General SOP:

Standard Operating Procedure: Code Review

General Information
Process Tile: Code Review	Department: Computer Engineering
Contact Info:  [email protected]	SOP ID: 1
Effective Date: 2/4/2025	Revision Number: 01

Process Overview

Process Information: This is the standard operating procedure for a code review

Purpose: To make sure all code is checked for quality, correctness and follows the project rules before it is added to the main code.

Scope: This SOP applies to all developers and team members involved in creating, reviewing, or submitting code in a project.

Definitions:

-Code: refers to a set of instructions or statements written in a programming language that a computer can interpret and execute to perform specific tasks or operations.

-IDE: IDE stands for Integrated Development Environment and is where developers run, debug, and edit their code. (Examples: Visual Studio Code, PyCharm, Xcode)

-Compilation: when developers translate the code into a form that the computer can understand and run

-Execution: running the code

-GitHub: Site where developers store their finished code, can see edit history, and make it available for the public to download

Responsibilities:

-Software Developer:

Write, test, and maintain clean and efficient code

-Project Manager:

Plan and oversee project from beginning to end

	Process Steps
WBS		Tools	Task	Team Member
1		IDE	Open script in IDE	Software Developer
1		IDE	Review code for errors and readability	Software Developer
1		IDE	Check code compilation and execution speed	Software Developer
2		Document editor (Microsoft Word/ Google Docs)	Document specifics of code including:  -Language  -Compilation time  -Execution time  -Purpose of code  -Databases used Write comments on each part of the code so that future readers can understand what each part of the code does	Software Developer
3		IDE	Check code for missed errors, optimize code, and review documentation and comments	Project Manager
3		IDE GitHub	Approve Changes and export code	Project Manager

Reviewed and approved by:

Project Manager

2/6/2025

Correspondences

To: Project Manager

From: Halima Sadia

CC: Engineering Team

Our cooling system is in the final stages of development, but we have encountered two significant problems that may affect its performance and reliability. To ensure high quality and efficiency, I have identified these issues along with potential solutions.

 Problem 1: Overheating Due to Insufficient Airflow

The current design does not allow enough air to circulate, leading to overheating in high-performance situations.

Solution 1: Increase the number of cooling vents or use larger fans to improve airflow.

Solution 2: redesign the heat sink to enhance heat dissipation.

Problem 2: Inefficient Heat Dissipation

The cooling system struggles to transfer heat away from critical components efficiently.

Solution 1: Use a more effective thermal paste or heat-conductive material.

Solution 2: Integrate liquid cooling for better heat management in extreme conditions.

I recommend testing these solutions in prototype models to determine the most effective approach before finalizing the design. Please let me know if you have any feedback or additional suggestions.

Best,

Halima Sadia