Research College

Research & Publication - Dr M C Saxena College of Engg and Technology

A fully air-conditioned computer center with broadband internet connectivity of 600 client computers, separated by a fully air-conditioned digital central library having adequate number of reference books, journals,etc. to cope-up with latest information which adds the technological advancement to McSgoc.

Research Publication – Anti-Microbial Potential of Onion Peel Extracts

We are proud to announce that Gaurav Mishra has suc...

Published Author Recognition – Basics of Enzymes Engineering

We are proud to announce that Gaurav Mishra has bee...

Published Author Recognition – Basics of Plant Biotechnology

We are proud to announce that Gaurav Mishra has been officially recognized as a ...

Published Author Recognition – Gaurav Mishra

We are proud to announce that Gaurav Mishra has bee...

Machine Learning Algorithm with Python" by Er. Ankit Patel and Dr. Sunil Kumar Rawat

This book serves as a practical introduction to machine learning, focu...

Data Structure using C" by Er. Ankit Patel and Dr. Sunil Kumar Rawat

Data Structure using C” by Er. Ankit Pa...

Fraud Detection System for Banking Transactions Using Machine Learning | Mr. Ankit Patel

Banking fraud is a major concern in the digital era, especially with t...

Research Publication – Anti-Microbial Potential of Onion Peel Extracts

Peer-Reviewed Journal Publication | Research and Reviews: A Journal of Biotechnology (ISSN: 2231-3826)

We are proud to announce that Gaurav Mishra has successfully published a peer-reviewed research article titled “Anti-Microbial Potential of Onion Peel Extracts” in Research and Reviews: A Journal of Biotechnology, Volume 15, Issue 3 (Year 2025).

The study explores the antimicrobial properties of onion peel extracts and evaluates their potential applications in biotechnology and natural therapeutic development. The article underwent a rigorous peer-review process and was officially accepted and published according to the journal’s editorial standards.

This publication demonstrates strong research capability, scientific methodology, and innovation in applied biotechnology.

Key Features :

Peer-Reviewed Research Publication

Research on Natural Antimicrobial Compounds

Focus on Onion Peel Bioactive Extracts

Experimental & Laboratory-Based Study

Promotes Sustainable Use of Agricultural Waste

Published in Research and Reviews: A Journal of Biotechnology

Official Certificate ID: 2025rrjobt1533695

ISSN Registered Journal (2231-3826)

Volume 15 | Issue 3 | Year 2025

Contribution to Applied Biotechnology & Microbiology Research

Purposes :

The primary objective of this research was to investigate the antimicrobial properties present in onion peel extracts and analyze their effectiveness against microbial strains.

The study aimed to:

Identify bioactive compounds present in onion peels

Evaluate antimicrobial efficiency through laboratory analysis

Promote sustainable utilization of agricultural waste

Explore natural alternatives to synthetic antimicrobial agents

Support eco-friendly and cost-effective biotechnological applications

This research contributes to both environmental sustainability and biomedical innovation.

Why It Matters

This publication is significant because

Promotes value-added utilization of agricultural waste

Supports development of natural antimicrobial agents

Encourages sustainable and eco-friendly research solutions

Contributes to biotechnology and applied microbiology research

Published in a peer-reviewed journal ensuring scientific credibility

The study strengthens the academic and research profile of the institution and reflects commitment toward innovative scientific exploration.

Published Author Recognition – Basics of Enzymes Engineering

Certified Author of “Basics of Enzymes Engineering” | ISBN Registered Academic Publication

We are proud to announce that Gaurav Mishra has been officially recognized as a Published Author for his valuable contribution to the field of Enzyme Engineering. His book, “Basics of Enzymes Engineering”, is a Non-Fiction/Academic publication registered with ISBN (978-93-48104-43-4).

This publication explores the fundamental principles of enzymes, their structure, catalytic mechanisms, and industrial applications. The book provides a research-driven and concept-based understanding of enzyme modification, optimization, and application in biotechnology, pharmaceuticals, and industrial processes.

This achievement highlights academic excellence, scientific contribution, and dedication to advancing biochemical research and innovation.

Key Features :

Author of “Basics of Enzymes Engineering”

Official ISBN Registered Publication

Recognized Published Author

Focus on Enzyme Kinetics & Protein Engineering

Research-Oriented Academic Content

Designed for Biotechnology & Life Science Students

Applications in Pharmaceuticals & Industrial Biotechnology

Purposes :

The primary objective of “Basics of Enzymes Engineering” is to provide a comprehensive and research-oriented understanding of enzyme structure, function, and engineering techniques.

The book aims to:

Strengthen foundational concepts of enzyme kinetics and catalysis

Explain enzyme modification and optimization methods

Support research in industrial biotechnology and pharmaceuticals

Promote innovation in enzyme-based sustainable technologies

Serve as a reliable academic reference for biotechnology and life science students

It bridges the gap between theoretical biochemistry and practical industrial applications.

Why It Matters

Enzyme Engineering plays a crucial role in modern biotechnology, medicine, and sustainable industrial development.

This publication matters because:

It supports innovation in pharmaceuticals and drug development

Encourages eco-friendly and sustainable industrial processes

Advances research in protein engineering and molecular biotechnology

Provides structured academic knowledge for students and researchers

Ensures authenticity with ISBN-registered academic publication

Through this work, Gaurav Mishra contributes significantly to the advancement of biochemical sciences and next-generation biotechnology research.

Published Author Recognition – Basics of Plant Biotechnology

Certified Author of “Basics of Plant Biotechnology” | ISBN Registered Academic Publication

We are proud to announce that Gaurav Mishra has been officially recognized as a Published Author for his significant contribution to the field of Plant Biotechnology. His book, “Basics of Plant Biotechnology”, is a Non-Fiction/Academic publication registered with ISBN (978-93-48104-88-5).

This publication focuses on fundamental and applied aspects of plant biotechnology, including genetic modification, plant tissue culture, crop improvement, and sustainable agricultural innovations. The book is designed to support students, researchers, and academicians by providing structured, research-oriented, and concept-driven knowledge.

This achievement reflects academic excellence, scientific contribution, and commitment toward advancing agricultural biotechnology research.

Key Features :

Author of “Basics of Plant Biotechnology”

Official ISBN Registered Publication

Recognized Published Author

Focus on Plant Genetics & Crop Improvement

Research-Oriented Academic Content

Designed for Biotechnology & Agriculture Students

Supports Sustainable Development Goals

Purposes :

The primary objective of “Basics of Plant Biotechnology” is to provide a strong conceptual and research-based understanding of plant genetic engineering and modern biotechnological tools.

The book aims to:

Strengthen foundational knowledge in plant genetics and molecular biology

Explain plant tissue culture and genetic transformation techniques

Support research in crop improvement and sustainable agriculture

Encourage innovation in food security and environmental sustainability

Provide an academic reference for biotechnology and agricultural students

It bridges the gap between theoretical concepts and practical applications in plant biotechnology research.

Why It Matters

Plant Biotechnology plays a crucial role in addressing global challenges such as food security, climate change, and sustainable farming.

This publication matters because:

It promotes scientific advancement in crop improvement

Supports sustainable agriculture and environmental protection

Encourages innovation in genetically improved plant varieties

Serves as a structured academic resource for students and researchers

SBN-registered publication ensuring authenticity and credibility

Through this work, Gaurav Mishra contributes to the development of future-ready agricultural and biotechnology professionals.

Published Author Recognition – Gaurav Mishra

Certified Author of “Basics of Genetics Engineering” | Official ISBN Registered Publication

We are proud to announce that Gaurav Mishra has been officially recognized as a Published Author for his outstanding contribution in the field of scientific writing. He is the author of the book “Basics of Genetics Engineering”, a Non-Fiction/Academic publication registered with a valid ISBN (978-93-48104-76-2).

This certification, awarded by Authors Tree Publishing, acknowledges his academic excellence, research-oriented thinking, and dedication to advancing knowledge in the field of Genetics Engineering. His work contributes significantly to students, researchers, and professionals interested in biotechnology and genetic sciences.

This achievement reflects innovation, research excellence, and commitment to academic growth.

Key Features :

Author of “Basics of Genetics Engineering”

Official ISBN Registered Publication (978-93-48104-76-2)

Recognized Published Author by Authors Tree Publishing

Contribution to Genetics & Biotechnology Domain

Academic & Research-Oriented ContentNon-Fiction / Academic Genre Publication

Designed for Students, Researchers & Professionals

Purposes :

The primary purpose of “Basics of Genetics Engineering” is to provide a structured and research-oriented understanding of fundamental and advanced concepts in genetic engineering. The book is designed to bridge the gap between theoretical knowledge and practical application in biotechnology.

It aims to:

Strengthen foundational concepts in genetics and molecular biology

Explain modern genetic engineering techniques in a simplified manner

Support academic research and laboratory practices

Encourage innovation in healthcare, agriculture, and environmental biotechnology

Provide a reliable academic reference for students and researchers

The research-driven approach of the book ensures clarity, scientific accuracy, and applicability in real-world scenarios.

Why It Matters

Genetic Engineering is one of the most transformative scientific domains of the 21st century. From developing life-saving medicines to improving crop productivity and environmental sustainability, its impact is global and long-lasting.

This publication matters because:

It contributes to advancing knowledge in biotechnology and genetic sciences

It supports innovation in healthcare, agriculture, and environmental solutions

It empowers students and researchers with structured academic insights

It promotes scientific thinking and research-based learning

It serves as a credible academic resource with registered ISBN authentication

By publishing this work, Gaurav Mishra has added meaningful value to the academic and research community, inspiring future biotechnologists and researchers.

Machine Learning Algorithm with Python" by Er. Ankit Patel and Dr. Sunil Kumar Rawat

This book serves as a practical introduction to machine learning, focusing on the implementation of algorithms using Python. It covers essential topics such as model training, classification, regression, performance evaluation, and ensemble learning techniques. Each chapter includes detailed code examples, exercises, and explanations to bridge the gap between theoretical concepts and real-world applications.

Key Features :

Comprehensive Coverage: Topics include model training, classification, regression, performance evaluation, and ensemble learning techniques.

Hands-On Approach: Each chapter provides detailed code examples and exercises to reinforce learning.

Practical Applications: The book emphasizes real-world applications, helping readers understand how to apply machine learning algorithms effectively.

Accessible Language: Written in a clear and concise manner, making complex concepts understandable for beginners.

Purposes :

The primary aim of this book is to equip readers with the knowledge and skills necessary to implement machine learning algorithms using Python. It is designed to help learners understand the underlying principles of machine learning and how to apply them in practical scenarios.

Why It Matters

Industry Relevance: Machine learning is increasingly integral to various industries, and proficiency in Python-based ML tools is highly sought after.

Skill Development: The book aids in developing critical skills required for data analysis, predictive modeling, and algorithm development.

Foundation for Advanced Learning: It provides a solid foundation for those looking to delve deeper into specialized areas of machine learning and artificial intelligence.

Data Structure using C" by Er. Ankit Patel and Dr. Sunil Kumar Rawat

Data Structure using C” by Er. Ankit Patel is a foundational textbook designed to teach the core principles of data structures through the C programming language. Structured for students in engineering, computer science, and IT, the book walks readers through both theoretical concepts and practical implementations of essential data structures. It provides a bridge between conceptual understanding and real-world coding.

Key Features :

Comprehensive Coverage
Includes arrays, linked lists, stacks, queues, trees, graphs, sorting and searching algorithms.

C Language Implementation
All data structures are explained and implemented using pure C code, helping students solidify their understanding of both C programming and data structures.

Diagrams and Flowcharts
Visual aids to simplify understanding of complex concepts.

Chapter-End Exercises
Includes multiple-choice questions, theoretical questions, and coding problems to reinforce learning.

Real-World Applications
Explains where and how each data structure is used in real systems (e.g., memory management, compilers, OS).

Beginner-Friendly
Starts from basic principles, making it ideal for those new to data structures or programming.

Purposes :

To provide a clear and accessible foundation in data structures for students and early professionals.

To help readers learn through coding by using C, one of the most fundamental programming languages.

To prepare students for interviews, competitive exams, and practical software development challenges.

Why It Matters

Core Computer Science Skill: Understanding data structures is essential for efficient coding, problem-solving, and system design.

Industry Relevance: Almost all technical interviews test knowledge of data structures and algorithms.

Foundation for Advanced Topics: Concepts like databases, machine learning, and systems programming build upon data structure knowledge.

Efficient Programming: Choosing the right data structure improves speed, reduces memory usage, and makes code more maintainable.

Fraud Detection System for Banking Transactions Using Machine Learning | Mr. Ankit Patel

Banking fraud is a major concern in the digital era, especially with the growing volume of online and card-based transactions. Traditional rule-based systems often fail to keep up with the evolving tactics of fraudsters. This project proposes a machine learning-based fraud detection system that learns from historical transaction data to predict and identify fraudulent activity with high accuracy. By analyzing patterns in transaction behavior, the system can flag anomalies and help banks and financial institutions prevent fraud in real time.

Key Features :

Real-Time Detection
Monitors transactions instantly and flags suspicious ones.

Machine Learning Algorithms
Uses classification and anomaly detection models like Random Forest, XGBoost, and Isolation Forest.

Behavioral Pattern Recognition
Detects deviations from usual user behavior (amount, time, location).

Handling Imbalanced Data
Employs techniques like SMOTE and undersampling to improve fraud detection on rare cases.

Visual Reports and Alerts
Generates graphs, confusion matrices, and real-time alerts for detected fraud.

Secure & Scalable
Can be integrated with existing banking infrastructure and scaled with more data.

Purposes :

To reduce the impact of fraud on both customers and banks.

To replace outdated, rule-based detection systems with smart, data-driven models.

To provide early warning and alert systems for potentially fraudulent activity.

To build a cost-effective, automated solution that can evolve with new fraud patterns.

Why It Matters

Global Financial Impact: Fraud results in billions of dollars in losses annually across the banking sector.

Customer Trust: Clients expect secure and protected digital transactions.

Evolving Fraud Techniques: Machine learning can adapt to and learn from new fraud tactics.

Real-Time Response: Early detection can stop fraud before the damage is done.

Regulatory Compliance: Helps meet industry standards for fraud prevention and data protection.

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Research And Publication