SHRI SHIVAJI SCIENCE COLLEGE, AMRAVATI
DBT STAR COLLEGE PROJECT ACTIVITY
ACTIVITY REPORT
One Week Short-Term Training Program (STTP) on “Recent Android and IoT Based Tools”
Activity Dates: 28 July 2025 to 02 August 2025
Type of Activity: Faculty Development Program
Organizing Department: Department of Computer Science
Program Coordinators: Dr. U.S. Junghare, Mr. Y.V. Hushare
Head of the Department: Dr. M.M.Bhonde
External Collaborator (if any): Ibase Electrosoft Pvt. Ltd
Objectives:
- To introduce participants to emerging tools and technologies in Android and IoT.
- To enhance practical skills in developing real-time mobile and IoT applications.
- To familiarize participants with sensor-based IoT integration and mobile app connectivity.
- To encourage innovative teaching practices in UG/PG curricula.
- To promote interdisciplinary knowledge for smart systems and automation.
No of Beneficieries: 38
Classes Involved: Computer Science Teachers of Colleges affiliated with SGB Amravati University
Venue of the Activity: Computer Lab 5
Activity Report:
Introduction
The Department of Computer Science at Shri Shivaji Science College, in collaboration with Ibase Electrosoft Pvt. Ltd. and catalysed under the DBT Star College Scheme, successfully organized a One Week Short-Term Training Program (STTP) on “Recent Android and IoT Based Tools” from 28 July 2025 to 02 August 2025 at the A.V. Theatre of the college.
The primary objective of this training program was to upgrade and strengthen the knowledge base of faculty members in the rapidly evolving domains of Android application development and Internet of Things (IoT) technologies. The program emphasized hands-on learning, practical exposure, and interdisciplinary integration, enabling participants to bridge the gap between theoretical knowledge and real-world applications. The STTP was specially designed for Computer Science teachers affiliated with Sant Gadge Baba Amravati University, with the aim of enhancing their competencies in emerging digital tools and modern teaching methodologies.
The inaugural ceremony commenced with a warm welcome address by Dr. M. M. Bhonde, Head of the Department of Computer Science. Dr. D. D. Khedkar, DBT Star College Coordinator, elaborated on the objectives and significance of the DBT Star Scheme in promoting innovation, research culture, and capacity building among educators. The program was presided over by Dr. G. V. Korpe, who motivated the participants to actively engage in the sessions and effectively integrate modern technological tools into their academic practices.
The technical sessions of the STTP were conducted by expert resource persons Mr. Mangesh Bharati, Director of MDB Electrosoft Pvt. Ltd., and Mr. Nakul Deshmukh, Director of Ibase Electrosoft Pvt. Ltd. The sessions included a combination of interactive lectures, live demonstrations, and hands-on practical activities focusing on Android programming, IoT sensor integration, and real-time app-based automation projects.
It is noteworthy that the first three days of the training sessions were conducted by Mr. Mangesh Bharati, who focused on fundamental concepts, Android application development, and introductory IoT modules. The last three days of the program were conducted by Mr. Nakul Deshmukh, who covered advanced topics including IoT integration, sensor-based systems, and project-based implementations. This structured division ensured a smooth progression from basic to advanced learning for all participants.
Objectives
To introduce participants to emerging tools and technologies in Android and IoT.
To enhance practical skills in developing real-time mobile and IoT applications.
To familiarize participants with sensor-based IoT integration and mobile app connectivity.
To encourage innovative teaching practices in UG/PG curricula.
To promote interdisciplinary knowledge for smart systems and automation.
Training Program Framework
Day 1:
Inaugural ceremony and overview of the STTP.
Introduction to Android development environment (Android Studio setup, project structure).
Fundamentals of IoT systems, sensors, and connectivity.
Day 2:
Android UI design and activity lifecycle.
Basics of microcontrollers and IoT integration principles.
Practical session: Building a simple Android app interface.
Day 3:
Hands-on session: Connecting Android apps with IoT sensors.
Demonstration of MQTT, HTTP, and Wi-Fi communication models.
Workshop on data exchange between mobile and IoT modules.
Day 4:
Integration of IoT modules using Wi-Fi-based microcontrollers (NodeMCU/ESP8266).
Live demo on mobile-based control of IoT devices.
Discussion on app security and IoT communication protocols.
Day 5:
small applications development and testing: Android-IoT automation systems.
Review of participant projects and troubleshooting session.
Day 6:
Presentation of small applications and evaluation by resource persons.
Open discussion on classroom and research applications.
Valedictory ceremony and distribution of participation certificates.
The Short-Term Training Program (STTP) received an overwhelmingly positive response from all 38 participants, reflecting the effectiveness and relevance of the sessions conducted. Participants appreciated the systematic organization of the program, noting that each session was thoughtfully designed to balance theoretical concepts with practical implementation. The content of the training was found to be highly aligned with current technological advancements, particularly in the domains of IoT and Android development.
The interactive nature of the sessions played a crucial role in maintaining participant engagement throughout the program. Continuous interaction between the resource persons and participants fostered a collaborative learning environment, allowing attendees to clarify doubts, share ideas, and actively participate in discussions. The training not only enhanced technical knowledge but also boosted the confidence of participants in applying these technologies in academic and real-world contexts.
Key Feedback Highlights:
The hands-on sessions were highly appreciated, as they significantly improved participants’ understanding of IoT concepts and Android application development. Practical exposure to sensors, microcontrollers, and mobile app integration helped in strengthening their technical skills.
The resource persons were commended for their in-depth technical expertise, clarity of explanation, and willingness to provide individual attention and guidance to participants whenever required.
Real-time demonstrations and mini-project development activities were considered the most impactful components of the training, as they enabled participants to experience the complete development cycle from concept to implementation.
The STTP effectively bridged the gap between theoretical academic knowledge and practical industry applications, making the learning experience more meaningful and outcome-oriented.
The Question and Answer session conducted on the final day proved to be highly beneficial. It provided participants with an open platform to discuss challenges and opportunities related to integrating IoT into teaching methodologies, exploring Android development tools, and utilizing sensors for innovative classroom and student projects.
Overall, the feedback indicates that the STTP was successful in achieving its objectives, leaving participants motivated to further explore and implement IoT and Android-based solutions in their academic and professional endeavors.
Conclusion
The one-week Short-Term Training Program on “Recent Android and IoT Based Tools” proved to be a successful initiative by the Department of Computer Science under the DBT Star College Scheme. The program effectively combined theoretical understanding with practical application, enhancing the technical competence of participating teachers.
The collaboration with Ibase Electrosoft Pvt. Ltd. provided valuable industry insights and technical exposure. The participants expressed gratitude for the learning experience and requested advanced follow-up sessions on AI integration, mobile automation, and IoT security.
Outcomes:
- All 38 participants gained hands-on experience in Android app development and IoT-based automation tools.
- Participants learned to develop Android interfaces connected to IoT modules using microcontrollers.
- The training encouraged innovation in classroom teaching through practical mini-projects.
- Teachers were motivated to develop interdisciplinary projects in smart automation and connectivity.
- Participants received Certificates of Participation under the DBT Star College Scheme.
Photos:
 1_One Week STTP on Recent Android and IoT based Tools 28 July 2025 To 2 August 2025 |  2_One Week STTP on Recent Android and IoT based Tools 28 July 2025 To 2 August 2025 (1) |
 3_One Week STTP on Recent Android and IoT based Tools 28 July 2025 To 2 August 2025 |  4_One Week STTP on Recent Android and IoT based Tools 28 July 2025 To 2 August 2025 (1) |
 5_One Week STTP on Recent Android and IoT based Tools 28 July 2025 To 2 August 2025 |  6_One Week STTP on Recent Android and IoT based Tools 28 July 2025 To 2 August 2025 |
Attendance Sheet:
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