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MYP Regular Courses

With inquiry at the core, the MYP sciences courses aims to guide students to independently and collaboratively investigate issues through research, observation and experimentation.

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iMAP (Integrated Mathematics and Physics)

Overview

MYP iMAP (Integrated Mathematics and Physics) that is part of the International Baccalaureate (IB) Middle Years Programme (MYP). In general, an integrated approach to mathematics and physics aims to combine concepts from both subjects, emphasising their interconnectedness and providing students with a holistic understanding of the relationship between mathematical principles and physical phenomena.

Goals & Objectives

In our program, our primary goal is to cultivate a dynamic and interconnected learning experience that seamlessly blends the worlds of mathematics and physics. Through this integrated approach, our overarching objective is to empower students with the skills to tackle realworld challenges by applying mathematical reasoning to comprehend and solve complex physical problems. our specific objectives include designing a curriculum that strategically integrates key mathematical concepts with fundamental principles of physics. We aim to provide students with measurable milestones, ensuring they attain proficiency in applying mathematical models to analyse and interpret physical phenomena. Through inquiry-based learning experiences, we intend to stimulate curiosity and encourage students to explore the intricate connections between mathematical abstractions and real-world observations. Our assessment criteria will focus on not only individual subject mastery but also on students' ability to synthesise knowledge

Approaches to Teaching

We prioritise an immersive and hands-on learning experience that goes beyond traditional subject boundaries. Our educators are committed to fostering a holistic understanding of mathematics and physics by seamlessly integrating these disciplines into a cohesive curriculum. Rather than compartmentalising knowledge, we emphasise the interconnectedness of mathematical principles and physical phenomena, allowing students to see the relevance and applications of both subjects in tandem.

Our teaching methodology revolves around interactive lessons, collaborative projects, and real-world applications that engage students in the exploration of mathematical concepts within the context of physics. We encourage inquiry-based learning, where students actively participate in problem-solving and critical thinking, applying mathematical models to analyse and interpret scientific phenomena. Through this approach, we aim to cultivate a sense of curiosity, creativity, and analytical prowess, preparing our students not only for academic success but also for a future where interdisciplinary skills are integral to addressing complex challenges in science and beyond.
Adaptive learning:

Assessment and Evaluation Model

Formative Assessment:

  • Regular quizzes, class discussions, and assignments to gauge understanding during the learning process.
  • Ongoing feedback to help students identify areas for improvement.

Summative Assessment:

  • Mock exams and practice tests to simulate the conditions of the final IBDP examinations.
  • Comprehensive assessments at the end of each unit or module.

Presentative Assessments:

  • Presentations, debates, and oral exams to assess students' communication and presentation skills.
  • Evaluation of language proficiency and clarity of expression.

Technology-Enhanced Assessment:

  • Online quizzes and interactive learning platforms to assess digital literacy
  • Use of educational technology to enhance the assessment process and engage students.

Real-World Application Projects:

  • Assignments that require the application of theoretical knowledge to real-world scenarios.
  • Emphasis on critical thinking, problem-solving, and practical application of concepts.

Continuous Monitoring:

  • Regular check-ins and progress assessments to identify struggling students early
  • Personalized support and interventions for students who need additional assistance

Parent-Teacher Conferences:

  • Regular communication with parents to discuss student progress, strengths, and areas for improvement through
  • Collaborative goal setting between teachers, students, and parents

Feedback Mechanism:

  • Constructive feedback provided promptly after assessments.
  • Use of feedback to guide future learning and improvement.

Faculty Information

Qualifications:
Ph.D./M.Sc./B.Tech in Academic Subject of tutoring

Professional Experience:
10+ years of teaching experience
Published research in peer-reviewed journals.
Successfully guided students to achieve top scores in IBDP

Technology & Databases

  • Database for Exam Style Questions segregated into levels for adaptive learning
  • LMS, Digital Notebook, Industry standard Virtual classroom platform
  • Pen and Paper and Online/Digital Assessment platforms

Progarm Mode

HYBRID CLASSROOM PROGRAMS (Only for Mumbai)

VIRTUAL PROGRAMS Across Globe (All Time Zones)

Infrastructure

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Success Stories/Testimonials

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MYP EXTENDED/STANDARD MATHS

Overview

The International Baccalaureate (IB), Middle Years Programme (MYP) offers two distinct mathematics courses, Extended Mathematics and Standard Mathematics, tailored to the diverse needs and aptitudes of students aged. Extended Mathematics provides a rigorous exploration of mathematical concepts, catering to students with a strong affinity for the subject. This course delves into topics with greater depth and complexity, preparing students for the advanced mathematical content encountered in the IB Diploma Programme. Emphasising higher-order thinking, Extended Mathematics fosters critical reasoning and problem-solving skills through challenging investigations and applications. On the other hand, Standard Mathematics is designed for students with a solid understanding of foundational mathematical concepts, offering a balanced curriculum that covers essential areas such as algebra, geometry, and statistics. Standard Mathematics aims to develop core mathematical skills, preparing students for further studies in mathematics or related fields at the higher education level. Both courses reflect the MYP's commitment to fostering mathematical literacy, critical thinking, and a comprehensive understanding of the subject, while providing flexibility to accommodate students' varying levels of proficiency and interests.

Goals & Objectives

Our goals are centred on fostering a robust foundation in mathematical literacy, critical thinking, and problem-solving skills. For Extended Mathematics, our overarching goal is to challenge and inspire students who demonstrate a strong aptitude for mathematics. We aim to deepen their understanding of complex mathematical concepts, preparing them for the advanced content of the IB Diploma Programme. Through challenging investigations, our objective is to cultivate a passion for abstract reasoning and problem-solving, laying the groundwork for future academic pursuits in mathematics and related fields.

In Standard Mathematics, our primary goal is to provide a comprehensive and accessible curriculum that equips students with the essential mathematical skills needed for their academic and practical endeavours. We strive to foster a deep appreciation for the real-world applications of mathematics, emphasizing its relevance in various disciplines. Our objective is to develop students' abilities to apply mathematical concepts to solve practical problems and to enhance their critical thinking skills.

Approaches to Teaching

We prioritise an immersive and hands-on learning experience that goes beyond traditional subject boundaries. Our educators are committed to fostering a holistic understanding of mathematics and physics by seamlessly integrating these disciplines into a cohesive curriculum. Rather than compartmentalising knowledge, we emphasise the interconnectedness of mathematical principles and physical phenomena, allowing students to see the relevance and applications of both subjects in tandem.Our teaching methodology revolves around interactive lessons, collaborative projects, and real-world applications that engage students in the exploration of mathematical concepts within the context of physics. We encourage inquirybased learning, where students actively participate in problem-solving and critical thinking, applying mathematical models to analyse and interpret scientific phenomena. Through this approach, we aim to cultivate a sense of curiosity, creativity, and analytical prowess, preparing our students not only for academic success but also for a future where Adaptive learning:

Assessment and Evaluation Model

Formative Assessment:

  • Regular quizzes, class discussions, and assignments to gauge understanding during the learning process.
  • Ongoing feedback to help students identify areas for improvement.

Summative Assessment:

  • Mock exams and practice tests to simulate the conditions of the final IBDP examinations.
  • Comprehensive assessments at the end of each unit or module.

Presentative Assessments:

  • Presentations, debates, and oral exams to assess students' communication and presentation skills.
  • Evaluation of language proficiency and clarity of expression.

Technology-Enhanced Assessment:

  • Online quizzes and interactive learning platforms to assess digital literacy
  • Use of educational technology to enhance the assessment process and engage students.

Real-World Application Projects:

  • Assignments that require the application of theoretical knowledge to real-world scenarios.
  • Emphasis on critical thinking, problem-solving, and practical application of concepts.

Continuous Monitoring:

  • Regular check-ins and progress assessments to identify struggling students early
  • Personalized support and interventions for students who need additional assistance

Parent-Teacher Conferences:

  • Regular communication with parents to discuss student progress, strengths, and areas for improvement through
  • Collaborative goal setting between teachers, students, and parents

Feedback Mechanism:

  • Constructive feedback provided promptly after assessments.
  • Use of feedback to guide future learning and improvement.

Faculty Information

Qualifications:
Ph.D./M.Sc./B.Tech in Academic Subject of tutoring

Professional Experience:
10+ years of teaching experience
Published research in peer-reviewed journals.
Successfully guided students to achieve top scores in IBDP

Technology & Databases

  • Database for Exam Style Questions segregated into levels for adaptive learning
  • LMS, Digital Notebook, Industry standard Virtual classroom platform
  • Pen and Paper and Online/Digital Assessment platforms

Progarm Mode

HYBRID CLASSROOM PROGRAMS (Only for Mumbai)

VIRTUAL PROGRAMS Across Globe (All Time Zones)

Infrastructure

Infrastructure image

Success Stories/Testimonials

Testimonials image Enroll Now

MYP PHYSICS

Overview

The Middle Years Programme (MYP) Physics course comprehensive and explores fundamental principles through hands-on experiments and realworld applications. It emphasizes matter, energy, and forces, fostering critical thinking and problem-solving. The curriculum inspires curiosity, encourages questioning, and instils an enduring fascination with physics, preparing students for academic pursuits and real-world challenges.

Goals & Objectives

In the MYP Physics course, our primary objective is to cultivate a profound understanding of the fundamental principles governing the physical world among adolescent students. Through engaging hands-on experiments, our goal is to nurture their curiosity and passion for inquiry, fostering essential critical thinking and problem-solving skills. Guiding students through systematic investigations into mechanics, thermodynamics, electricity, magnetism, waves, and the nature of matter is a key aspect of our curriculum. We emphasize the practical relevance of theoretical concepts, encouraging students to apply their knowledge to address intricate scientific challenges. By inspiring curiosity, promoting effective communication of scientific findings, and fostering collaborative learning experiences, our overarching aim is to prepare students for upcoming academic pursuits and provide them with the necessary skills for a lifetime of engagement with the marvels of the natural world.

Approaches to Teaching

We prioritise an immersive and hands-on learning experience that goes beyond traditional subject boundaries. Our educators are committed to fostering a holistic understanding of mathematics and physics by seamlessly integrating these disciplines into a cohesive curriculum. Rather than compartmentalising knowledge, we emphasise the interconnectedness of mathematical principles and physical phenomena, allowing students to see the relevance and applications of both subjects in tandem.Our teaching methodology revolves around interactive lessons, collaborative projects, and real-world applications that engage students in the exploration of mathematical concepts within the context of physics. We encourage inquirybased learning, where students actively participate in problem-solving and critical thinking, applying mathematical models to analyse and interpret scientific phenomena. Through this approach, we aim to cultivate a sense of curiosity, creativity, and analytical prowess, preparing our students not only for academic success but also for a future where
Adaptive learning:

Assessment and Evaluation Model

Formative Assessment:

  • Regular quizzes, class discussions, and assignments to gauge understanding during the learning process.
  • Ongoing feedback to help students identify areas for improvement.

Summative Assessment:

  • Mock exams and practice tests to simulate the conditions of the final IBDP examinations.
  • Comprehensive assessments at the end of each unit or module.

Presentative Assessments:

  • Presentations, debates, and oral exams to assess students' communication and presentation skills.
  • Evaluation of language proficiency and clarity of expression.

Technology-Enhanced Assessment:

  • Online quizzes and interactive learning platforms to assess digital literacy
  • Use of educational technology to enhance the assessment process and engage students.

Real-World Application Projects:

  • Assignments that require the application of theoretical knowledge to real-world scenarios.
  • Emphasis on critical thinking, problem-solving, and practical application of concepts.

Continuous Monitoring:

  • Regular check-ins and progress assessments to identify struggling students early
  • Personalized support and interventions for students who need additional assistance

Parent-Teacher Conferences:

  • Regular communication with parents to discuss student progress, strengths, and areas for improvement through
  • Collaborative goal setting between teachers, students, and parents

Feedback Mechanism:

  • Constructive feedback provided promptly after assessments.
  • Use of feedback to guide future learning and improvement.

Faculty Information

Qualifications:
Ph.D./M.Sc./B.Tech in Academic Subject of tutoring

Professional Experience:
10+ years of teaching experience
Published research in peer-reviewed journals.
Successfully guided students to achieve top scores in IBDP

Technology & Databases

  • Database for Exam Style Questions segregated into levels for adaptive learning
  • LMS, Digital Notebook, Industry standard Virtual classroom platform
  • Pen and Paper and Online/Digital Assessment platforms

Progarm Mode

HYBRID CLASSROOM PROGRAMS (Only for Mumbai)

VIRTUAL PROGRAMS Across Globe (All Time Zones)

Infrastructure

Infrastructure image

Success Stories/Testimonials

Testimonials image Enroll Now

MYP CHEMISTRY & BIOLOGY

Overview

The Middle Years Programme (MYP) offers comprehensive Chemistry and Biology courses. In MYP Chemistry, students explore principles governing matter through practical experiments, fostering a deep understanding of chemical concepts. Similarly, MYP Biology provides a holistic exploration of living organisms and their interactions, encouraging students to apply their knowledge to real-world issues, fostering curiosity and critical thinking.

Goals & Objectives

In the MYP Chemistry and Biology courses, our primary goal is to deliver a comprehensive and captivating scientific education to students. In Chemistry, we aim to deepen understanding of matter and its interactions, fostering critical thinking through practical experiments and theoretical exploration. Similarly, Biology offers a holistic study of living organisms, emphasizing handson experiments and encouraging application of knowledge to contemporary issues. Our ultimate objective is to inspire curiosity, develop critical thinking, and instil a lifelong passion for scientific inquiry, preparing students for academic pursuits and a profound connection with the natural world.

Approaches to Teaching

We prioritise an immersive and hands-on learning experience that goes beyond traditional subject boundaries. Our educators are committed to fostering a holistic understanding of mathematics and physics by seamlessly integrating these disciplines into a cohesive curriculum. Rather than compartmentalising knowledge, we emphasise the interconnectedness of mathematical principles and physical phenomena, allowing students to see the relevance and applications of both subjects in tandem.Our teaching methodology revolves around interactive lessons, collaborative projects, and real-world applications that engage students in the exploration of mathematical concepts within the context of physics. We encourage inquirybased learning, where students actively participate in problem-solving and critical thinking, applying mathematical models to analyse and interpret scientific phenomena. Through this approach, we aim to cultivate a sense of curiosity, creativity, and analytical prowess, preparing our students not only for academic success but also for a future where
Adaptive learning:

Assessment and Evaluation Model

Formative Assessment:

  • Regular quizzes, class discussions, and assignments to gauge understanding during the learning process.
  • Ongoing feedback to help students identify areas for improvement.

Summative Assessment:

  • Mock exams and practice tests to simulate the conditions of the final IBDP examinations.
  • Comprehensive assessments at the end of each unit or module.

Presentative Assessments:

  • Presentations, debates, and oral exams to assess students' communication and presentation skills.
  • Evaluation of language proficiency and clarity of expression.

Technology-Enhanced Assessment:

  • Online quizzes and interactive learning platforms to assess digital literacy
  • Use of educational technology to enhance the assessment process and engage students.

Real-World Application Projects:

  • Assignments that require the application of theoretical knowledge to real-world scenarios.
  • Emphasis on critical thinking, problem-solving, and practical application of concepts.

Continuous Monitoring:

  • Regular check-ins and progress assessments to identify struggling students early
  • Personalized support and interventions for students who need additional assistance

Parent-Teacher Conferences:

  • Regular communication with parents to discuss student progress, strengths, and areas for improvement through
  • Collaborative goal setting between teachers, students, and parents

Feedback Mechanism:

  • Constructive feedback provided promptly after assessments.
  • Use of feedback to guide future learning and improvement.

Faculty Information

Qualifications:
Ph.D./M.Sc./B.Tech in Academic Subject of tutoring

Professional Experience:
10+ years of teaching experience
Published research in peer-reviewed journals.
Successfully guided students to achieve top scores in IBDP

Technology & Databases

  • Database for Exam Style Questions segregated into levels for adaptive learning
  • LMS, Digital Notebook, Industry standard Virtual classroom platform
  • Pen and Paper and Online/Digital Assessment platforms

Progarm Mode

HYBRID CLASSROOM PROGRAMS (Only for Mumbai)

VIRTUAL PROGRAMS Across Globe (All Time Zones)

Infrastructure

Infrastructure image

Success Stories/Testimonials

Testimonials image Enroll Now

MYP INTEGRATED SCIENCE

Overview

The MYP Integrated Science, designed for students to offers an interdisciplinary approach by combining physics, chemistry, biology, and environmental science. Through hands-on experiments and real-world applications, students gain a deep understanding of scientific principles and enhance critical thinking and problem-solving skills. The course encourages exploration of interconnected scientific concepts, fostering a holistic view of the natural world, and preparing students for future academic and practical pursuits in science.

Goals & Objectives

In our MYP Integrated Science program, our goal is to cultivate curious, knowledgeable, and globally-minded learners who understand the interconnectedness of scientific disciplines. The curriculum promotes a deep understanding of physics, chemistry, biology, and environmental science through inquiry-based learning. Emphasis is placed on developing critical thinking and communication skills, honing practical abilities through hands-on experiments, and instilling a profound appreciation for the ethical dimensions of science. We extend learning beyond the classroom, fostering personal responsibility and a global perspective, ultimately empowering students for a lifelong journey of scientific exploration.

Approaches to Teaching

We prioritise an immersive and hands-on learning experience that goes beyond traditional subject boundaries. Our educators are committed to fostering a holistic understanding of mathematics and physics by seamlessly integrating these disciplines into a cohesive curriculum. Rather than compartmentalising knowledge, we emphasise the interconnectedness of mathematical principles and physical phenomena, allowing students to see the relevance and applications of both subjects in tandem.Our teaching methodology revolves around interactive lessons, collaborative projects, and real-world applications that engage students in the exploration of mathematical concepts within the context of physics. We encourage inquirybased learning, where students actively participate in problem-solving and critical thinking, applying mathematical models to analyse and interpret scientific phenomena. Through this approach, we aim to cultivate a sense of curiosity, creativity, and analytical prowess, preparing our students not only for academic success but also for a future where
Adaptive learning:

Assessment and Evaluation Model

Formative Assessment:

  • Regular quizzes, class discussions, and assignments to gauge understanding during the learning process.
  • Ongoing feedback to help students identify areas for improvement.

Summative Assessment:

  • Mock exams and practice tests to simulate the conditions of the final IBDP examinations.
  • Comprehensive assessments at the end of each unit or module.

Presentative Assessments:

  • Presentations, debates, and oral exams to assess students' communication and presentation skills.
  • Evaluation of language proficiency and clarity of expression.

Technology-Enhanced Assessment:

  • Online quizzes and interactive learning platforms to assess digital literacy
  • Use of educational technology to enhance the assessment process and engage students.

Real-World Application Projects:

  • Assignments that require the application of theoretical knowledge to real-world scenarios.
  • Emphasis on critical thinking, problem-solving, and practical application of concepts.

Continuous Monitoring:

  • Regular check-ins and progress assessments to identify struggling students early
  • Personalized support and interventions for students who need additional assistance

Parent-Teacher Conferences:

  • Regular communication with parents to discuss student progress, strengths, and areas for improvement through
  • Collaborative goal setting between teachers, students, and parents

Feedback Mechanism:

  • Constructive feedback provided promptly after assessments.
  • Use of feedback to guide future learning and improvement.

Faculty Information

Qualifications:
Ph.D./M.Sc./B.Tech in Academic Subject of tutoring

Professional Experience:
10+ years of teaching experience
Published research in peer-reviewed journals.
Successfully guided students to achieve top scores in IBDP

Technology & Databases

  • Database for Exam Style Questions segregated into levels for adaptive learning
  • LMS, Digital Notebook, Industry standard Virtual classroom platform
  • Pen and Paper and Online/Digital Assessment platforms

Progarm Mode

HYBRID CLASSROOM PROGRAMS (Only for Mumbai)

VIRTUAL PROGRAMS Across Globe (All Time Zones)

Infrastructure

Infrastructure image

Success Stories/Testimonials

Testimonials image Enroll Now

All MYP Courses & Programs

MYP Regular Course

We deliver the MYP Mathematics Program keeping the e-assessment guidelines in mind and train the kids with the technologies used for these programs.

Short term Contact program (Physics)

A crash course specially designed for the specific need, covering the topics that are required by the student to cover.

Short term Contact Program (Mathematics)

A crash course specially designed for the specific need, covering the topics that are required by the student to cover.

Test Yourself

E-assessment using Assess prep for MYP

Other Courses & Programs

IGCSE Courses

The International General Certificate of Secondary Education is based on the British curriculum (GCSE) but adapted for a more internationally-focused student.

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IB Regular Courses

A course which can help students to enhance their knowledge of physics and mathematics.

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Pre-IB Summer Crash Course

A comprehensive Pre-IB Summer Crash course program for the kids who are going to join the most awaited course of their Career called as "IB diploma program.".

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