Faria Jaheen
Embark on a Math Adventure with a Data Enthusiast!
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Faria Jaheen
Bachelors degree
/ 55 min
Faria - About your AP tutor
I am a solutions-driven and award-winning early career graduate student with over five years research activities in Asia and North America, that includes computer-assisted surgery training in the School of Electrical Engineering and Computer Science (EECS), University of Ottawa, Canada. I was awarded an International Doctoral Scholarship to begin my PhD studies in Artificial Intelligence applied to surgical workflow data. Moreover, I received Admission Scholarship- Doctorate in my 3rd year of PhD studies. Prior to this I was the recipient of an Academic Scholarship at the American International University-Bangladesh where I graduated with Summa & Magna Cum Laude distinctions. I am a member of several organizations including being Vice President of Electrical Engineering Graduate Students' Association (EEGSA), former student representative at the EECS Faculty Council, and both Secretary & Treasurer and Web coordinator at uOttawa ACM-W Student Chapter – which supports, celebrates, and advocates for the full engagement of women in all aspects of the computing field, along with being a voice for equity, diversity, and inclusion (EDI).
Faria graduated from American International University- Bangladesh
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Teaching methodology
As a tutor with extensive experience in mathematics, physics, engineering, and coding, my teaching methodology is designed to provide a comprehensive and adaptive learning experience. I aim to develop students' critical thinking, problem-solving skills, and conceptual understanding through a blend of traditional and innovative teaching techniques. Core Principles: 1. Student specific Learning 2. Conceptual Understanding 3. Problem-Solving Skills 4. Integration of Technology Teaching Strategies: 1. Interactive Lectures and Discussions 2. Hands-On Experiments and Projects 3. Collaborative Learning 4. Use of Multimedia Resources My teaching methodology is designed to create a dynamic and supportive learning environment that empowers students to achieve their full potential in mathematics, physics, engineering, and coding. By focusing on conceptual understanding, problem-solving, and the integration of technology, I aim to equip students with the skills and knowledge they need to succeed in their academic and professional endeavors.
Faria - also teaches
AP Calculus AB
AP Computer Science Principles
AP Precalculus
AP Statistics
AP concepts taught by Faria
The session focused on core Python programming concepts, specifically duck typing and polymorphism. Student and Tutor worked through practical coding challenges, creating classes, methods, and functions that demonstrated these principles, including inheritance and method overriding. The class also involved significant debugging practice to resolve common syntax and logical errors in Python code.
Duck Typing in Python
Python Classes
Objects
and Methods
Debugging Indentation and Naming Errors
Python's Dynamic Typing & Flexibility
Polymorphic Battle System: Inheritance & Method Overriding
Student and Tutor engaged in a detailed discussion on polymorphism in Python, covering both method overriding and method overloading. They worked through examples and completed two coding challenges in VS Code, applying these object-oriented programming concepts. The session concluded with a plan to continue with OOP topics before moving on to data structures in future classes.
Polymorphism: Many Forms in Programming
Method Overloading with Default Arguments
Method Overloading: Same Name
Different Parameters
Method Overloading with Variable Length Arguments (`*args`)
Runtime Polymorphism & Method Overriding
The student and tutor worked through challenges related to Python's object-oriented programming, focusing on inheritance and the diamond problem. They practiced modifying code to alter method resolution order and then built a "Superhero Game" by creating child classes that inherited from parent classes and overrode methods.
The Diamond Problem in Inheritance
Instance Attributes vs. Class Attributes
Super() Function in Python
Object-Oriented Programming (OOP) Inheritance
Method Resolution Order (MRO)
The Tutor and Student explored multiple inheritance in Python, covering its definition, practical examples like a `Duck` class, and the challenges posed by the diamond problem. They also practiced implementing multiple inheritance with a `SmartWatch` class and were introduced to Python's Method Resolution Order (MRO) for resolving inheritance ambiguities. The next session will delve deeper into the diamond problem and MRO.
Force Quitting Applications (Windows)
The Diamond Problem
Multiple Inheritance
Method Resolution Order (MRO)
The session covered the use of the `super()` function in Python for inheritance, demonstrating how child classes can leverage parent class methods and initialization. The student practiced implementing this concept through a coding challenge involving creating an `Avenger` class that inherited from a `Superhero` class, focusing on overriding methods and using `super()` to call parent class functionality.
Method Overriding
The `super()` Function in Python
Inheritance: Parent vs. Child Classes
The Student and Tutor worked on advanced Object-Oriented Programming concepts in Python. They focused on implementing static methods for power calculation, understanding inheritance by creating child classes for smart devices, and practicing method overriding with animal classes. The session concluded with successful implementation of these OOP principles.
Static Methods in OOP
Object-Oriented Inheritance Fundamentals
Benefits of Using Inheritance
Method Overriding
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