This document outlines the key steps for effective project execution, including problem selection, requirement analysis, design, implementation, testing, defect handling, benchmarking, standard compliance, and reporting. It emphasizes teamwork, contributing value to the project, and gaining practical experience through applying the knowledge learned.

1. EFFECTIVE PROJECT
EXECUTION
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2. OBJECTIVE
 To understand the importance
 Learning the Possible steps involved
 How to reap its benefits
 And More, How to make it effective??

3. WHY
To apply the
knowledge
gained
Problem
solving
Opportunity
to learn new
Tools
Door to gain
practical
experience
Learning
Team work
and Helping
other

4. PROBLEM SELECTION
First Step
• Loop holes the existing solution
• Features
• Performance
• Brand new
Identify a
problem
that is worth
enough to
solve

5. REQUIREMENT ANALYSIS
Micro level view of the
problem statement
Broken pieces of
the problem
Top down approach
Determination of
needs
Must be
Actionable Measurable Testable

6. NON FUNCTIONAL ASPECTS
UI / UX Efficiency Scalability Performance
Security Maintainability Fault Tolerance Portability
Documentation Compliance Testability

7. DESIGN
Solution to the problem
There could be
more that one
solution
High Level Design
Over all
Architecture of the
system or of the
solution
Modules and Sub-
Module Details
Low Level Design
Data Structure
Functions and APIs
Algorithm & Logic

8. SELECTION OF A BETTER DESIGN
Workout all the possible design
•At least 3 different ways/approaches
• List the pro and cons of each solution
• Compare and Contrast among each
other
Select one by rejecting the rest
• Strong justification
• Why Approach # is selection?
• Why not the other design don’t occupy the
front seat??

9. IMPLEMENTATION
Realization of design
Follow coding discipline
and convention
Should take the advantage
of the language
Self documenting code
Highly Portable
Perform self and peer
review of the code

10. TESTING
To ensure that solution
developed is meeting its
requirements in all the
possible scenarios
Generation and
execution of test
items/cases
Types
• Unit Testing
• Integration Testing
Verification of the
Implementation
Validation of the
solution with
respect to its
requirement

11. DEFECT HANDLING
Bug in my code,
oops!!
Collect as much
information as
possible
•Precondition,
Input, Output,
Sequence of steps
Try reproducing
Analyze the
data
Identify the
problematic
area
Do a quality fix
and verify
•Impact Analysis
•Change could be in
multiple places
•Similar places
needs the medicine

12. TOOL USAGE

13. BENCH MARKING
Going one step ahead
Measure the performance
• CPU Cycles
• Memory Usage
• RAM, Image, Storage
• Number of Network message sent to realize a service
• Number of active and passive entities
• Breaking point of your solution
• Limitations

14. STANDARD COMPLIANCE
Against the compliance test
Validate the solution against the test suite
Test with other vendor implementation
Derive a compliance report

15. FUTURE WORK
Taking the
solution to the
next stage
What is the part
of the
requirement
left out
Which part of
the solution can
be further
improvised

16. REPORT GENERATION

17. TEAM
Two or more
person
• One can be the Anchor
• Mixed interest
• Mixed skill sets
• Difference in thinking
Every body should
contribute
• Your contribution to
the project adds value
to yourself
Listen more than
you speak
Motivate and
energize your
fellow team
player!!

18. VCS LOOKS FOR
Be read VC pitch…Any time!

19. PROJECT AND THE RESUME

20. PARTY
Feeling proud
and pride
You all had
done it