Research on the Standardization of Tendering and Bidding Management for Engineering Projects

Abstract

As a key mechanism for optimizing resource allocation in the construction market, the standardization level of project bidding directly affects project implementation efficiency, the fairness of market competition, and the ultimate quality of construction projects. Against the dual backdrop of the digital economy wave and the transformation and upgrading of the construction industry, the traditional bidding model is facing deep-seated contradictions such as insufficient process compliance, a lack of supervision mechanisms, and a lag in the construction of the integrity system. These issues hinder the high-quality development of the industry to a certain extent. From the perspective of full lifecycle management of bidding, this paper deeply analyzes the typical problems currently existing and proposes systematic improvement paths from dimensions such as top-level institutional design, business process reengineering, enhanced regulatory effectiveness, and digital technology empowerment. The paper focuses on the specific application strategies of cutting-edge technologies such as big data, blockchain, and artificial intelligence in curbing bid-rigging and collusive bidding, optimizing the bid evaluation system, and establishing a closed-loop credit system, aiming to provide theoretical support and practical suggestions for building a healthy, orderly, transparent, and efficient construction market ecosystem.