Author Archives: sayed

About sayed

Sayed is a Backend Python Programmer at sayed.xyz  with 1+ years of experience in tech. He is passionate about helping people become better coders and climbing the ranks in their careers, as well as his own, through continued learning of leadership techniques and software best practices.

What is the backend stack and the roadmap of the backend developer?

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A backend stack refers to the collection of technologies and tools that backend developers use to build and maintain the server-side components of a web application. This stack typically includes programming languages, databases, frameworks, and tools that handle the server logic, data storage, and communication with the frontend.

Here’s an outline of a typical roadmap for becoming a backend developer:

1. Programming Language:

Choose a programming language commonly used for backend development. Common options include:

  • Python (Django, Flask)
  • JavaScript (Node.js, Express.js)
  • Ruby (Ruby on Rails)
  • Java (Spring Boot)
  • PHP (Laravel)
  • Go

2. Version Control/Git:

  • Learn how to use version control systems like Git for tracking code changes and collaborating with teammates.

3. Databases:

  • Understand different types of databases, including relational (SQL) and NoSQL databases (MongoDB, Redis).
  • Learn how to design and interact with databases efficiently.

4. RESTful APIs:

  • Gain knowledge of designing and building RESTful APIs to enable communication between the frontend and the backend.

5. Web Servers and Deployment:

  • Learn how to set up and configure web servers (e.g., Apache, Nginx).
  • Understand the basics of deployment to ensure your applications are accessible online.

6. Frameworks:

  • Familiarize yourself with backend frameworks that align with your chosen programming language.
  • Learn how to structure applications, handle routing, and manage middleware.

7. Authentication and Authorization:

  • Understand authentication mechanisms (e.g., OAuth, JWT) and authorization techniques to secure APIs and routes.

8. Testing:

  • Explore testing methodologies (unit, integration, end-to-end) and tools (Jest, Mocha, Postman) to ensure code quality.

9. Web Security:

  • Learn about common security vulnerabilities (e.g., SQL injection, XSS) and how to mitigate them.

10. Caching:

  • Understand caching techniques (e.g., using Redis) to improve application performance.

11. Messaging and Queues:

  • Gain knowledge of message brokers (e.g., RabbitMQ, Kafka) for handling asynchronous tasks and scaling.

12. APIs and Webhooks:

  • Learn how to consume third-party APIs and create your own APIs to integrate services.

13. Containerization and Orchestration:

  • Familiarize yourself with Docker for containerization and orchestration tools like Kubernetes for managing containerized applications.

14. Scalability and Performance Optimization:

  • Explore strategies for optimizing application performance and scaling as traffic grows.

15. Continuous Integration/Continuous Deployment (CI/CD):

  • Learn about setting up CI/CD pipelines to automate testing, building, and deploying code.

16. Cloud Services:

  • Understand cloud platforms like AWS, Azure, or Google Cloud for deploying and managing applications.

17. Microservices Architecture:

  • Gain an understanding of microservices architecture for building modular and scalable applications.

18. Serverless Architecture:

  • Learn about serverless computing, where you focus on code rather than infrastructure management.

19. Monitoring and Logging:

  • Explore monitoring tools (e.g., Prometheus, Grafana) and logging practices for identifying and resolving issues.

20. Security Best Practices:

  • Stay updated on security best practices, security audits, and compliance standards.

Remember that this roadmap provides a general guideline, and your path may vary based on your chosen technologies, the projects you work on, and your personal interests. Continuous learning and adapting to new technologies are crucial in backend development, given the rapid advancements in the field.

What is the frontend stack and the roadmap of frontend developer?

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A frontend stack refers to the combination of technologies and tools that frontend developers use to build the user interface and user experience of a web application. This stack typically includes programming languages, frameworks, libraries, and tools that are used to create the visual elements, interactivity, and functionality that users interact with directly.

The roadmap of a front-end developer outlines the skills and knowledge they should acquire over time to become proficient in their role. Here’s an overview of a typical frontend developer roadmap:

1. HTML, CSS, and Basic JavaScript:

  • Start by mastering the fundamentals of HTML (Hypertext Markup Language) for structuring web content.
  • Learn CSS (Cascading Style Sheets) for styling and layout of web pages.
  • Understand basic JavaScript concepts for adding interactivity to websites.

2. Version Control/Git:

  • Learn how to use version control systems like Git for tracking changes in code and collaborating with others.

3. Responsive Design:

  • Study responsive design principles to create web applications that work well on various devices and screen sizes.

4. CSS Preprocessors:

  • Explore CSS preprocessors like Sass or Less to enhance the efficiency and maintainability of your stylesheets.

5. Frontend Frameworks:

  • Familiarize yourself with frontend frameworks such as React, Angular, or Vue.js.
  • Learn how to build reusable components, manage state, and handle routing.

6. Package Managers:

  • Understand package managers like npm or Yarn to manage project dependencies and third-party libraries.

7. Web Performance:

  • Learn techniques to optimize website performance, including code splitting, lazy loading, and minification.

8. Build Tools:

  • Explore build tools like Webpack or Parcel to automate tasks like bundling, transpilation, and asset optimization.

9. CSS-in-JS:

  • Learn about CSS-in-JS libraries that allow you to write and manage CSS styles using JavaScript.

10. Web APIs:

  • Gain knowledge of browser APIs (such as DOM manipulation, Fetch API, and localStorage) to interact with the browser environment.

11. State Management:

  • Deepen your understanding of state management patterns and libraries, especially in the context of front-end frameworks.

12. Testing:

  • Explore testing methodologies and tools such as Jest, Enzyme, or Testing Library for writing unit and integration tests.

13. Progressive Web Apps (PWAs):

  • Learn about building PWAs that offer enhanced user experiences, including offline functionality and push notifications.

14. Web Accessibility (a11y):

  • Understand the importance of making web applications accessible to users with disabilities and follow accessibility best practices.

15. CSS Frameworks:

  • Explore CSS frameworks like Bootstrap or Material-UI for quickly building UI components and layouts.

16. Deployment and Hosting:

  • Learn how to deploy web applications to production environments and use services like Netlify or GitHub Pages for hosting.

17. Continuous Integration/Continuous Deployment (CI/CD):

  • Gain knowledge of CI/CD pipelines to automate the process of building, testing, and deploying applications.

18. Advanced JavaScript Concepts:

  • Deepen your understanding of advanced JavaScript concepts like closures, promises, async/await, and the event loop.

Remember that this roadmap is just a general guideline, and the specific technologies and tools you choose may vary based on your project requirements and personal preferences. As you progress, stay updated on industry trends, experiment with new technologies, and continue to refine your skills to become a proficient front-end developer.

How to prepare an Audit report SaaS Base Business Model

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Preparing an audit report for a SaaS (Software as a Service) based business model involves assessing various aspects of the business’s operations, financials, and internal controls.

Here’s a general outline of how you can approach creating an audit report for a SaaS business:

1. Understand the Business Model: Start by gaining a thorough understanding of the SaaS business model, its products or services, target market, revenue streams, and key operational processes. This will help you tailor your audit approach to the specific characteristics of the business.

2. Define Audit Objectives: Clearly outline the objectives of the audit. This could include evaluating the accuracy of financial statements, assessing internal controls, and ensuring compliance with relevant laws and regulations.

3. Plan the Audit: Develop an audit plan that outlines the scope, timing, and resources required for the audit. Identify key areas to be audited, such as revenue recognition, subscription contracts, expenses, and internal controls.

4. Gather Evidence: Collect sufficient and appropriate evidence to support your audit findings. This might involve reviewing financial statements, contracts, invoices, customer agreements, expense reports, and other relevant documents.

5. Evaluate Revenue Recognition: In a SaaS business, revenue recognition is often a critical area. Assess whether the company is following the appropriate revenue recognition methods in accordance with accounting standards (e.g., ASC 606 or IFRS 15).

6. Review Subscription Contracts: Examine subscription contracts to ensure that revenue is being recognized correctly based on the terms of the contracts. Verify that any deferred revenue and unearned revenue are accounted for accurately.

7. Assess Internal Controls: Evaluate the company’s internal controls related to financial reporting, data security, and customer data privacy. Identify any weaknesses or deficiencies and recommend improvements.

8. Evaluate Expenses and Cost Control: Review the company’s expenses and cost management practices. Ensure that expenses are appropriately documented and are in line with the company’s financial policies.

9. Compliance Check: Check whether the company is compliant with relevant laws and regulations, such as data protection regulations (e.g., GDPR), industry-specific regulations, and tax requirements.

10. Analyze Key Metrics: Assess the key performance metrics that are relevant to a SaaS business, such as customer acquisition cost (CAC), customer lifetime value (CLTV), churn rate, and monthly recurring revenue (MRR).

11. Formulate Audit Findings: Summarize your findings based on the evidence collected. Clearly present any material issues, discrepancies, or areas of concern that you’ve identified during the audit.

12. Provide Recommendations: Offer recommendations for addressing the issues identified in the audit findings. These recommendations should be actionable and aimed at improving the business’s operations, financial reporting, and internal controls.

13. Draft the Audit Report: Prepare the audit report, which typically includes an executive summary, background information, scope of the audit, methodology used, key findings, recommendations, and a conclusion.

14. Present the Audit Report: Present the audit report to the company’s management, board of directors, or relevant stakeholders. Clearly communicate the findings, recommendations, and the rationale behind them.

15. Follow-Up: Monitor the implementation of your recommendations and follow up to ensure that corrective actions are being taken to address the identified issues.

Remember that audit requirements can vary based on the jurisdiction, industry, and specific circumstances of the business. It’s important to stay up-to-date with the latest accounting standards and regulatory changes that may affect the audit process for SaaS businesses. If you’re not an experienced auditor, consider involving a qualified professional to ensure the accuracy and completeness of the audit process and report.

Read all the posts about SaaS from the below list:
– All about SaaS
– Types of SaaS
– SasS Business model idea
– How to prepare an Audit report SaaS Base Business Model
– How to improve Software as a Service (SaaS) business
– How to become a SaaS expert
– SaaS development step-by-step guide
– Saas Prospects
– SaaS idea that you can develop and earn money by subscription model
– Small SaaS tool idea to develop
– Best 10 SaaS tool list on the internet

Earning ways as an engineer

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income as a software engineer

in-person job

Remote job website list from work-from-home

side income

passive income

affiliate income

startup income

Remote job website list from work-from-home

Project Planning & developing steps

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Project Planning & Developing Steps – Follow these 10 steps from scratch to the end of software development to become an expert.

Let’s learn more about the What is the software development project planning

01. No need to complete 10-20 projects 

Do only one just to take the challenge of software engineering. 

No need to do 10 or 20 projects without a deep understanding of the whole process from first to last. Rather complete one project with a proper understanding and a clear concept of software engineering matters.

02. Complete the project using agile methodology

There are lots of methodologies for developing the software but for your first project use the agile methodology 

Agile product development focuses on shortening the gap between initial planning and delivery. Delivering working products frequently to customers allows teams to collect product feedback early, evaluate their course, and make changes if needed.

You can learn more about the Agile methodology

3. Write a case study 

After developing the software of some feature or module, now it’s your step to write a case study, plan how you developed it and the problems that you have faced the problems in the working period/ time, and also write how you have solved it 

Case study key points

i) Designing the product
ii) Planning to develop
iii) Problem and solution 
iv) Deployment 
v) User experience and feedback
vi) Testing and remarks 

04. Add some new feature 

05. Add some new feature

Add some new features after completing the development of the software, now it’s your turn to add some new features to the software.

How to add new features to the software

05. Research the product more

Research the developed product more and more by taking the help from the product hunt to make the software more valuable and usable for scaling up.

06. Project Architecture 

Get more ideas about your software for project architecture

07. Deployment 

If you can deploy your first software very smoothly and successfully, it will be easier for the second one, and so on. So try to do it very skillfully. 

08. Collaboration

If you are a frontend developer, no problem take help from a backend developer to work with collaboration to learn the steps of developing software very passionately and successfully, or if you are a backend developer take help from a frontend developer like vice-versa to be skillful in your stack. 

Complete the task from start to end collaboratively to scale up the software as well as to learn the other basics. 

Read more: 

What is the frontend stack and the roadmap of frontend developer

What is the backend stack and the roadmap of the backend developer

09. Feedback

Take some feedback from the seniors of your community for developing the software. 

10. Now it’s clear that you have patience and analytical thinking 

At the end of developing software from start to end either from frontend or from backend, no matter, it will be easy to understand that for the interviewer how much pressure you can control how you can complete thinking, and how much analytical thinking you have what is a crucial issue for them.

What is agile methodology?

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Agile methodology is an iterative and flexible approach to software development and project management. It focuses on delivering value to customers in a collaborative and adaptive manner. The core principles of Agile were outlined in the Agile Manifesto, which was developed by a group of software developers in 2001.

The Agile Manifesto consists of four key values and twelve principles:

Agile Values:

01. Individuals and interactions over processes and tools: 

This emphasizes the importance of communication and collaboration among team members and stakeholders.

02. Working software over comprehensive documentation: 

The primary goal is to deliver functional software to customers, prioritizing practical results over extensive documentation.

03. Customer collaboration over contract negotiation: 

Agile teams work closely with customers and stakeholders to ensure the product meets their needs and expectations.

04. Responding to change over following a plan: 

Agile recognizes that requirements can change over time, and teams should be prepared to adapt to those changes to deliver the best possible outcome.

Agile Principles:

01. Prioritize customer satisfaction through continuous delivery of valuable software.

02. Welcome changing requirements, even late in development, to harness competitive advantage.

03. Deliver working software frequently, with a preference for shorter timescales.

04. Collaborate closely between developers and business stakeholders throughout the project.

05. Build projects around motivated individuals and give them the support they need.

06. Use face-to-face communication as the most effective way to convey information.

07. Measure progress primarily through working software.

08. Maintain a sustainable pace of work for the development team.

09. Focus on technical excellence and good design to enhance agility.

10. Keep things simple and emphasize self-organizing teams.

11. Reflect regularly on the team’s processes and adjust them for improvement.

12. Strive for simplicity and maximizing work not done.

Agile methodologies, such as Scrum, Kanban, and Extreme Programming (XP), are practical implementations of these Agile principles. Scrum, for instance, involves dividing the development process into time-boxed iterations called “sprints,” during which a potentially shippable product increment is produced. Kanban focuses on visualizing and managing the flow of work, allowing teams to adjust their processes as needed. Extreme Programming emphasizes practices like continuous integration, test-driven development, and pair programming to ensure high-quality code.

Agile’s iterative and incremental nature enables teams to be more adaptable to changing requirements and market conditions, delivering value to customers more frequently. It’s not limited to software development; Agile principles have been applied successfully in various fields, including project management, product development, and even beyond technology.

Here are some practical ideas and practices that embody the Agile methodology:

Daily Standup Meetings (Daily Scrum): 

Hold short daily meetings where team members discuss what they worked on the previous day, what they plan to work on that day, and any blockers they’re facing. This promotes communication and keeps everyone aligned.

User Stories: 

Break down project requirements into user-centric stories that capture the needs and expectations of customers or end-users. These stories guide development and help prioritize tasks.

Sprints: 

Organize development work into fixed time periods called sprints (usually 1-4 weeks long). Each sprint results in a potentially shippable product increment, ensuring regular deliverables.

Product Backlog: 

Maintain a prioritized list of features, enhancements, and bug fixes in a product backlog. Items in the backlog are continuously refined and reprioritized based on feedback and changing requirements.

Sprint Planning: 

At the start of each sprint, the team selects items from the product backlog and plans how to complete them within the sprint. This involves estimating effort and breaking down tasks.

Retrospectives: 

After each sprint, hold a retrospective meeting where the team reflects on what went well, what could be improved, and what actions to take in the next sprint to enhance productivity and teamwork.

Continuous Integration and Continuous Deployment (CI/CD): 

Automate the process of integrating code changes and deploying them to production environments. This reduces integration issues and allows for faster and more frequent releases.

Cross-Functional Teams: 

Build teams with a mix of skills needed to deliver a complete product increment. This promotes collaboration and reduces dependencies on external resources.

Minimal Viable Product (MVP): 

Focus on delivering the smallest set of features that provide value to users. This helps validate assumptions early and gather feedback to guide further development.

Timeboxing: 

Set time limits for meetings and activities to ensure efficient use of time and avoid over-analysis.

Pair Programming: 

Encourage developers to work in pairs, with one writing code while the other reviews it. This helps catch errors and promotes knowledge sharing.

Burn-down and Burn-up Charts: 

Use visual representations to track progress throughout a sprint or project. Burn-down charts show the remaining work, while burn-up charts depict completed work.

Story Points: 

Use relative sizing (story points) instead of absolute time estimates for tasks. This focuses on the complexity of work rather than precise timeframes.

Collocated or Virtual Kanban Boards: 

Use physical or digital boards to visualize work items and their statuses, promoting transparency and collaboration.

Regular Customer Feedback: 

Engage customers and end-users throughout the development process to gather feedback on features and make adjustments accordingly.

Remember, Agile is not a one-size-fits-all approach. You can tailor these practices to suit your team’s needs and the specific nature of your project. The key is to embrace the Agile values and principles while adapting the methodology to achieve your goals effectively.

What is the software developing project planning

What is the software developing project planning

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Software development project planning is the process of outlining the tasks, resources, timelines, and goals required to successfully complete a software project. It involves creating a comprehensive plan that guides the project from inception to completion, ensuring that it stays on track and delivers the desired outcome.

Here are the key steps and components involved in software development project planning:

  1. Define Project Scope and Objectives:
    • Clearly define the goals and objectives of the project.
    • Determine the features, functionalities, and deliverables that the software should include.
    • Identify any constraints, such as budget, time, and resources.
  2. Requirements Gathering and Analysis:
    • Collect and document detailed requirements from stakeholders and end-users.
    • Analyze requirements to ensure they are clear, feasible, and aligned with the project’s goals.
  3. Breakdown of Work:
    • Divide the project into smaller tasks, often using techniques like creating a Work Breakdown Structure (WBS).
    • Assign responsibilities for each task to appropriate team members.
  4. Estimation:
    • Estimate the effort, time, and resources required for each task.
    • Use techniques like expert judgment, historical data, and past experience to make accurate estimates.
  5. Resource Allocation:
    • Assign team members to specific tasks based on their skills and availability.
    • Ensure that the team has the necessary tools, software, and equipment to carry out their tasks.
  6. Scheduling:
    • Create a project timeline by arranging tasks in a logical sequence.
    • Use tools like Gantt charts or project management software to visualize the schedule.
  7. Risk Management:
    • Identify potential risks that could impact the project’s success.
    • Develop strategies to mitigate or respond to these risks.
  8. Communication Plan:
    • Define how and when communication will occur among team members, stakeholders, and customers.
    • Establish a clear reporting structure for project updates.
  9. Quality Assurance and Testing:
    • Plan how quality assurance and testing activities will be integrated throughout the project lifecycle.
    • Determine the testing methodologies, tools, and criteria for success.
  10. Change Management:
    • Anticipate that requirements and priorities may change over time.
    • Plan for a structured process to manage and incorporate changes while minimizing disruptions.
  11. Budgeting:
    • Estimate the project’s costs, including labor, software licenses, hardware, and other expenses.
    • Monitor and control expenses throughout the project.
  12. Monitoring and Control:
    • Regularly track project progress against the schedule and budget.
    • Compare actual progress with the planned milestones and make adjustments as necessary.
  13. Documentation:
    • Maintain detailed documentation of project plans, requirements, design decisions, and other important information.
  14. Stakeholder Engagement:
    • Keep stakeholders informed about project progress and any changes.
    • Gather feedback and incorporate it into the project as needed.
  15. Closure Plan:
    • Plan for the final stages of the project, including user training, deployment, and support.

Effective project planning is essential for delivering software projects on time, within budget, and meeting the desired quality standards. It helps align the project team’s efforts, manage risks, and ensure that the final product meets or exceeds expectations.

Portfolio Resume CV Website project plan using Python and Django

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Creating a portfolio, resume, and CV website using Python and Django is a fantastic project idea to showcase your skills and experience as a developer. Here’s a project plan to help you get started:

1. Project Setup:

Install Python and set up a virtual environment.

Install Django using pip install Django.

Create a new Django project using the Django-admin start project project name.

Create a new Django app for the portfolio using the python manage.py startup portfolio.

2. Design Database Models:

Define the database models to store information about your projects, skills, education, work experience, and any other relevant details.

3. Create Templates:

Design HTML templates for different pages like the homepage, portfolio page, resume page, and contact page. You can use CSS frameworks like Bootstrap to style your templates.

4. Create Views:

Define views in your Django app to handle different URL paths and render the corresponding templates. Views will fetch data from the database models and pass it to the templates for rendering.

5. URLs Configuration:

Configure the URLs for your app by defining URL patterns in the urls.py file. Map each URL to the appropriate view function.

6. Static Files:

Organize your static files such as CSS, JavaScript, and images in a separate folder. Configure Django to serve these static files during development.

7. Database Populating:

Create scripts or use Django’s admin panel to populate your database with sample data for your projects, skills, education, and work experience.

8. Add Functionality:

a. Display a list of projects on the portfolio page, each linking to a detailed project page.

b. Display your skills, education, and work experience on the respective pages.

c. Create a resume page that allows users to download your resume in PDF format.

d. Implement a contact form that visitors can use to send you messages.

9. User Authentication (Optional):

Implement user authentication using Django’s built-in authentication system if you want to have a login system to manage your portfolio content.

10. Deployment:

Deploy your Django application to a web hosting service like Heroku or a VPS provider like DigitalOcean. Make sure to configure the production settings, set up a database, and configure static file serving.

11. Domain and SSL (Optional):

Purchase a domain name for your website and set up SSL to ensure secure communication between your website and visitors.

12. Testing and Debugging:

Thoroughly test your website on various devices and browsers. Use Django’s debugging tools to identify and fix any issues.

13. Final Polish:

Optimize your website’s performance, refine the UI/UX, and make any necessary adjustments based on user feedback.

Remember, this is just a high-level project plan. You can expand and customize it based on your preferences and requirements. Django’s official documentation and various online tutorials can provide detailed guidance on each step of the process. Good luck with your portfolio website project!

School Management System planning to develop using Python and Django

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Developing a school management system using Python and Django is a complex but rewarding project. It involves various components like student management, course scheduling, attendance tracking, and more. Here’s a detailed plan to help you get started:

1. Project Setup:

  • Set up a virtual environment and install Django.
  • Create a new Django project and app for the school management system.
  • Configure project settings, including database setup.

2. Design Database Models:

  • Define database models for essential entities like students, teachers, courses, classes, attendance, grades, and more.
  • Establish relationships between models using ForeignKey, OneToOneField, or ManyToManyField.

3. Create Templates:

  • Design user interface templates for different sections of the school management system using HTML, CSS, and JavaScript.
  • Utilize a frontend framework or library like Bootstrap to streamline the UI design.

4. User Authentication and Authorization:

  • Implement user registration and login features for students, teachers, and administrators.
  • Set up different user roles and permissions to control access to different sections of the system.

5. Student Management:

  • Allow administrators to add, edit, and delete student records.
  • Provide a dashboard for students to view their details, classes, grades, and attendance.

6. Teacher Management:

  • Enable administrators to manage teacher records, including personal details and assigned courses.
  • Allow teachers to view and manage their assigned courses and classes.

7. Course Management:

  • Create a system to define and manage courses offered by the school.
  • Allow administrators to assign teachers to specific courses.

8. Class and Schedule Management:

  • Design a schedule system to assign courses to classes and manage class timings.
  • Allow teachers and students to view their class schedules.

9. Attendance Tracking:

  • Develop a mechanism to mark and track attendance for classes.
  • Allow teachers and administrators to generate attendance reports.

10. Grade Management:

  • Implement a grading system to record and manage student grades for assignments, exams, and quizzes.
  • Allow teachers to input grades and students to view their grades.

11. Communication Features:

  • Incorporate messaging functionality between students, teachers, and administrators.
  • Implement notifications for important updates, events, and deadlines.

12. Reporting and Analytics:

  • Create reports for attendance, grades, and other relevant data.
  • Implement data visualization tools to present data in a comprehensible manner.

13. Testing:

  • Perform thorough testing at each stage of development to identify and fix bugs.
  • Implement automated tests using Django’s testing framework.

14. Deployment:

  • Deploy the school management system to a hosting platform such as Heroku or a VPS provider.
  • Set up the production environment, including database configuration and static files handling.

15. User Training and Documentation:

  • Provide user guides or documentation for administrators, teachers, and students to understand how to use the system effectively.

16. Maintenance and Updates:

  • Monitor the system after deployment and address any issues or bugs that arise.
  • Consider adding new features and making improvements based on user feedback.

We have to keep in mind and remember that building a complete school management system is a substantial project that might require collaboration with others. Prioritize modular and maintainable code, and consider using version control systems like Git to manage your project’s codebase. Additionally, Django’s official documentation and online tutorials can provide valuable guidance throughout the development process.

Main Keywords List to be an EXPERT Software Engineer

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Main Keywords List to be an EXPERT Software Engineer

General

Pick a Language (Python Skills)

Coding Principles

Developing APIs

RDBMS Databases

ORMs

Developing in Teams

NoSQL

Logging

Caching

Testing

CI/CD

Cloud

Containerization

Design Principles

Software Architecture

Advanced APIs

Monitoring

DevOps

HTTP

REST

Programming Language

Networking & Linux Fundamentals

Database

Caching

Cloud Providers

Web Security

Containerization

Testing

Frontend Knowledge

Basic Networking

Linux

Django & Flask

API Design

Databases/SQL

DevOps

Git/GitHub