WAQAR MAKHDOOM NETWORKING, PROGRAMMING, CODING, DESIGNING
No reviews yet

The computer field, or the field of computer science and information technology, is of significant importance in today's world. Here are several reasons highlighting the importance of the computer field:
Technological Advancement, Information Processing and Storage, Connectivity and Communication, Software Development and Applications, Cybersecurity and Privacy, Research and Development, Career Opportunities, Career Opportunities: The computer field provides a wide range of career opportunities. It offers diverse roles such as software developers, data analysts, cybersecurity specialists, systems administrators, network engineers, web developers, artificial intelligence researchers, and more. The field is known for its high demand, competitive salaries, and potential for growth and advancement. Some Explained Below:
Innovation and Problem Solving: The computer field fosters innovation and problem-solving skills. Computer scientists and professionals are constantly exploring new algorithms, techniques, and technologies to tackle complex problems. They develop software solutions, create efficient algorithms, design intuitive user interfaces, and address challenges in various domains, leading to advancements in technology and improved processes.
Automation and Efficiency: Computers automate repetitive and time-consuming tasks, improving efficiency and productivity. Through software applications and systems, routine processes can be automated, saving valuable time and resources. This allows individuals and organizations to focus on more critical and creative aspects of their work.
Global Connectivity and Communication: The computer field has facilitated global connectivity and communication. The internet, computer networks, and communication technologies have revolutionized how we connect and interact with others. They enable instant communication, collaboration, and information sharing across geographical boundaries, fostering global communities and opportunities for collaboration.
Information Processing and Access: Computers enable rapid processing, storage, and retrieval of vast amounts of information. They have transformed how we handle data, making it easier to organize, search, and analyze information. This has led to advancements in fields like data analysis, machine learning, and artificial intelligence, empowering individuals and businesses with valuable insights and informed decision-making.
Digital Transformation: The computer field drives digital transformation across industries. It helps businesses optimize their operations, streamline processes, and deliver enhanced products and services to customers. From e-commerce platforms and online banking to digital healthcare solutions and smart homes, computer technology is transforming how we live, work, and interact with the world.
Research and Scientific Advancements: Computers are essential tools in scientific research and advancements. They enable simulations, modeling, data analysis, and visualization, aiding researchers in understanding complex phenomena and making scientific breakthroughs. The computer field plays a crucial role in fields like genomics, climate modeling, physics, astronomy, and many others.
Entertainment and Creativity: The computer field fuels creativity and entertainment. It has given rise to interactive video games, virtual reality experiences, multimedia content creation tools, digital art, music production software, and more. Computers provide platforms for creative expression, enabling individuals to explore their artistic talents and entertain others.

Subjects

Python Beginner-Expert
Advanced Web programming Javascript Beginner-Expert
Office 365 Beginner-Expert
Programing Fundamentals Beginner-Expert

Experience

No experience mentioned.

Education

BSIT (Sep, 2008–Sep, 2012) from University of Sargodha, Sargodha–scored 3.7

Fee details

Rs1,800–3,000/hour (US$6.46–10.77/hour)

Courses offered

Programming with C++
- US$300
- Duration: 30
- Delivery mode: Online
- Group size: 4
- Instruction language: English, Urdu
- Certificate provided: Yes
C++ is a powerful and versatile programming language widely used for developing a variety of applications, ranging from system software to games and web applications. It is an extension of the C programming language, adding additional features and functionality. Here are some key topics in C++ programming that are important to learn and understand:

Data Types and Variables: Understanding different data types in C++ (such as int, float, char, etc.) and how to declare and use variables to store data.

Control Flow: Using control flow statements like if-else, switch, for loop, while loop, and do-while loop to control the execution flow of a program based on conditions.

Functions: Defining and using functions to encapsulate reusable blocks of code, passing parameters to functions, and returning values from functions.

Arrays and Strings: Working with arrays to store and manipulate collections of elements, and using string data type and string manipulation functions.

Pointers: Understanding the concept of pointers, memory addresses, and memory management, including dynamic memory allocation and deallocation.

Object-Oriented Programming (OOP): Learning the principles of OOP, including classes, objects, inheritance, polymorphism, and encapsulation.

Classes and Objects: Creating classes to define objects, defining member variables and member functions, and accessing them using objects.

Constructors and Destructors: Understanding the purpose and usage of constructors and destructors in C++ classes.

Operator Overloading: Overloading operators to define custom behaviors for built-in operators or create new operators for user-defined types.

Inheritance: Using inheritance to create derived classes from base classes, inheriting properties and behaviors, and implementing the "is-a" relationship.

Templates: Utilizing templates to write generic code that can work with different data types.

Exception Handling: Implementing exception handling mechanisms to handle and manage runtime errors and exceptions in a program.

File I/O: Reading from and writing to files, handling file streams, and manipulating file data.
Discrete Mathematics
- US$200
- Duration: 30
- Delivery mode: Online
- Group size: Individual
- Instruction language: English, Urdu
- Certificate provided: Yes
Discrete mathematics is a branch of mathematics that deals with mathematical structures that are fundamentally discrete rather than continuous. It is widely used in computer science, cryptography, logic, and various other fields. Here's an introduction to discrete mathematics along with key topics:

Sets and Relations: Sets are collections of distinct objects, and relations define relationships between objects. Key concepts include set operations (union, intersection, complement), set cardinality, set partitions, and binary relations.

Logic and Propositional Calculus: Logic is concerned with reasoning and inference. Propositional calculus deals with propositions and their logical connectives (AND, OR, NOT) and studies the principles of logical reasoning.

Predicates and Quantifiers: Predicates are statements that depend on variables. Quantifiers (existential and universal) are used to specify the scope of variables in statements.

Combinatorics: Combinatorics involves counting, arranging, and selecting objects. Key topics include permutations, combinations, binomial coefficients, and the Pigeonhole principle.

Graph Theory: Graphs are mathematical structures consisting of vertices (nodes) and edges connecting pairs of vertices. Key concepts include graph representation, graph traversal algorithms (DFS, BFS), shortest paths, and spanning trees.

Number Theory: Number theory deals with properties and relationships of integers. Key topics include prime numbers, divisibility, modular arithmetic, Euclidean algorithm, and applications in cryptography.

Recurrence Relations: Recurrence relations describe the relationship between terms in a sequence recursively. Solving recurrence relations involves finding closed-form solutions or generating functions.

Mathematical Induction: Mathematical induction is a proof technique used to prove statements for all natural numbers. It involves proving a base case and then demonstrating that if a statement holds for one case, it holds for the next case as well.
Multimedia System and Design
- US$300
- Duration: 30
- Delivery mode: Online
- Group size: 2
- Instruction language: English, Urdu
- Certificate provided: Yes
Multimedia systems and design involve the integration of various media elements, such as text, graphics, audio, video, and animation, to create interactive and engaging experiences. Here's an introduction to multimedia systems and design, along with key topics:

Multimedia Fundamentals: Understanding the basics of multimedia, including different media types, media formats, and the principles of multimedia data representation, compression, and storage.

Digital Imaging and Graphics: Exploring digital image representation, image processing techniques, color models, image compression, and graphics algorithms for creating and manipulating images.

Audio and Sound Design: Studying digital audio representation, sound synthesis, audio effects, audio compression techniques, and designing audio experiences for multimedia applications.

Video Technology: Understanding video representation, video compression algorithms (such as MPEG), video streaming, and video editing techniques.

Animation and 3D Graphics: Exploring principles and techniques for creating animations, including keyframing, tweening, skeletal animation, and character rigging. Understanding 3D graphics concepts, such as modeling, rendering, shading, and animation.

User Interface Design: Designing intuitive and user-friendly interfaces for multimedia applications, considering factors like usability, interaction design, visual design principles, and user experience (UX) considerations.

Multimedia Authoring Tools: Familiarizing with popular multimedia authoring software and tools that facilitate the creation of multimedia content, such as Adobe Creative Suite, Unity, Blender, and interactive multimedia development environments.

Interactive Multimedia Systems: Understanding the design and development of interactive multimedia systems, including user interaction models, event handling, navigation structures, and user input/output devices (e.g., touchscreens, motion sensors).

Multimedia Networking: Exploring concepts related to multimedia networking, including data transmission, streaming media protocols (such as RTSP, RTP, and HTTP), content delivery networks (CDNs), and multimedia synchronization over networks.

Multimedia Applications and Platforms: Studying various domains where multimedia systems are applied, such as e-learning, entertainment, virtual reality (VR), augmented reality (AR), mobile applications, and web-based multimedia.

Multimedia Project Management: Learning project management principles specific to multimedia development, including requirements gathering, project planning, resource allocation, and quality assurance for multimedia projects.

Legal and Ethical Considerations: Understanding copyright issues, intellectual property rights, licensing, and ethical considerations related to the use and distribution of multimedia content.
Object Oriented Analysis & Design
- US$300
- Duration: 30
- Delivery mode: Online
- Group size: Individual
- Instruction language: English, Urdu, Hindi
- Certificate provided: Yes
Object-Oriented Analysis and Design (OOAD) is an approach to software development that emphasizes the use of objects, classes, and their interactions to model and design software systems. It focuses on capturing requirements, analyzing the problem domain, and designing a solution using object-oriented principles. Here are key topics in Object-Oriented Analysis and Design:

Object-Oriented Concepts: Understanding fundamental concepts such as objects, classes, encapsulation, inheritance, polymorphism, and abstraction.

Requirements Gathering: Techniques for gathering and documenting system requirements, understanding user needs, and defining the scope of the system.

Use Case Modeling: Modeling system behavior and user interactions using use cases, actors, and scenarios. Use cases help identify system functionalities and capture user requirements.

Domain Modeling: Analyzing the problem domain and identifying relevant classes, their attributes, and relationships. Class diagrams and entity-relationship diagrams are used to represent the domain model.

UML (Unified Modeling Language): Utilizing UML to create visual representations of the system, including use case diagrams, class diagrams, sequence diagrams, state machine diagrams, and activity diagrams.

Design Patterns: Understanding and applying design patterns to address common software design problems. Design patterns provide reusable solutions that promote flexibility, maintainability, and scalability.

Object Interaction and Collaboration: Analyzing how objects interact with each other to accomplish system tasks. This involves identifying message passing, collaborations, and interactions through sequence diagrams and collaboration diagrams.

Class and Object Design: Refining the class and object models, specifying class responsibilities, defining attributes and operations, and addressing class relationships like associations, aggregations, and compositions.

Behavior Modeling: Modeling the dynamic behavior of the system using state machine diagrams and activity diagrams. This helps describe how objects respond to events and transition between different states.

Software Testing: Incorporating testing strategies and techniques into the design process, including unit testing, integration testing, and system testing. Ensuring that the designed system meets the specified requirements and functions correctly.

Software Documentation: Documenting the analysis and design artifacts, including requirements documents, design documents, user manuals, and system documentation.