Amol Bandgar
Math Made Easy: Master Concepts, Solve Faster, Build Confidence & Score Higher...




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Amol Bandgar
Bachelors degree
/ 55 min
Amol - Know your tutor
Hello! I am a dedicated Mathematics tutor passionate about helping students build strong problem-solving skills and confidence in mathematics. My goal is to make math simple, logical, and enjoyable for students of all levels. Whether you are struggling with basic concepts or aiming for top scores in exams, I provide personalized guidance to help you achieve your academic goals. My teaching approach focuses on conceptual understanding rather than memorization. I break down complex mathematical topics into simple, easy-to-follow steps using real-world examples, visual explanations, digital notes, and interactive problem-solving sessions. I believe that every student can excel in mathematics with the right guidance and practice. I teach a wide range of topics including Algebra, Geometry, Trigonometry, Calculus, Statistics, Probability, Coordinate Geometry, Number Systems, and Advanced Mathematics. During lessons, I explain concepts clearly, solve examples step-by-step, and provide ample practice questions to strengthen understanding and improve accuracy. My sessions are highly interactive and student-focused. I encourage students to ask questions, discuss different approaches to solving problems, and develop logical thinking skills. Regular assessments, quizzes, and practice exercises help track progress and identify areas for improvement. I also provide exam preparation strategies, time-management techniques, and tips for solving mathematical problems efficiently. Every lesson is tailored to the student's learning pace and individual requirements, ensuring a comfortable and productive learning environment.
Amol graduated from Savitribai Phule Pune University

Specialities of your tutor
New Zealand Curriculum - NZC (NZ)
Advanced Placement (AP) Program (USA)
State-Specific Standards (USA)
Homework help
Practice Tests
Exam Simulation
Next Generation Science Standards - NGSS (USA)
Common Core State Standards - CCSS (USA)
Math Tricks and Hacks
Test Strategy
Provincial-specific curriculum (CA)
Problem Solving
AI modules
Summary
Podcast
Quiz
Learnings
Flashcard
Spotlight
Zero Risk Guaranteed
15-days refund
Free tutor swap
No cancel fee
1-yr validity
24/7 support
Student types for classes
Anxiety or Stress Disorders
Elementary School students
High School students
Middle School students
College students
Home schooled
Amol also teaches
Algebra
Algebra 2
Arithmetic
Calculus
Calculus 2
Calculus 3

Mathematics concepts taught by Amol
The Student and Tutor reviewed the process of creating a custom furniture family in Revit. They focused on selecting templates, using reference planes, creating extrusions, applying and flexing dimension parameters, and locking elements to ensure proper scaling. The Student was assigned to practice creating the table family from scratch as homework, and the next session was scheduled for Friday.
Creating Complex Geometry with the Blend Tool
Locking Dimensions and Geometry
Parameter Creation & Flexing the Family
Creating Extrusions and Applying Dimensions (DI)
Understanding Family Templates & Origin
The Student and Tutor reviewed basic AutoCAD commands such as offset, layer creation, and object rotation, with the Student demonstrating strong proficiency. They practiced placing pre-existing blocks like furniture and plumbing elements, managed layers, and learned to create custom blocks from basic shapes. The session also covered troubleshooting software issues and briefly introduced the Mtext command for text annotation; the Student will continue practicing these concepts for the next session.
Custom Block Creation: Tailoring Your Design Elements
Adding Annotations: The MTEXT Command
Troubleshooting Common AutoCAD Interface Challenges
Foundational Object Manipulation: Your Core Toolkit
Layer Management: Organizing Your CAD Projects
AutoCAD Block Management: Efficient Element Placement
The Tutor and Student continued their lesson on Revit, focusing on building a new parametric furniture family. They practiced creating an extrusion for a tabletop, defining its dimensions as parameters, and setting its height by locking it to a reference plane. The Student also learned to create and position table legs and troubleshoot common modeling issues. For homework, the Student was asked to practice creating this family and review content from the previous session.
Parametric Dimensioning & Family Parameters
Revit Family Creation Fundamentals
Testing and Modifying Family Instances
Advanced Geometry: The Blend Tool & Copying
Reference Planes and Locking Elements
Extrusion Basics & Troubleshooting
Student and Tutor discussed the outcomes of previously submitted assignments and the ongoing progress for a new assignment. The Tutor provided updates on the development of a 3D model and associated documentation for the Student's upcoming physical model creation. They also coordinated on sharing necessary files and establishing a timeline for the collaborative work.
Reviewing Past Assignments & Integrating Feedback
Structured Support & Task Delegation for Assignment Completion
Secure Communication & Information Exchange Protocols
Collaborative Assignment Workflow: 3D Modeling Focus
The Student and Tutor worked on an AutoCAD session, where the Student demonstrated their progress on a house design. The Tutor guided the Student on accessing additional components via the Design Center and extensively practiced the `ROTATE` command using the 'Reference' option for precise object placement. They also learned to use the `FILLET` command with a specified radius to create rounded corners. The next session is scheduled for Tuesday.
Navigating the Design Center for Component Placement
Precise Object Rotation using the REFERENCE Option
Essential Object Positioning with the MOVE Command
Creating Smooth Corners with FILLET and Radius
Refining Layouts with LINE and TRIM
Student and Tutor discussed the student's company workflow for commercial food service design using AutoCAD and the objective of learning to replicate these processes in Revit. The session covered an introduction to Revit families, distinguishing between system, loadable, and in-place families, and the importance of family categories and file extensions. The plan is to create a parametric table family in the next session.
Revit Families: The Intelligent Building Blocks
Classifying Revit Families: System
Loadable
and In-Place
The Critical Role of Family Categories
Revit File Extensions and Family Creation Workflow
Food Service Design Workflow in Revit
Teaching tools used by tutor
Lesson Planning Tools
Lesson Planner
Solvers & Calculators
Visualization & Exploration
Quizzes
Presentations
Digital whiteboard

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