Innovative Teaching-Learning Method

Name of Faculty: Dr. Hitesh Ashani

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Water Resource Engineering

Topics Covered:  water resource management associated with dam projects, Promoting Sustainability and Responsible Engineering

Place of Visit: Bhadar Dam Dhoraji on 11-03-2024

Goals for Adopting Method: To understand Environmental Impact Assessment (EIA) in Large-Scale Projects, Practical Application of Theoretical Knowledge, Observation of Site-Specific Environmental Concerns, practical aspects of water resource management associated with dam projects, Promoting Sustainability and Responsible Engineering

Description of Methodology: Water Resource Engineering (WRE) is a critical field of study that involves the management, development, and conservation of water resources to meet the needs of society while preserving environmental integrity. The methodology adopted in this subject is designed to provide students with both a theoretical and practical understanding of various water-related engineering aspects, from resource assessment and planning to infrastructure design and management.

Significance of Method:The significance of the methodology in Water Resource Engineering lies in its ability to provide students with a comprehensive, practical, and sustainable understanding of water management. By combining theory with real-world applications, incorporating modern tools, and fostering interdisciplinary collaboration, the methodology prepares students to meet the complex water-related challenges of today and the future. It emphasizes sustainability, critical thinking, and ethical decision-making, ensuring that students are equipped to become effective, responsible professionals in the field of water resource management.

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Building Construction Technology

Topics Covered:  Building construction methods and innovative construction technology, Building planning.

Place of Visit: Pride Solitaire Rajkot on 02-09-2024.

Goals for Adopting Method:To enhance practical Knowledge of Formwork Systems, understand RCC (Reinforced Cement Concrete) Work, gain insight into Material Selection and Handling, understand site Logistics and Workflow, foster collaboration and Communication Skills

Description of Methodology: This field visit methodology provides a comprehensive approach to learning by offering practical exposure to key construction activities, such as formwork setup, RCC work execution, and material management. By observing these processes firsthand and engaging with professionals on-site, students gain a deeper understanding of the construction practices involved in building structures. This methodology is an invaluable tool for bridging the gap between classroom learning and real-world application, helping students develop the skills and knowledge required for successful careers in construction.

Significance of Method:The significance of the field visit method for an under-construction site, particularly in formwork, RCC work, and material handling, lies in its ability to provide students with practical exposure to the construction industry. Through direct observation, hands-on learning, and interaction with professionals, students gain invaluable insights into the complexities of construction, safety practices, project coordination, and sustainable building methods. This method enhances their theoretical knowledge, sharpens their problem-solving abilities, and prepares them for successful careers in the construction and engineering sectors.

Name of Faculty: Kinjal P. Rank

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Building Construction Technology

Topics Covered:Building planning and construction methods for high-rise residential buildings. Space arrangement, development regulations, and innovative construction techniques.

Place of Visit: Mangal Hospital Rajkot on 13-09-2024

Goals for Adopting Method: To gain knowledge about building planning, space layout, and development control regulations, explore innovative construction techniques and their application.

Description of Methodology: The visit provided an in-depth understanding of the hospital design and construction. Students were given insights into the arrangement of spaces, the application of development control regulations, and the overall construction process.

Significance of Method:Offers a practical understanding of space design, room arrangement, and functional requirements in high-rise buildings. Emphasizes the importance of building services, construction methods, safety protocols, and innovative techniques used in modern construction.

Name of Faculty: Bhargav H. Gokani

Name of Innovative Method Adopted: Peer learning

Name of Course: Structural Analysis

Topics Covered:Analysis of portal frames, grids, arches, and cables.

Goals for Adopting Method:To enhance problem-solving skills and develop a comprehensive approach to structural analysis.

Description of Methodology: Through collaborative discussions and knowledge sharing with peers, Students explored various analytical techniques, including the method of joints, method of sections, and moment distribution method. The group also discussed the application of software tools for structural analysis, such as STAAD.Pro and ETABS.

Significance of Method:Peer learning proved to be a valuable method as it fostered critical thinking, effective communication, and a deeper understanding of complex structural concepts. By working together, the group was able to identify and address knowledge gaps, and develop innovative solutions to structural challenges.

Name of Faculty: Dr. Hitesh Ashani

Name of Innovative Method Adopted: Peer learning

Name of Course: Building Construction Technology

Topics Covered: construction principles

Goals for Adopting Method:

• Enhanced Understanding of Practical Concepts
• Improved Communication Skills
• Knowledge Sharing and Collaboration
• Development of Leadership and Mentorship Abilities
• Encouraging Active Learning and Engagement

Description of Methodology: The peer learning methodology for Building Construction Technology (BCT) provides students with the opportunity to deepen their understanding of construction concepts by learning from one another. It fosters a collaborative, interactive, and reflective learning environment that mirrors the teamwork and problem-solving required on construction sites. Through peer discussions, shared experiences, and mutual support, students not only enhance their technical knowledge but also develop essential skills in communication, leadership, and critical thinking, which are crucial for success in the construction industry.

Significance of Method: The peer learning method in Building Construction Technology significantly enhances students’ understanding of construction principles, improves practical skills, and fosters collaboration and teamwork. By engaging in discussions, problem-solving, and shared learning, students are better prepared to face the challenges of the construction industry. Peer learning not only strengthens technical knowledge but also develops essential soft skills like communication, leadership, and collaboration, which are indispensable for a successful career in building construction.

Name of Faculty: Bhargav Gokani

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Concrete Technology

Topic Covered: Manufacturing process of cement.

Place of Visit: Hi Bond Cement at Patidad near Gomta on 10-09-2022.

Goals for Adopting Method: To understand and correlate the theoretical and practical aspects of cement manufacturing plants, importance of raw materials quality and testing of cement.

Description of Methodology: During the visit, students have observed the various stages of the cement manufacturing process, including raw material extraction and preparation, clinker production in the rotary kiln, and cement grinding and packaging. This hands-on experience provided a comprehensive understanding of the cement manufacturing process.

Significance of Method: This field visit was significant as it bridged the gap between theoretical concepts and real-world applications. It enhanced student’s understanding of the complex cement manufacturing process and its impact on the construction industry.

Name of Faculty: Kajal Palan

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Irrigation Engineering

Topic Covered: Application of irrigation systems

Place of Visit: Paryosha Farm- Gondal on 10-09-2022.

Goals for Adopting Method: To observe real-world irrigation systems and their operational practices. To analyze the efficiency of different irrigation methods for various crops and evaluate water management strategies to conserve water and improve crop yield.

Description of Methodology:The field visit methodology focused on hands-on observation and analysis. Students toured the farm’s irrigation facilities, documenting various irrigation methods and water management practices. The instructor provided demonstrations on system design, water flow regulation, and maintenance protocols.

Significance of Method:By seeing the irrigation methods in action and understanding their practical applications, students could bridge theoretical concepts from class with on-the-ground practices. This immersive experience also helped students appreciate real-world challenges in irrigation, fostering a deeper and more practical grasp of the subject.

Name of Faculty: Dr. Hitesh Ashani

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Irrigation Engineering

Topic Covered: Environmental Impacts, Application of EIA Theories and Concepts, Data Collection and Analysis Skills. Identification of Environmental Concerns and Mitigation Measures

Place of Visit: Sutrapada plant (GPCB) ON 7-10-2022

Goals for Adopting Method:To study Real-World Understanding of Environmental Impacts, Application of EIA Theories and Concepts, Data Collection and Analysis Skills.Identification of Environmental Concerns and Mitigation Measures, Real-World Exposure to Regulatory Frameworks, Comprehensive Report Writing and Documentation

Description of Methodology: The field visit methodology for an Environmental Impact Assessment aims to provide students with a comprehensive, hands-on learning experience. By following this systematic approach, students gain valuable insights into real-world environmental challenges, develop critical analytical skills, and understand the practical application of EIA theories in a local context. The methodology fosters an in-depth understanding of how environmental data is collected, analyzed, and used to inform decision-making for sustainable development.

Significance of Method: The field visit method is invaluable for environmental impact assessment learning, providing a multi-dimensional understanding of environmental issues and practices. By observing, interacting, and collecting data in the field, students gain practical experience, improve critical thinking, and develop problem-solving skills vital in addressing complex environmental challenges. It allows them to understand the real-world implications of environmental policies, regulations, and development activities, fostering a comprehensive approach to sustainability and environmental stewardship.

Name of Faculty: Dr. Hitesh Ashani

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course:  Building Construction Technology

Topic Covered: Construction operations, safety practices, quality control, and sustainability

Place of Visit: QTONZ High Rise Building  Rajkot on 15-10-2022.

Goals for Adopting  Method: Adopting the field visit method for construction sites significantly enhances learning by providing students with real-world insights into the complexities of construction projects. Through this immersive approach, students observe theoretical concepts in action and gain hands-on experience in construction management, safety protocols, and technological advancements. The field visit method fosters critical thinking,problem-solving, and professional communication, preparing students for successful careers in the dynamic and ever-evolving construction industry.

Description of Methodology: The field visit methodology for construction sites offers an immersive and experiential approach to learning. It combines observation, data collection, interaction with professionals, and problem-solving in a real-world context. This approach helps students gain a comprehensive understanding of construction operations, safety practices, quality control, and sustainability. By connecting theoretical knowledge to practical experience, field visits serve as a critical component in preparing students for careers in construction management and engineering.

Significance of Method: The significance of the field visit method in construction site learning lies in its ability to provide students with practical, real-world experience that enhances their understanding of construction processes, management practices, safety, sustainability, and technological advancements. It helps bridge the gap between theoretical knowledge and practical application, fosters critical thinking, problem-solving, and professional skills, and prepares students for successful careers in the construction industry. The hands-on experience gained during a field visit is essential for shaping well-rounded, industry-ready professionals who are capable of tackling the challenges of the construction world.

Name of Faculty: Kinjal P. Rank

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Transportation Engineering, Railway Bridge, Tunnel Engineering and Port and Harbour Engineering

Topic Covered: Jetty Structures for loading – unloading ships, conveyor belt and its working, operation of cranes, traffic regulation.

Place of Visit: Adani port Mundara on 11-11-2022 to 12-11-2022

Goals for Adopting  Method:To learn about the conveyor belt system, structure of jetty, traffic regulation of vehicles and ships, storage of containers in yards.

Description of Methodology: During visit engineer explained about conveyor and its working and installation in ship, construction procedure of jetty, and traffic regulation of vehicles and ships as well as operational strategy of crane.

Significance of Method: Understand the concept and requirements of conveyor belt, maintenance of jetty on shore and offshore traffic regulation and functional working of crane.

Name of Faculty: Bhargav H. Gokani

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Concrete technology

Topic Covered: Application of Concrete Technology in Modern Urban Development

Place of Visit: Greenfield smart city Rajkot on 01-02-2023

Goals for Adopting  Method: To understand the role of concrete in creating sustainable and resilient infrastructure.

Description of Methodology: During the visit, Students observed various concrete structures and infrastructure projects, including roads, bridges, and buildings. Students gained insights into the selection of appropriate concrete mixes, construction techniques, and quality control measures. Additionally, students learned about the use of innovative concrete technologies, such as high-performance concrete in smart city projects.

Significance of Method:This field visit was significant as it provided a practical understanding of the application of concrete technology in real-world projects. It enhanced student’s knowledge of the latest trends and advancements in the field of concrete technology and its contribution to sustainable urban development

Name of Faculty: Kinjal P. Rank

Name of Innovative Method Adopted: Learning Through Field Visit

Name of Course: Building Construction Technology

Topic Covered: Construction techniques and project management strategies, Use of BIM (Building Information Modeling) for planning and design, Lean Construction principles to reduce waste and improve efficiency, Safety protocols and industry regulations.

Place of Visit: Atlantis sky Vill Rajkot on 17-03-2023

Goals for Adopting  Method:Provide real-world learning experiences for engineering students, introduce students to modern construction methods and technologies, Promote safety and efficiency in construction practices.

Description of Methodology: The site utilizes BIM for detailed planning, Lean Construction for minimizing waste, and Agile project management for flexible and collaborative execution, ensuring timely and cost-effective project delivery.

Significance of Method: Enhances learning through exposure to industry-leading technologies and processes. Improves efficiency and safety in construction. Prepares students for careers in modern engineering and construction management.

Name of Faculty: Jaydeep G. Bhanderi

Name of Innovative Method Adopted: Peer Learning

Name of Course: Soil Exploration by SPT

Topic Covered: Standard Penetration Test for Soil Exploration

Goals for Adopting  Method: To estimate soil properties, such as the soil’s density, strength, and potential for settlement. The results help engineers design foundations, retaining walls, and other structures.

Description of Methodology: A hollow sampler is driven into the soil using a hammer. The hammer typically weighs 63.5 kg (140 lbs) and is dropped from a height of 76 cm (30 inches). The number of blows it takes to drive the sampler a certain distance (usually 30 cm) is recorded. The number of blows required for the last 30 cm of penetration is called the N-value. The N-value is used to estimate soil properties. A higher N-value typically indicates denser or stronger soil, while a lower value may suggest looser or weaker soil. SPT N-value: This is the number of blows required to drive the sampler the last 30 cm of a total 1.5-meter depth (or the penetration interval). This value is used to infer soil strength and density.

Interpretation:

• Higher N-values (e.g., > 30) generally indicate stiff or dense soil.
• Lower N-values (e.g., < 10) suggest loose or soft soil.

Significance of Method:

Foundation Design: The SPT helps engineers assess how deep the foundation needs to be and what type of foundation is most suitable for the site.

Seismic Analysis: The test can be used to estimate the liquefaction potential of a site in earthquake-prone areas.

Soil Classification: The results assist in classifying the soil type for a particular construction project