π Importance of Problem Solving in Coding & System Development
Problem solving is the core skill behind successful coding and system development. Programming is not just writing codeβitβs about thinking logically and finding efficient solutions.
π§ 1. Translates Requirements into Solutions
In system development, requirements are often abstract. Problem-solving helps developers:
Break complex requirements into smaller tasks
Understand what needs to be built before how to build it
Choose the right architecture and logic
π Without problem solving, code becomes messy and unreliable.
βοΈ 2. Builds Efficient & Optimized Code
Good problem solvers:
Write faster algorithms
Reduce memory and CPU usage
Improve system performance and scalability
Problem solving is the core skill behind successful coding and system development. Programming is not just writing codeβitβs about thinking logically and finding efficient solutions.
π§ 1. Translates Requirements into Solutions
In system development, requirements are often abstract. Problem-solving helps developers:
Break complex requirements into smaller tasks
Understand what needs to be built before how to build it
Choose the right architecture and logic
π Without problem solving, code becomes messy and unreliable.
βοΈ 2. Builds Efficient & Optimized Code
Good problem solvers:
Write faster algorithms
Reduce memory and CPU usage
Improve system performance and scalability
π2
α tech ααα α¨α°α»α ααα αααα£α΅
1 αααα³α½αα ααα¨α΅(Passion)
2. ααα ααααα(purpose )
Passion + purpose = long-term fuel
π― Without direction, speed is wasted.
3. α΅α©α¨α΅(focus βοΈ Concentration is the secret of strength)
4. αα°α¨α±α αα³αα(Master the Fundamentals)
𧱠Excellence starts with basics.
5. α αααα΅ αα΅α«α΅ ( Be Consistent, Not Just Motivated)
π Discipline builds success.
1 αααα³α½αα ααα¨α΅(Passion)
2. ααα ααααα(purpose )
Passion + purpose = long-term fuel
π― Without direction, speed is wasted.
3. α΅α©α¨α΅(focus βοΈ Concentration is the secret of strength)
4. αα°α¨α±α αα³αα(Master the Fundamentals)
𧱠Excellence starts with basics.
5. α αααα΅ αα΅α«α΅ ( Be Consistent, Not Just Motivated)
π Discipline builds success.
π1
ππTechnology is not just about machines, algorithms, or lines of codeβitβs about problem-solving, persistence, and creativity.
π1
let count = 0;
return function () {
count++;
return count;
};
}
const counter1 = createCounter();
const counter2 = createCounter();
console.log(counter1());
console.log(counter1());
console.log(counter2());
β Questions
What will be the output?
Why doesnβt counter2 continue from counter1?
What JavaScript concept is demonstrated here?
β€1
Forwarded from Riseup Tech
παα© αα α¨αα³ αα¨α²α αα!π
α¨αα³ αα¨α²α αα α¨ααα°ααα αα© α¨αα₯α³ αααα΅ (Live Session) αααα α¨αα¨α 2 α°αα΅ α₯α» ααβοΈ
αα αα α α΅α°αα ααα³ α₯αα³α«ααα₯αα’ α ααα α°ααα α°α α³ααα αα α₯αα!π αααα½α α«αα©π
https://t.me/riseuptech
α¨αα³ αα¨α²α αα α¨ααα°ααα αα© α¨αα₯α³ αααα΅ (Live Session) αααα α¨αα¨α 2 α°αα΅ α₯α» ααβοΈ
αα αα α α΅α°αα ααα³ α₯αα³α«ααα₯αα’ α ααα α°ααα α°α α³ααα αα α₯αα!π αααα½α α«αα©π
https://t.me/riseuptech
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Riseup Tech
Is placed in Addis Ababa it provides (MERN)Website Development, basic computer skill course, Language and other short term course.
Phases of SDLC(software development life cycle)
1. Requirement Analysis
Gather and analyze business and user requirements
Identify functional and non-functional needs
Create Software Requirement Specification (SRS) document
Outcome: Clear understanding of what the software must do
2. Planning
Define project scope, schedule, and cost
Identify risks and resource requirements
Choose development methodology (Agile, Waterfall, etc.)
Outcome: Project plan and feasibility report
3. System Design
Design system architecture and workflows
Database design, UI/UX design
Choose technologies and tools
Outcome: High-level design (HLD) and low-level design (LLD)
4. Development (Implementation)
Write code based on design documents
Follow coding standards and best practices
Perform unit testing
Outcome: Working software modules
5. Testing
Verify that software meets requirements
Types: Unit, Integration, System, User Acceptance Testing (UAT)
Identify and fix defects
Outcome: Bug-free and validated software
6. Deployment
Release software to production environment
Configure servers and environments
User training and documentation
Outcome: Software available to users
7. Maintenance
Fix bugs and performance issues
Add new features and enhancements
Adapt software to new environments
Outcome: Stable and updated software system
1. Requirement Analysis
Gather and analyze business and user requirements
Identify functional and non-functional needs
Create Software Requirement Specification (SRS) document
Outcome: Clear understanding of what the software must do
2. Planning
Define project scope, schedule, and cost
Identify risks and resource requirements
Choose development methodology (Agile, Waterfall, etc.)
Outcome: Project plan and feasibility report
3. System Design
Design system architecture and workflows
Database design, UI/UX design
Choose technologies and tools
Outcome: High-level design (HLD) and low-level design (LLD)
4. Development (Implementation)
Write code based on design documents
Follow coding standards and best practices
Perform unit testing
Outcome: Working software modules
5. Testing
Verify that software meets requirements
Types: Unit, Integration, System, User Acceptance Testing (UAT)
Identify and fix defects
Outcome: Bug-free and validated software
6. Deployment
Release software to production environment
Configure servers and environments
User training and documentation
Outcome: Software available to users
7. Maintenance
Fix bugs and performance issues
Add new features and enhancements
Adapt software to new environments
Outcome: Stable and updated software system
π2