Daily Software Engineering: Practical SDLC overview

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RougeNeuron Academy

46:49

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1 - Introduction

1 - Introduction.mp4

05:36

2 - Software Engineering Journey of code.mp4

08:49

2 - Software Engineering Communications and workflows in SDLC

3 - Engineering organization overview.mp4

00:47

4 - Possible Workflows of a feature from a software communications in SDLC.mp4

08:52

5 - Possible Workflows of a Bug from a software communications in SDLC.mp4

07:15

6 - Possible Workflows of a Support Ticket from a software communications in SDLC.mp4

04:24

3 - Outsourcing from an SDLC perspective

7 - Outsourcing among software engineering teams and organizations.mp4

05:18

8 - Infrastructure Outsourcing Quick Overview.mp4

00:59

4 - SDLC Outliers

9 - Software Maintenance Projects.mp4

02:03

10 - Research and Development Innovation related projects.mp4

02:46

5 - Conclusion

11 - Bonus Lecture.html

Description

SDLC, Software engineering, Software Practices, Career Development, How software engineering works?

What You'll Learn?

The flow of communication in software organizations
The basic information exchange that takes an idea and shapes it into a software product
The basics of outsourcing in Software or IT companies.
Roles involved in creation of features, bugs and support tickets in a software hierarcy

Who is this for?

Fresh Graduates and interns seeking information about functioning of software organizations

Early stage software professionals seeking job change

Anyone interested in leanring about software processes and SDLC

More details

Description
Welcome to SDLC: A Daily Engineering Perspective, a one-hour course designed to provide you with a practical understanding of how requirements are transformed into features across a software engineering hierarchy, without delving into methodologies like Scrum or Agile. This course also focuses on the journey of support tickets and bug reports through the hierarchy, providing you with a comprehensive understanding of the software development life cycle (SDLC) from a day-to-day engineering viewpoint.
Course Outline:
The Necessity
Understanding the importance of SDLC from an engineering perspective
Software Reaching End User
How software products and features are delivered to end users
Engineering Organization: Connecting Roles to the Course
Overview of the various roles in a software engineering hierarchy and their responsibilities
Feature Workflow
How requirements are translated into features throughout the engineering hierarchy
The role of each team member in the feature development process
Bug Workflow
Journey of bug reports through the engineering hierarchy
The roles and responsibilities of each team member in identifying, diagnosing, and resolving bugs
Support Ticket Workflow
How support tickets are processed and resolved across the engineering hierarchy
The role of each team member in providing customer support and ensuring user satisfaction
Outsourcing
Understanding the role of outsourcing in software development projects
Infrastructure Outsourcing
Exploring the benefits and challenges of outsourcing infrastructure management
Maintenance Projects
The role of software engineering hierarchy in maintaining and updating existing software products
R&D Projects
How research and development projects are managed and executed within the engineering hierarchy
By the end of this course, you'll have a clear understanding of how the software development life cycle operates from a daily engineering perspective, gaining valuable insights into the roles, responsibilities, and workflows of various team members. Enroll now and enhance your knowledge of the practical aspects of the SDLC!
Who this course is for:
Fresh Graduates and interns seeking information about functioning of software organizations
Early stage software professionals seeking job change
Anyone interested in leanring about software processes and SDLC

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Software Engineering

RougeNeuron Academy

Instructor's Courses

About Instructor=============As a professional programmer with over 17 years of experience, I have a Master of Science degree in Electrical Engineering and a strong interest in Distributed Systems, Algorithms, Deep Learning, Performance, and Optimization. My journey as a programmer started during my school days with Logo software, continued with assembly, BASIC, and Pascal during high school, and concluded with interdisciplinary research as part of my M.S.Currently, I am working on online education initiatives and have experience adapting to dynamic and versatile startup work environments. I am comfortable working with open problem assignments and operating in an intrapreneurial role. Additionally, I have built big data (Spark) and data science (TensorFlow) skills that overlap with my M.S. curriculum and programming work experience.My thesis focused on a geographically distributed network of sensors synchronized with nanosecond precision, collecting data for a machine learning system to detect a cosmic event. I have extensive experience with Linux and C++ (familiar with C++14/17/20 features), and I enjoy exploring new languages and frameworks with the help of active developer communities, resourceful websites, public code repositories, and YouTube channels.My interests span Deep Learning, Databases, Networking, Algorithms, Performance, Kubernetes, and Optimization. Follow on the Website, Youtube, and LinkedIn.

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