Event Name : Research Methodology Expert Talk (29/01/2024)

Details: Expert Lecture on: Research Methodology for Project Stage-II

Date: 29/01/2024

No. Of Students Attended: 65

No. of Faculties Attended: 13

Resource Person: Dr. Aarti Dandavate

Department of Computer Engineering, Dhole Patil College of Engineering organized an Expert Lecture on “Research Methodology for Project Stage-II”. The Program was conducted on 29 Jan 2024.

Following Topics are covered during Expert Lecture.

• What is exactly Research?
• How to find research Topic
• Plan for Research
• Research design Important Features.
• Overview of Research Methodology.
• Characteristics of Research
• Types of Research Methodologies
• Significance of Research
• Research methodology and the steps required for it.

The expert lecture on Research Methodology provided a comprehensive and insightful exploration of the fundamental principles and practical applications of research methods. Attendees gained valuable knowledge that will undoubtedly enhance their research endeavors, contributing to the advancement of their respective fields. The event was a resounding success, thanks to the expertise and engaging presentation style of Dr. Aarti Dandavate. The overall Management of the Session was completed under the guidance of Dr. Aarti Dandvate and coordinated by Coordinator Prof. Rashmi Tundalwar.

Dhole Patil College of Engineering , Department of Computer Engineering, conducted CBS Activity  .

Date and Time

*Date : 08/01/2024

*Time : 11 Am to 1 PM

Venue:

1.  Smart  Classroom (#014)

Class:

1.  TE

Subject :

Web Technology

Expert:

Dr  Aarti Dandavate

Attendance:

Department of Computer Engineering, Dhole Patil College of Engineering organized five days Faculty Development Program  on Curriculum Enrichment from 19^th Dec2023 to 23^rd Dec 2023 . The Following curriculum enrichment accomplished by faculty  Members .

1. Time-Limited: Hackathons have a set duration, which can vary from a few hours (known as “mini-hackathons”) to a weekend or even longer. Participants must work quickly and efficiently to produce a result within the allotted time.
2. Focus on Problem-Solving: Participants often tackle real-world problems, challenges, or projects during hackathons. These challenges can be related to technology, social issues, business innovation, or any other field.
3. Teamwork: Participants can work individually or form teams to collaborate on their projects. Teamwork encourages diverse skills and perspectives to solve complex problems.
4. Innovation and Creativity: Hackathons encourage participants to think outside the box, explore innovative solutions, and experiment with new technologies or ideas.
5. Learning Opportunity: Many hackathons are open to participants of various skill levels, making them a valuable learning experience for beginners and experienced professionals alike. Participants often gain hands-on experience, learn new tools, and expand their networks.
6. Presentations and Judging: At the end of the hackathon, teams or individuals present their projects to a panel of judges or the larger group. Prizes or recognition may be awarded to the most impressive or successful projects.
7. Networking: Hackathons provide opportunities for participants to meet like-minded individuals, mentors, and potential employers or collaborators. Networking is an important aspect of these events.
8. Community and Collaboration: Many hackathons foster a sense of community and collaboration within the tech and innovation sectors. They often have sponsors, mentors, and organizers who support and guide participants
9. 

Hackathon Winner List

Congratulation to all winners

MoU Signed on 08/10/2023 between Dhole Patil College of Engineering, Computer Engineering Department, Pune and Brain O Vision, Hyderabad

Purpose/Scope of the Collaboration:

a)BRAINOVISION will conduct technical training programs, Workshops and guest lectures for both the faculty and the students of the college in College Premises /Online /Brainovision Office

b)BRAINOVISION will provide Technology training and technical support for executing outsourced projects at the college.

c)College will extend the services of their library, laboratories with Computers in fully functional state, Internet facilities for training and development on various Technologies.

d)The first party will offer the online technical tests for free throughout the year for the registered students.

Technical Programs Will be  Conducted in College:

 TECHNOLOGIES: 

Python,           Machine Learning,          Artificial intelligence,          IoT,          DART,      Flutter,

Mean Stack,        BI,         PEGA,     Design thinking,         Hadoop Big Data,        JAVA,    GO,

PHP,          Hybris,          Scala,            Ruby,       Perl

Event Name : Smart Cities Model Exhibition

Date : 20/09/2023

Executive Summary:

The Smart Cities Model Making Competition was a highly successful event that brought together participants, judges,  and the community to promote innovation, education, and engagement in the realm of smart city solutions. This report provides an overview of the event, its objectives, outcomes, and key takeaways.

1. Introduction: The Smart Cities Model Making Competition aimed to raise awareness about the concept of smart cities and encourage creative solutions to urban challenges. The event sought to engage participants in designing and presenting models representing innovative smart city solutions.

2. Event Highlights:

     2.1. Objectives:

• • Raise awareness about smart city concepts and technologies.
  • Encourage innovation and creative thinking in urban planning.
  • Foster community engagement in discussions about urban sustainability.

     2.2. Model Categories:

The competition focused on things such as transportation, energy, or waste management.

3. Event Execution:
     3.1. Model Presentations:

• Participants showcased their models to judges and the public.
• Detailed explanations of smart city solutions were encouraged.

     3.2. Judging Process:

A panel of expert judges evaluated models based on creativity, functionality, feasibility, and presentation

     3.3. Public Viewing:
The event was open to the public, allowing attendees to learn about smart city solutions and engage with participants.

4. Outcomes:

   4.1. Innovative Models:

• Participants showcased a diverse range of smart city models, demonstrating creativity and technical skill.
• Models addressed real-world urban challenges, sparking interest and discussions.

4.2. Community Engagement:

• The event drew a significant crowd, fostering community involvement in smart city initiatives.
• Attendees gained insights into the potential of smart technologies in urban development.

5.Lessons Learned:

• Effective communication and clear guidelines are crucial for a smooth event.
• Public engagement activities, such as interactive displays and informational booths, can enhance the overall experience