Faria Jaheen
Embark on a Coding Adventure with a Tech Enthusiast!
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Faria Jaheen
Bachelors degree
/ 55 min
Faria - Know your 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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Programming class overview
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.
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Computer Science concepts taught by Faria
The Student and Tutor continued their work on Python classes, focusing on defining and implementing methods within a `Superhero` class. They practiced creating class instances, defining `attack` and `heal` methods, and then explored the concept of encapsulation, specifically public attributes. The Student was assigned to take notes on the definition of encapsulation and the characteristics of public attributes.
Defining and Using Class Methods
Python Bracket Terminology
Introduction to Encapsulation
Public Attributes and Methods
Protected Attributes and Methods
Class and Instance Initialization
The session covered Python's object-oriented programming concepts, specifically the `__init__` method for object initialization and the use of docstrings for code documentation. The student practiced implementing these concepts with `Pet` and `Superhero` classes and learned how to access docstring information. The next session will continue with the `Superhero` class implementation.
The `__init__` Method
Class Instances (Objects)
Docstrings: Documenting Your Code
The session focused on Python's Object-Oriented Programming (OOP), reviewing classes, objects, methods, and the `self` keyword. The Student actively worked on two coding challenges: completing a `feed` method for a `Pet` class and debugging a `power_boost` method in a `Superhero` class, practicing method definition, attribute manipulation, and error correction. The next session will begin with a new coding challenge related to these concepts.
Classes: Blueprints for Objects
Methods: Defining Object Behavior
The `self` Parameter
The `__init__` Method (Constructor)
Accessing and Modifying Instance Attributes
The Tutor and Student reviewed object-oriented programming concepts in Python, focusing on classes, objects, and attributes. They practiced creating objects, accessing and modifying attributes, and debugging code errors related to class implementation. The next session will cover object methods and the `self` parameter.
Class Attributes vs. Instance Attributes
Objects and Instances
Dot Notation for Accessing Attributes
Object-Oriented Debugging Challenges
The Tutor and Student focused on core Python programming concepts, covering variables, data types, functions, scope, and an introduction to classes. The Student practiced problem-solving exercises and code implementation related to these topics, with a plan to continue exploring classes and object-oriented programming.
Classes and Objects in Python
Scope and Namespaces
Functions in Python
Type Casting in Python
Dynamic Typing in Python
Variable Naming Conventions
The tutor and student worked on practice problems involving algebraic equations, absolute value equations and inequalities, and domain calculations. They focused on correctly solving for variables, identifying the truth of equations, and understanding the conditions that lead to undefined expressions. The session concluded with a discussion about continuing the next class due to time constraints.
Domain of a Function
Inequality Solutions and Visualization
Solving Linear Equations
Absolute Value Equations
Teaching tools used by tutor
Jupyter Notebook
Google Colab
Visual Studio Code
Git & GitHub
PyCharm
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