Author: HOD of CS

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1. Agriculture Drone:
   An agriculture drone is an IoT-enabled device used to monitor crops, spray fertilizers, and detect plant health using sensors and cameras. It collects real-time data on soil moisture, crop growth, and pest infestations, helping farmers make data-driven decisions. These drones can be controlled remotely and automate farming tasks, improving efficiency and yield.
2. Octagonal Walking Robot:
   An octagonal walking robot is a multi-legged robot designed for terrain navigation, equipped with sensors for obstacle detection and balance. Using IoT connectivity, it can be remotely monitored and controlled for exploration, surveillance, or rescue operations. Its design allows stable movement over uneven surfaces where wheeled robots may fail.
3. Vacuum Car:
   A vacuum car is an automated IoT device that cleans surfaces using suction, similar to robotic vacuum cleaners. It can detect dirt, map the cleaning area, and avoid obstacles using sensors. Users can monitor and control it via smartphones or cloud applications, enabling efficient cleaning without manual intervention.
4. Sensor Following Car:
   A sensor-following car is a small robotic vehicle that uses sensors like IR or ultrasonic modules to follow a pre-defined path. IoT integration allows remote monitoring, data logging, and route adjustments in real time. It’s commonly used in educational projects to teach automation and robotics concepts.
5. Obstacle Avoidance Car:
   An obstacle avoidance car is a robotic vehicle that navigates autonomously by detecting and avoiding obstacles using ultrasonic, infrared, or LIDAR sensors. IoT connectivity enables real-time tracking, route planning, and data collection for further analysis. It’s useful for smart transportation and autonomous navigation research.

Outcome of the Workshop :

1. Understanding of IoT Basics: Participants will gain a clear understanding of IoT concepts, architecture, and real-world applications.
2. Familiarity with IoT Components: Attendees will be able to identify and describe components like sensors, actuators, microcontrollers, and communication modules.
3. Hands-on Experience: Participants will get practical exposure to connecting and programming IoT devices.
4. Sensor Integration Knowledge: Learners will understand how sensors collect data and how it is transmitted for processing.
5. Application Awareness: Attendees will know how IoT can be applied in areas like agriculture, smart homes, healthcare, and transportation.
6. Problem-Solving Skills: Participants will learn to design simple IoT solutions to solve real-world problems.
7. Data Interpretation Skills: Attendees will understand how to interpret sensor data and make decisions based on it.
8. IoT Project Preparation: Learners will be better prepared to start small IoT projects individually or in teams.
9. Networking and Collaboration: Participants can collaborate and share ideas on innovative IoT applications.
10. Motivation for Advanced Learning: The workshop will inspire further exploration of IoT technologies, programming, and related research areas.

Event Outcomes:

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1. Enhanced Creativity: Students expressed computer science concepts through colorful rangoli designs, blending technical ideas with artistic representation.
2. Better Understanding of Logos: Participants gained a deeper understanding of various IT company logos, their symbolism, and branding elements.
3. Improved Observation Skills: Students learned to study shapes, symmetry, and patterns in logos and accurately recreate them using rangoli.
4. Team Collaboration: The activity encouraged teamwork as groups shared responsibilities, planned designs, and executed them together.
5. Hands-on Learning Experience: Learners experienced a practical and engaging method to understand digital branding through a traditional art form.
6. Cultural Integration: The event beautifully connected modern technology themes with Indian cultural art, promoting inclusivity and tradition.
7. Boosted Presentation Skills: Students improved their ability to explain the meaning, design choices, and relevance of each logo during the display.
8. Problem-Solving Ability: Participants developed quick-thinking skills to manage colours, proportions, and corrections while creating intricate designs.
9. Increased Interest in Design: The activity encouraged many students to explore graphic design concepts such as colour psychology, typography, and layout.
10. Event-Based Learning: The competition fostered a sense of healthy competition, motivating students to put forward their best creative and technical ideas.

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The Department of computer Science conducted IT Quiz for First, Second and Final year BCA & B.Sc. Computer Science Students.

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Learning Outcomes

1. Enhances Visual Recognition Skills – Students improve their ability to recognize and recall IT company logos, software icons, and technology brands.
2. Strengthens IT Vocabulary – Word search and puzzle rounds reinforce key terminology related to computing, networking, AI, programming, and cybersecurity.
3. Improves Logical & Analytical Thinking – Puzzle solving activities help participants develop problem-solving and reasoning abilities.
4. Boosts Memory Retention – Recalling logos, keywords, concepts, and establishing connections improves long-term memory and cognitive recall.
5. Encourages Team Collaboration – Many rounds require teamwork, promoting communication, coordination, and collective decision-making.
6. Promotes Competitive Spirit – Quiz-based engagement instills healthy competition, motivating students to perform better.
7. Increases Awareness of Latest Technologies – Participants gain exposure to trending IT companies, products, and innovations.
8. Develops Strategic Thinking – Students learn to prioritize questions, manage time, and apply quick-thinking strategies in competitive settings.
9. Improves Focus and Attention to Detail – Activities such as logo matching and word search require careful observation and precision.
10. Builds Confidence in IT Knowledge – Participation boosts self-confidence and motivates students to explore further in the field of Information Technology.

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The Department Of Computer Science Faculty & Student’s Went to One-Day Recreational Trip to Fun World Bengaluru

Activities Conducted

• Students took part in various exciting activities throughout the day, including: Thrilling dry games and amusement rides
• Refreshing water rides and pool activities
• Team-building games and group interactions
• Lunch and refreshment sessions
• Photo sessions capturing fun-filled moments
  The students participated with full energy and enthusiasm, ensuring a lively and joyful
  atmosphere. The faculty maintained discipline and ensured the safety of all participants