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Instructor-led learning
Concepts are explained in live sessions with room for questions and guided practice.
Home / Courses / Guntur
DSA & Problem Solving Training · Arundelpet, Guntur
DSA Course in Guntur
Data Structures + Algorithms + Coding Patterns + Complexity + Interview Preparation
Learn Data Structures and Algorithms through practical problem solving with Java, Python or C++. Master complexity analysis, arrays, linked lists, stacks, queues, hashing, trees, heaps, graphs, recursion, dynamic programming and reusable coding patterns for technical interviews and coding assessments.
JavaPythonC++VS CodeGit / GitHub
TrainingInstructor-led
PracticeLabs & projects
SupportCareer guidance
GUIDED PRACTICAL LEARNING
Learn through logic, practice, testing and instructor guidance
Connect each course concept to a practical task, test the result and explain why the approach works.
Plan the logicPractise the skillTest edge casesExplain the result
WHY THIS COURSE
Learn skills through a structured, practical path
The page focuses on verifiable training support without job or salary guarantees.
02
Hands-on labs
Practice the tools and workflows introduced in each module.
03
Project application
Use connected skills in course projects and review sessions.
04
Career guidance
Receive resume, interview and job-search guidance as applicable; outcomes are not guaranteed.
05
Flexible access
Ask the branch about current classroom and online-live batch options.
06
Completion certificate
Certificate availability applies after meeting the stated course requirements.
SKILLS & TOOLS
What the training covers
The curriculum moves from foundations to practical application.
01
Java
Guided concepts and practical exercises using Java.
02
Python
Guided concepts and practical exercises using Python.
03
C++
Guided concepts and practical exercises using C++.
04
VS Code
Guided concepts and practical exercises using VS Code.
05
Git / GitHub
Guided concepts and practical exercises using Git / GitHub.
LEARNING METHOD
A clear learning workflow
Progress through explanation, demonstration, guided practice and review.
Learn
Understand the concept and where it is used.
Observe
Follow an instructor-led demonstration.
Practice
Complete guided labs and assignments.
Apply
Build projects and review your approach.
PROBLEM-SOLVING PORTFOLIO
DSA Problems Students Can Solve and Explain
Practice correctness, edge cases, complexity and optimisation.
01
Pattern Notebook
Reusable coding patterns.
02
Complexity Review
Brute-force and optimized comparisons.
03
Mock Coding Round
Timed solve and review.
LEARNING OUTCOMES
What you should be able to demonstrate
Outcomes depend on attendance, practice and completion of the assigned work.
01
Analyse complexity
Demonstrate this capability through exercises or project work.
02
Choose suitable data structures and patterns
Demonstrate this capability through exercises or project work.
03
Solve, test, optimise and explain problems
Demonstrate this capability through exercises or project work.
CHOOSE YOUR CODING TRACK
One DSA Curriculum. Three Language Tracks.
Every track shares one canonical route.
01
Java Track
Strongly typed DSA practice.
02
Python Track
Concise algorithm practice.
03
C++ Track
STL-based interview practice.
04
Not Sure
Counselling helps choose.
PROBLEM-SOLVING METHOD
Understand → Solve → Analyse → Optimise → Explain
Start correct, test, measure, improve and explain.
Clarify
Record evidence and reasoning.
Brute Force
Record evidence and reasoning.
Test
Record evidence and reasoning.
Analyse
Record evidence and reasoning.
Optimise
Record evidence and reasoning.
Explain
Record evidence and reasoning.
REUSABLE CODING PATTERNS
Recognise the Pattern Before Writing More Code
Transfer reasoning between problems.
01
Two Pointers
Recognise when constraints suggest it.
02
Sliding Window
Recognise when constraints suggest it.
03
Prefix Sum
Recognise when constraints suggest it.
04
Fast & Slow Pointers
Recognise when constraints suggest it.
05
Binary Search on Answer
Recognise when constraints suggest it.
06
Monotonic Stack
Recognise when constraints suggest it.
07
Top-K / Heap
Recognise when constraints suggest it.
08
DFS & BFS
Recognise when constraints suggest it.
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Backtracking
Recognise when constraints suggest it.
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Greedy Choice
Recognise when constraints suggest it.
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Memoization
Recognise when constraints suggest it.
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Tabulation
Recognise when constraints suggest it.
LOCAL TRAINING CENTRE
DSA & Problem Solving training near you in Guntur
Attend at the Nipuna Technologies Guntur centre or ask about currently available online-live options.
Guntur Training Centre
Door No. 6-4-35, 1st Floor, 4/1 Arundelpet, Opposite Aditya Grand Hotel, Guntur, Andhra Pradesh 522002
+91 79979 27111
admin@nipunatechnologies.com
Suitable for learners around
ArundelpetBrodipetLakshmipuramPattabhipuramKothapetNallapaduMangalagiriTenali
COURSE CURRICULUM
What you will learn
Modules can be updated, reordered or disabled from the admin panel.
01 Programming Refresher for DSA
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
02 Algorithms, Big-O & Complexity Analysis
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
03 Arrays & Matrix Problem Solving
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
04 Strings & String Patterns
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
05 Searching & Binary Search Patterns
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
06 Sorting Algorithms
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
07 Recursion & Backtracking
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
08 Linked Lists
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
09 Stacks, Queues & Deques
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
10 Hashing
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
11 Trees & Binary Trees
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
12 Binary Search Trees
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
13 Heap & Priority Queue
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
14 Graphs
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
15 Greedy Algorithms
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
16 Dynamic Programming
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
17 Advanced DSA & Coding Patterns
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
18 Coding Interviews, Mock Rounds & Problem-Solving Portfolio
Solve, analyse and explain this DSA topic.
- Concept and operations
- Reusable problem-solving patterns
- Selected Java, Python or C++ implementation
FREQUENTLY ASKED QUESTIONS
DSA & Problem Solving questions
Is DSA taught from basics?
Yes. A programming refresher, algorithms and complexity come first.
Which language can I use?
Choose Java, Python or C++.
Do I need programming knowledge?
Basic familiarity is helpful; a refresher is included.
Is Big-O included?
Yes.
Are trees, graphs and dynamic programming included?
Yes.
Are coding patterns included?
Yes.
Are mock interviews included?
Yes, according to the active batch plan.
Is Full Stack included?
No. DSA is a separate course.
Are AI tools included?
AI may support review; learners must solve and verify their own code.
Is placement guaranteed?
No.
GUNTUR ADMISSIONS
Discuss the right batch before enrolling
Ask about the current trainer, timetable, mode, fee and demo availability.