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1. Presented by :
Yashas Vallabh C 1BY21EC416
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
Under the Guidance of:
Dr. Surekha R Gondkar

2. Company name: COMEDKARES
Project name: Plant monitoring system
Duration: 1 month

3. ComedKares is an initiative by ComedK to help students of engineering, dental, and medical colleges
choose the right career by building their competitiveness and exposing them to various opportunities
available in the industry.
ComedKares offers courses designed along with industry experts and endorsed by VTU that will enhance
the learner’s 21st-century skills while also giving access to machines, tools and mentors to build products
and solutions that positively impact the community.
ComedKares catalyzes the interaction between the Community ( industry and regional professional groups
), Industry experts and academic stakeholders for knowledge sharing and co-creating solutions through
various programs spread across the year.
The idea of COMEDK to help these engineers get upgraded in their 21st Century skills as well as the
latest technologies like AI, ML, IOT so that they are more employable and ready for industry.

4. Address: Bengaluru - Yelahanka
TABS Commercial Complex, Doddabalapura Road, Puttanahalli, Bengaluru,
Karnataka 560064
Contact details: +91 8949898775 | +91 72592 66638
reachus@comedkares.org
Team: 4 members
Role: IDT intern
Timings: 10 am – 2 pm
Mode: Offline
Frequency: 4 or 5 days in a week

5. Apply product design and development process to build prototypes
Acquire essential skills such as sketching, CAD Modelling, User interface
design & Electronics circuits building to develop a prototype
Build prototype using rapid prototyping tools for the ideas that can solve
the identified problem

6. Figma
Power tools
Basic electronics
Microcontroller
CAD Modelling
3D Printing
Laser cutting

7. Prototyping refers to the process of creating a simplified version of a
product or system to test its functionality, gather feedback, and make
improvements before investing resources in full-scale development.
Fidelity, refers to the level of detail and realism incorporated into the
prototype.
Prototypes can vary in fidelity, ranging from low-fidelity to high-fidelity:
1.Low-Fidelity Prototypes
2.Medium-Fidelity Prototypes
3.High-Fidelity Prototypes

8. Low fidelity paper
prototype
High fidelity digital prototype (Figma)

9. Onshape is a cloud-based computer-aided design (CAD) software that allows users to create,
edit, and collaborate on 3D mechanical designs

10.  CO2 Laser Cutting and Engraving
 Components
1.Cutter 2.Chiller 3. Exhaust
 Materials
1.MDF 2.Acrylic 3.PVC
 Software Required
1.CAD (Onshape) 2.Laser Cad

11.  Different materials used in 3D printing
 ABS(Acrylonitrile Butadiene Styrene)
 ASA (Acrylic Styrene Acrylonitrile
 PP(Polypropylene)
 Software
 CAD(Onshape)
 Ultimaker Cura

12. Automatic plant watering system Parking assistance system

13. Power tools are mechanical devices powered by electricity, batteries, or compressed air that are used to
perform various tasks more efficiently and effectively than manual tools. They are commonly used in
construction, woodworking, metalworking, and other industries, as well as for DIY projects.

14. Project name: Crop selection system
Description:. Building a crop selection system using NodeMCU, which is a
low-cost open-source IoT platform based on the ESP8266 Wi-Fi module,
involves creating a system that collects environmental data from sensors
and makes crop recommendations based on that data.
Team size: 4

16. ESP32 Node MCU: The central microcontroller with Wi-Fi and Bluetooth capabilities,
responsible for data collection and communication.
• Temperature Sensor (e.g., DHT22 or DS18B20) to measure temperature.
• Humidity Sensor (e.g., DHT22 or HIH6130) to measure humidity.
• Soil Moisture Sensor to measure soil moisture levels.

17.  Provided transformative hands-on learning experience
 Witnessed tangible results of work
 Equipped with invaluable skills and knowledge
 Strong foundation for excelling in prototyping and product development

18. - Hands-on experience in prototyping using various tools and techniques.
- Utilized paper prototypes, Figma, CAD tools, power tools, 3D printing, and
laser cutting.
- Developed practical skills directly applicable in product design and
development.
- Implemented prototypes to gain a deeper understanding of the design process.
- Witnessed tangible results of work, enhancing comprehension of prototyping.
- Valuable internship equipped with skills and knowledge essential for excelling
in prototyping and product development.