TY CSE ENDS LLO 4.1 Identify new product for development

 TY CSE ENDS LLO 4.1 Identify new product for development

Journal Assignment Report (Sample 1)

Title: Development of a New Product – Solar-Powered Smart Water Bottle

Introduction (Problem Statement)

In India, a large percentage of people, especially students, office workers, and laborers, forget to drink enough water throughout the day. This leads to dehydration, fatigue, and reduced productivity. Additionally, most people rely on single-use plastic bottles, which harm the environment.
To address both health and sustainability concerns, the idea of a Solar-Powered Smart Water Bottle has been developed. This product will help users track their water intake and encourage eco-friendly practices.

Idea Generation

The idea came after observing two major issues:

  1. Health need – Many people do not drink the recommended 2–3 liters of water daily.

  2. Environmental need – The growing plastic waste crisis due to disposable water bottles.

By combining renewable energy (solar) with IoT-based reminders, we can create a smart, reusable, and sustainable solution.

Target Market / Stakeholders

  • Primary Users: Students, IT professionals, athletes, health-conscious individuals.

  • Secondary Users: Parents who want their children to stay hydrated, and elderly people who often forget to drink water.

  • Stakeholders: Fitness centers, corporate companies (employee wellness programs), schools/colleges, and eco-friendly product distributors.

Product Features

  • Smart Reminder System: Bottle vibrates or gives a light/sound alert to remind the user to drink water.

  • Solar Charging: A small solar panel charges the battery, making it eco-friendly.

  • Mobile App Connectivity: Tracks daily water intake, sends reminders, and displays hydration data.

  • Temperature Control: Keeps water hot or cold for longer duration using insulated design.

  • Eco-Friendly Material: Made of stainless steel or BPA-free material to reduce plastic waste.

Feasibility & Benefits

  • Economic Feasibility:

    • Estimated cost of production: ₹800–₹1000 per bottle.

    • Selling price: ₹1500–₹2000, affordable for urban middle-class consumers.

    • Market potential in India is high due to increasing fitness and health awareness.

  • Social Benefits:

    • Improves people’s health by reducing dehydration-related issues.

    • Creates awareness about sustainable lifestyle habits.

  • Environmental Benefits:

    • Reduces dependency on single-use plastic bottles.

    • Uses renewable solar energy for charging.

Prototype / Conceptual Model

Imagine a stainless steel smart bottle with:

  • A solar panel on the cap.

  • LED light indicator for reminders.

  • A Bluetooth chip to connect with a mobile app.

  • A digital display (optional) to show water temperature and remaining hydration goal.

(A simple sketch can be added here if needed in your journal.)

Conclusion

The Solar-Powered Smart Water Bottle is an innovative product that combines health, technology, and sustainability. It directly addresses two major issues in India – dehydration and plastic pollution. This product can inspire many young entrepreneurs to build eco-friendly, tech-driven startups.
By developing such innovative products, students not only practice entrepreneurial traits (CO1) but also learn how to collect and use stakeholder information (CO2) to build a successful startup.



Journal Assignment Report (Sample 2)

Title: Development of a New Product – Smart Irrigation Pot for Home Gardeners

Introduction (Problem Statement)

In India, many people grow small plants at home, in terraces, or balconies. However, due to busy schedules, they often forget to water the plants on time, which causes them to dry out. On the other hand, overwatering can damage plant roots. This creates a need for a simple, affordable solution for plant care, especially for urban households and small farmers.

Idea Generation

The idea was generated by observing common household problems:

  • Plants drying because of missed watering.

  • People going out of town and unable to take care of their plants.

  • Small farmers struggling to maintain correct watering schedules.

Thus, the concept of a Smart Irrigation Pot was developed – a low-cost product that can automatically water plants based on soil moisture.

Target Market / Stakeholders

  • Primary Users: Urban households with terrace or balcony gardens.

  • Secondary Users: Small-scale farmers, nursery owners, plant enthusiasts.

  • Stakeholders: Gardening shops, agro-tool dealers, and local startups in the home-gardening sector.

Product Features

  • Automatic Watering System: A built-in soil moisture sensor that detects dryness and releases water from a small tank.

  • Low-Cost Design: Uses a simple circuit and plastic container, making it affordable for middle-class households.

  • Energy Efficient: Powered by a rechargeable battery or solar cell.

  • User-Friendly: No technical knowledge needed; just fill the water tank and place the pot.

  • Durable Material: Made from plastic/ceramic with corrosion-resistant components.

Feasibility & Benefits

  • Economic Feasibility:

    • Estimated cost of production: ₹300–₹500 per unit.

    • Selling price: ₹700–₹900, affordable for Indian households.

    • Growing demand due to increase in terrace gardening and “go green” movements.

  • Social Benefits:

    • Reduces stress for busy people who love plants.

    • Encourages gardening as a hobby, improving mental health.

    • Helps small farmers reduce water wastage.

  • Environmental Benefits:

    • Saves water by supplying only the required amount.

    • Promotes greenery in urban areas.

Prototype / Conceptual Model

A cylindrical flowerpot with:

  • A small water tank attached at the base.

  • A soil moisture sensor fixed inside the pot.

  • A small motor pump to release water when needed.

  • Optional: solar panel attached at the side for charging.

(A rough hand-drawn sketch can be made in your journal to show this.)

Conclusion

The Smart Irrigation Pot is a simple yet innovative solution for plant care in urban and rural areas. It reduces the burden of daily watering, prevents overwatering, and encourages sustainable practices.
This product is an excellent example of how students can identify problems in daily life and solve them through innovation. It also aligns with entrepreneurship outcomes (CO1 & CO2) by encouraging creative thinking and stakeholder engagement.




Journal Assignment Report (Sample 3)

Title: Development of a New Product – Foldable Eco-Friendly Lunchbox

Introduction (Problem Statement)

In India, millions of students and office workers carry lunchboxes daily. Traditional lunchboxes are often bulky, heavy, and made of plastic, which is harmful to health and the environment. People also face problems when carrying empty lunchboxes back, as they still occupy the same space in bags.

To solve these problems, the idea of a Foldable Eco-Friendly Lunchbox was developed. This product is lightweight, compact, and safe for health.

Idea Generation

The idea came after observing students and office employees who struggle with carrying lunchboxes in already packed school bags or office bags. Inspired by foldable bottles and containers available abroad, the concept was adapted to Indian needs with affordable, eco-friendly materials.

Target Market / Stakeholders

  • Primary Users: School/college students, office employees, travelers.

  • Secondary Users: Homemakers, tiffin service providers, eco-friendly product buyers.

  • Stakeholders: Retail stores, e-commerce platforms, corporate gift suppliers.

Product Features

  • Foldable Design: Can be collapsed to half or one-third size after use.

  • Eco-Friendly Material: Made of food-grade silicone and stainless steel.

  • Leak-Proof & Durable: Airtight lid prevents spillage.

  • Heat-Resistant: Safe for hot food and microwave use.

  • Compact & Portable: Saves space in bags when not in use.

Feasibility & Benefits

  • Economic Feasibility:

    • Estimated production cost: ₹250–₹350 per unit.

    • Selling price: ₹500–₹700, affordable for middle-class families.

    • Large market potential due to increasing urban lifestyle needs.

  • Social Benefits:

    • Promotes hygienic eating by encouraging people to carry homemade food.

    • Reduces dependency on plastic containers.

    • Saves space and makes carrying food easier for students and workers.

  • Environmental Benefits:

    • Eco-friendly alternative to single-use plastic lunchboxes.

    • Durable design reduces waste generation.

Prototype / Conceptual Model

Imagine a lunchbox that looks like a normal stainless-steel container when open but can be pressed down like an accordion to reduce its height to one-third.

  • Lid remains airtight even when folded.

  • Silicone sides allow flexibility while keeping it strong and reusable.

(A neat sketch in your journal would explain it better.)

Conclusion

The Foldable Eco-Friendly Lunchbox is a simple but high-demand product idea for Indian students, employees, and families. It directly addresses space and sustainability issues, making it a strong candidate for a startup.
It helps students practice entrepreneurial traits (CO1) like problem identification and creative thinking, and use stakeholder feedback (CO2) to design a product useful in everyday life.


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