processing.
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Nonverbal Learning Disorders (NLD) These involve difficulties interpreting non-verbal cues, such as facial expressions and body language. They're usually characterized by a significant discrepancy between higher verbal skills and weaker motor, visual-spatial, and social skills. | ||||
Visual Perceptual/Visual Motor Deficit A characteristic seen in people with learning disabilities such as Dysgraphia or Non-verbal LD. It can result in missing subtle differences in shapes or printed letters, losing place frequently, struggles with cutting, holding pencil too tightly, or poor eye/hand coordination. | ||||
| Developmental | ||||
Autism Refers to a range of conditions that involve challenges with social skills, repetitive behaviors, and speech and nonverbal communication. They also involve unique strengths and differences. For instance, there are persons with both low- and high-functioning autism (some claim the latter is identical to Asperger's syndrome). | ||||
Asperger's Syndrome On the autism spectrum, Asperger's is considered quite mild in terms of symptoms. While traits can vary widely, many kids with Asperger's struggle with social skills. They also sometimes fixate on certain subjects and engage in repetitive behaviour. | ||||
Down syndrome his is associated with impairment of cognitive ability and physical growth, and a particular set of facial characteristics. | ||||
Intellectual disability This is a condition characterized by significant limitations in intellectual functioning (e.g., reasoning, learning, and problem solving). Intellectual disabilities are also known as general learning disabilities (and used to be referred to as a kind of mental retardation). | ||||
Williams syndrome This is a rare genetic disorder present at birth. It is characterized by intellectual disabilities or learning problems, unique facial features, and cardiovascular problems. | ||||
Fetal Alcohol Spectrum Disorder (FASD) Fetal Alcohol Spectrum Disorder (FASD) is an umbrella term used to describe the range of effects that can occur in an individual whose mother consumed alcohol during pregnancy. These may include growth deficits, facial anomalies, and damage to the central nervous system, which can lead to cognitive, behavioural, and other problems. | ||||
| Behavioral and Emotional | ||||
Troubled behaviour / troubled teens roubled teens tend to have problems that are intense, persistent, and can lead to quite unpredictable behaviour. This can lead to behavioural and emotional issues, such as drug and alcohol abuse, criminal behaviour, eating disorders, depression, and anxiety. | ||||
Clinical Depression This is a mental health disorder also called "major depression." It involves persistent feelings of sadness, loss, and anger. According to the Mayo Clinic, symptoms are usually severe enough to cause noticeable problems in relationships with others or in daily activities, such as school, work, or one's social life. | ||||
Clinical anxiety This is a mood disorder involving intense, relentless feelings of distress and fear. They can also have excessive and persistent worry about everyday situations, and repeated episodes of intense anxiety or terror. | ||||
Suicidal thoughts This involves persistent thoughts about ending one's life. | ||||
Drug and alcohol abuse This involves the excessive use of drug and/or alcohol, which interferes with daily functioning. | ||||
Oppositional Defiant Disorder (ODD) This is a disruptive behavioural disorder which normally involves angry outbursts, often directed at people of authority. This behaviour must last continuously for six months or more and significantly interfere with daily functioning. | ||||
| Physical | ||||
Multiple sclerosis This is a condition of the central nervous system. It affects the brain, optic nerves, and spinal cord. Symptoms can include fatigue, loss of motor control, memory loss, depression, and cognitive difficulties. | ||||
Cerebral palsy his refers to a group of permanent movement disorders that appear in early childhood. CP is caused by abnormal development or damage to the parts of the brain that control movement, balance, and posture. | ||||
Muscular dystrophy Muscular dystrophy is a neuromuscular disorder which weakens the body's muscles. Causes, symptoms, age of onset, and prognosis vary between individuals. | ||||
Spina Bifida This is a condition present at birth due to the incomplete formation of the spine and spinal cord. It can lead to a number of physical challenges, including paralysis or weakness in the legs, bowel and bladder incontinence, hydrocephalus (too much fluid in the brain), and deformities of the spine. | ||||
Dyspraxia (Developmental Coordination Disorder) This is a Developmental Coordination Disorder (DCD). Also known as "sensory integration disorder," it affects fine and/or gross motor coordination in children and adults. It may also affect speech. | ||||
Blindness Visual impairment is a decreased ability or inability to see that can't be fixed in usual ways, such as with glasses. Some people are completely blind, while others have what's called "legal blindness." | ||||
Deafness Hearing impairment, also known as "hearing loss," is a partial or total inability to hear. The degree of hearing impairment varies between people. It can range from complete hearing loss (or deafness) to partial hearing loss (meaning the ears can pick up some sounds). | ||||
Cystic Fibrosis Cystic Fibrosis (CF) is an inherited genetic condition, which affects the body's respiratory, digestive, and reproductive systems. It affects young children and adults. | ||||
Multiple physical Accommodating a wide range of physical conditions and disabilities. | ||||
Social skills programs
Occupational therapy
Psychotherapy
Speech-language therapy
Social skills programs
Occupational therapy
Psychotherapy
Speech-language therapy
Accommodations
Modifications
Extra support
Accommodations
Extra support
Social skills programs
Occupational therapy
Psychotherapy
Speech-language therapy
Social skills programs
Occupational therapy
Psychotherapy
Speech-language therapy
The accommodations and modifications we apply to the learning process for our special needs students is derived from communication, observation, and interaction. Our small class sizes allow us the time and energy to understand our students on a deeper level so that changes to instructions, projects, activities, and teaching strategies can be made to help maximize the receptivity of our learners to reach their full potential.
Astolot provides space for specialists to work with students to receive support for dyslexia, occupational therapy, social skills development and speech-language therapy.
We very much value the individuality of each student, and with that, comes the recognition that each individual learner is comprised of distinct needs. We aim to meet these needs through one-one-one interactions, positive feedback and conferences where each student is fully supported and accommodated during his/her learning process. Our small class sizes allow ample attention to be given to each learner so that tailored teaching strategies can be applied to provide the highest quality of student-centered education.
Astolot has the ability to support students with mild disabilities, but not severe disabilities since we do not modify curriculum. Extra support is offered to students struggling to access the curriculum or demonstrate their learning. Our small classroom sizes allows teachers to provide specific attention to students with a learning challenge.
CompetitiveComp. |
RecreationalRec. |
CompetitiveComp. |
RecreationalRec. |
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Badminton |
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Baseball |
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Basketball |
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Canoeing/Kayaking |
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Cricket |
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Cross-country skiing |
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Cycling |
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Downhill skiing |
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Equestrian |
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Fencing |
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Field Hockey |
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Figure Skating |
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Football |
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Golf |
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Gymnastics |
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Ice Hockey |
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Ice Skating |
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Lacrosse |
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Martial Arts |
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Mountain biking |
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Racquet Ball |
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Rowing |
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Rugby |
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Running |
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Sailing |
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Skateboarding |
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Snowboarding |
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Soccer |
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Softball |
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Squash |
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Swimming |
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Tennis |
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Track & Field |
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Volleyball |
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Weightlifting |
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Wrestling |
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Archery |
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Curling |
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Ultimate |
Ballet and Classical Ballet
Yoga
Yearbook
Student Council
Scouting
Science Club
School newspaper
Round Square
Robotics club
Radio club
Poetry/Literature club
Photography
Paintball
Outdoor Education
Outdoor Club
Online Magazine
Musical theatre/Opera
Math Club
Jazz Ensemble
Habitat for Humanity
Foreign Language Club
Environmental Club
Drama Club
Debate Club
Dance Club
Computer Club
Community Service
Choir
Chess Club
Band
Audiovisual Club
Astronomy Club
Art Club
Animation
Ballet and Classical Ballet
Yoga
Yearbook
Student Council
Scouting
Science Club
School newspaper
Round Square
Robotics club
Radio club
Poetry/Literature club
Photography
Paintball
Outdoor Education
Outdoor Club
Online Magazine
Musical theatre/Opera
Math Club
Jazz Ensemble
Habitat for Humanity
Foreign Language Club
Environmental Club
Drama Club
Debate Club
Dance Club
Computer Club
Community Service
Choir
Chess Club
Band
Audiovisual Club
Astronomy Club
Art Club
Animation
0%
0%
$0
$0
70%
90%
7, 8, 9, 10, 11, 12
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
Rolling
Rolling
Not available
Not available
Yes: grades 9 - 12
Yes: grades 1 - 12
No
No
No
No
No
No
No
No
No
No
At TSS we welcome students wishing to learn outside the standard school system. We aim to accommodate students seeking a higher quality of education than what their current school provides. Generally, students at our school have a passion for math and sciences. They love learning through projects: 3D-printing, Drone Building or Math Modelling. If you feel like you need a school that gives you a great opportunity in STEM and provides you a calm, engaging and welcoming environment, then we are what you're looking for!
Astolot attracts students who find large classrooms frustrating due to sensory overload, lack of time with the teacher or require individualized programing.
Full application is available at: https://www.torontostemschool.com/admission
Step 1 - Parent interview with Administration
Step 2 - Shadow Day
Step 3 - Review of relevant reports
Step 4 - Parent School Conversation
