Contemporary Pedagogical Techniques in Studio Instruction to Enhance Quality in Construction Management and Built Environment Education Programs in the United States

The Construction Industry-related degree programs in higher education institutions are substantially significant platforms for mandating the excellence of Construction Management Education (CME). The quality enhancement in the built environment is achieved through CME, where contemporary education and research yield advanced construction methods for Industry. The education delivery in Building Construction Science/Technology/Management disciplines is planned through the designated policies of the State and regulatory authorities in the United States of America, in addition to the individual vision and mission of the institutions. With the advent of Artificial Intelligence, the rubrics and teaching methodologies have shifted to an advanced mechanism in higher education. In this research, concentrating on the same aspect of transformations in Construction Education allied with the use of modern tools, various undergraduate programs like Building Construction Science or Construction Management, use of modern education has been focused on; thereby concentrating on ‘Studio’ education as the key objective of this research. The continuing education goal in CME is to deliver life-long learning skills to students, so that they achieve sustainable development as qualified professionals later on. Henceforth, Studio teaching is discussed in this research for its impact on students’ expertise, knowledge development and life-long learning. Studio education is a unique dimension in technical disciplines such as Architecture and Construction Science, and, therefore, to achieve the essential objectives of ‘Studio Instructional Technology’, the students are introduced to real-world challenges, so that they can visualize and ultimately innovate solutions for the industry. This paper determines the effectiveness of teaching practices that instructors are expected to utilize while formulating the concepts and skills in students during Design or Structural Studios at the undergraduate level. Utilizing a structured and methodologically robust analytical research, the study formulates evidence-based recommendations for optimizing Studio-instruction pedagogies within undergraduate degree programs of CME.