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Paper ID:IJSREM64879

Enhancing Online Recruitment Security: A Machine Learning-Based Fake Job Detection System

Stream/Area:

-

Subject:

-

Paper ID:

IJSREM64879

Volume:

10 |

6 |

Jun 2026

Pages:

1-8

Publication Frequency:

Monthly (12 issues per year)

DOI
Digital Object Identifier
10.55041/IJSREM64879

License:International Journal of Scientific Research in Engineering and Management follows the Creative Commons Attribution 4.0 (CC BY 4.0) License, allowing free use and distribution with proper attribution.

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Authors

GDK

GOTTAPU DEVI KALYANI

Master Of Computer Applications

GIET ENGINEERING COLLEGE (A)

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Mentors

KRK

K. RAMYA KEERTHI

Master Of Computer Applications

GIET ENGINEERING COLLEGE (A)

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Abstract

The internet has transformed the way people search for employment opportunities, making online recruitment platforms an essential part of modern hiring. However, the increasing popularity of these platforms has also created opportunities for fraudulent activities in the form of fake job advertisements. Such deceptive postings often mislead applicants, resulting in the loss of personal information, financial resources, and trust in digital recruitment systems. This project introduces an intelligent framework designed to identify suspicious job advertisements before they can negatively impact job seekers. By utilizing machine learning techniques, the system examines various characteristics of job postings, including textual content, company details, and recruitment patterns, to distinguish legitimate opportunities from fraudulent ones. Multiple classification models are trained and evaluated using a publicly available recruitment dataset to ensure reliable performance. The proposed solution emphasizes accuracy, scalability, and practical usability, enabling real-time prediction through a user-friendly web interface. Rather than relying solely on manual verification, the system automates the screening process and provides an additional layer of security for online hiring environments. The outcome contributes toward creating a safer recruitment ecosystem by helping users make informed decisions while reducing the influence of deceptive job advertisements in digital employment platforms.

KEYWORDS

Fake Job Detection Machine Learning Online Recruitment Security Deep Neural Network EMSCAD Dataset TF-IDF Text Classification Fraud Detection SVM Random Forest KNN Naive Bayes Recruitment Scam Prevention NLP Predictive Analytics.

Cite This Article

GOTTAPU DEVI KALYANI, K. RAMYA KEERTHI, "Enhancing Online Recruitment Security: A Machine Learning-Based Fake Job Detection System," International Journal of Scientific Research in Engineering and Management, vol. 10, no. 6, pp. 1-8, Jun 2026. https://doi.org/10.55041/IJSREM64879

Full Article/Conclusion

The completion of this project demonstrates how machine learning can be applied to address a practical challenge that affects thousands of job seekers in the digital recruitment landscape. As online hiring continues to expand, the risk of encountering misleading and fraudulent job advertisements has become increasingly common. The proposed system was developed with the intention of providing an intelligent mechanism capable of identifying such threats before they negatively impact users. Through the application of data preprocessing techniques, feature extraction methods, and multiple machine learning algorithms, the system is able to analyze recruitment information and make informed predictions regarding the authenticity of job postings. The comparative evaluation of different models helped in identifying an effective approach for detecting fraudulent advertisements with improved reliability. Beyond its technical implementation, the project highlights the importance of combining technology with user safety. By assisting individuals in verifying employment opportunities, the system contributes to reducing the chances of financial fraud, misuse of personal information, and unnecessary inconvenience during the job search process. The developed solution not only improves trust in online recruitment platforms but also demonstrates the potential of intelligent systems in solving real-world security concerns. In conclusion, the project represents a meaningful step toward creating a safer and more transparent recruitment environment where job seekers can explore opportunities with greater confidence and peace of mind.

References

·               Gulshan Shrivastava , Member, IEEE, Prabhat Kumar, Senior Member, IEEE, Rudra Pratap Ojha , Pramod Kumar Srivastava ,Senthil Kumar Mohan “Defensive Modeling of FakeNews Through Online Social Networks”,—Online social networks (OSNs) IEEE TRANSACTIONS ON COMPUTATIONAL SOCIAL SYSTEMS   ·               deBeer, Dylan & Matthee, Machdel,”Approachesto Identify FakeNews: A Systematic Literature Review.” : Integrated Science in Digital Age2020.   ·               Bandar Alghamdi, FahadAlharby,”AnIntelligent Model for Online Recruitment Fraud Detection”. Journal of Information Security. (2019)   ·               Pham, Trung Tin” A Study on Deep Learning for Fake News Detection.” Journal of Information Security. (2019) n   ·               Manoj Kumar Balwant.” Bidirectional LSTM Based on POS tags and CNN Architecture for Fake News” 10th International Conference on Computing, Communication and Networking Technologies (ICCCNT). (2019)   ·               Amjad, Maaza , Sidorov, Grigoria, Zhila, Alisaa, Gómez-Adorno, Helenab, Voronkov, Iliac, Gelbukh, Alexander.” Bend the truth” Special section: Selected papers of LKE 2019   ·               Rami Mohawesh, Son Tran, Robert Ollington, Shuxiang Xu” Analysis of concept drift in fake reviews detection.” Expert Systems with Applications. (2021)   ·               Joma George; Shintu Mariam Skariah; T. Aleena Xavier.” Role of Contextual Features in Fake News Detection: AReview” International Conference on Innovative Trendsin Information Technology (ICITIIT). (2021)   ·               In Sultana Umme Habiba; Md. Khairul Islam; Farzana Tasnim.” A Comparative Study on Fake Job Post Prediction Using Different Data mining Techniques.”2ndInternationalConferenceonRobotics, Electrical and Signal Processing Techniques (ICREST) (2021)  

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Publication Date

6/12/2026

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