Pushpender's profile, diploma and contact details have been verified by our experts
Pushpender
- Rate 71 BWP
- Response 1h
71 BWP/hr
See Physics tutors
Unfortunately, this tutor is unavailable
- Physics
- Other sciences
I an graduating in bsc from md University,Rohtak.i like to teach physics.
- Physics
- Other sciences
Lesson location
About Pushpender
Whether an instructor teaches a seminar, lecture, or other type of course, they have at their disposal a variety of proven strategies for leading classroom discussions, improving lectures, cultivating collaborative learning, and teaching large classes. They might consider active learning, a research-supported method that can lead to positive learning outcomes. Instructors can reserve the Technology-Enhanced Active Learning (TEAL) classroom at Yale to support this type of student-centered teaching and learning. They can also consider team-based learning and digital learning approaches. Through effective lecture, discussion, group work, and more, instructors can invite their students to engage in the learning process.
Active Learning
Growing from developments in adult, cognitive, and educational research, active learning responds to traditional lecture formats with more engaged activities that invite students to participate in learning, including developing conceptual awareness, applying knowledge through experience, and transferring skills across contexts.
Using the Technology Enhanced Active Learning (TEAL) Classroom for Courses that Emphasize Problem-Solving
The Technology Enhanced Active Learning (TEAL) classroom is a resource at Yale University that can facilitate a dynamic learning environment. This classroom is located at 17 Hillhouse Avenue Room 101 and is equipped with round tables for small group work, multiple projectors, screens, whiteboards, and a podium with the ability to project all around the rooom.
Effective Class Discussions
Class discussions can be utilized in seminar and lecture courses, and their variety allows instructors to fit particular strategies to class needs. This flexibility stems largely from grounding in Vygotskyian social learning theory, which emphasizes knowledge and conceptual gain through peer-to-peer dialogue.
Case-Based Learning
Case-based learning (CBL) is an established approach used across disciplines where students apply their knowledge to real-world scenarios, promoting higher levels of cognition. In CBL classrooms, students typically work in groups on case studies, or stories involving one or more characters and/or scenarios. The cases present a disciplinary problem or problems for which students devise solutions under the guidance of the instructor.
Digital Learning
Digital resources can be powerful learning tools, provided they are used to support known student learning processes and clear learning goals. It is the collaborative and social elements of learning, rather than the depth or flexibility of content often associated with digital resources, that positively impact the learning process.
Effective Lecturing
Lecture classes are often characterized by monologue and slide presentations, typically in large halls with auditorium-style fixed seating that privileges content delivery over interaction and complex learning. Instructors can consider different approaches to lecture that introduce more active and participatory components, thereby enhancing higher orders of thinking and learning during class.
Team-Based Learning
Team-based learning (TBL) is a pedagogical strategy that engages student knowledge through individual testing and group collaboration. Following individual answers, students join teams and work through problems, appealing when they are incorrect. This process motivates students by holding them accountable to themselves and one another, while introducing them to a variety of thought processes devoted to a single problem.
Flipped Classroom
In a flipped classroom, material typically explored in lecture is delivered outside of class through media like video lectures or digital modules. Class time then focuses on developing knowledge through active learning strategies like discussion or group activities. Flipping the classroom has been shown to improve students' conceptual grasp of content beyond memorization and basic knowledge, and to improve the diversity and inclusivity of the classroom climate.
Large Classes
Large classes can offer an overwhelming range of student diversity and expectations. While lecturing presents material to the entire class, research suggests that active learning and/or flipped components significantly strengthen student performance. These strategies create smaller groups where peers can grapple with deeper conceptual understanding and pause to think critically about ideas.
Group Work
Collaborative learning can be a powerful strategy in the classroom. Group work can help students uncover and address gaps and misconceptions in knowledge, further develop their conceptual frameworks, improve their public reasoning and team-based skills, and free instructors to help students pursue higher order thinking.
See more
About the lesson
- Primary
- Junior Secondary
- Secondary School
- +15
levels :
Primary
Junior Secondary
Secondary School
Première
Standard 7
Diploma
Supérieur
Adult Training
Bachelor's Degree
Master's Degree
Diplomgrad
Doctorate
Other
GDL
Bar Professional Training Course
Qualified Lawyer Transfer Scheme
MBA
Early Childhood education
- English
All languages in which the lesson is available :
English
I can teach the students with easy and daily life examples. So they can understand easily and learn faster, i can understand the students problems with study. And solve i can definitely solve the problems. I can take doubt session for students for asking questions and problems.
See more
Rates
Rate
- 71 BWP
Pack prices
- 5h: 355 BWP
- 10h: 710 BWP
online
- 71 BWP/h
Similar Physics teachers in Aurangabad
Laone
Gaborone
- 340BWP/h
- 1st lesson free
Alireza
Richmond Hill, Canada & Online
- 476BWP/h
- 1st lesson free
Riccardo
Roma, Italy & Online
- 391BWP/h
- 1st lesson free
Chris
Paris 16e, France & Online
- 1,829BWP/h
- 1st lesson free
Markus
München, Germany & Online
- 704BWP/h
- 1st lesson free
Hamid
Vancouver, Canada & Online
- 757BWP/h
- 1st lesson free
Houssem
Paris 1er, France & Online
- 938BWP/h
- 1st lesson free
Mounir
Paris 8e, France & Online
- 1,876BWP/h
- 1st lesson free
Ptashanna
Lyon, France & Online
- 1,564BWP/h
- 1st lesson free
Gianni
Ariano Irpino, Italy & Online
- 360BWP/h
- 1st lesson free
Filippo
Roma, Italy & Online
- 547BWP/h
- 1st lesson free
Michel
Paris 5e, France & Online
- 860BWP/h
- 1st lesson free
Paolo
London, United Kingdom & Online
- 633BWP/h
- 1st lesson free
Samuel
Lisboa, Portugal & Online
- 422BWP/h
- 1st lesson free
Gregor
Heidelberg, Germany & Online
- 923BWP/h
- 1st lesson free
Ali
Laval, Canada & Online
- 485BWP/h
- 1st lesson free
Grégory
Saint-Germain-en-Laye, France & Online
- 1,392BWP/h
- 1st lesson free
Nihit
Oakville, Canada & Online
- 291BWP/h
- 1st lesson free
Florian
Levallois-Perret, France & Online
- 938BWP/h
- 1st lesson free
Ugo
Genève, Switzerland & Online
- 2,221BWP/h
- 1st lesson free
-
See Physics tutors
