CHE227 Product Design And Development UITM Assignment Sample Malaysia

CHE227 Product Design and Development is a course offered by UITM (Universiti Teknologi MARA)! This course is designed to provide you with a comprehensive understanding of the principles and practices involved in the process of designing and developing products. In today’s rapidly evolving world, the success of any business often hinges on its ability to create innovative and marketable products. This course aims to equip you with the essential skills and knowledge needed to navigate the intricate journey from ideation to product launch.

Throughout this course, you will explore various aspects of product design and development, including concept generation, feasibility analysis, prototyping, testing, and commercialization. By delving into these key areas, you will gain insights into the critical factors that influence successful product development, such as market research, design thinking, technology integration, and project management.

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In this segment, we will provide some assignment outlines. These are:

Assignment Outline 1: Apply design concept and development in chemical based products.

Design concept and development play a crucial role in the creation of chemical-based products. Whether it’s developing new materials, improving existing formulations, or designing innovative applications, the principles of design thinking and development can enhance the effectiveness, safety, and sustainability of chemical products. Here are some key steps and considerations in applying design concept and development in the chemical industry:

1. Problem Definition: Clearly define the problem or need that the chemical product aims to address. Understand the user requirements, market demands, and regulatory constraints. This step involves gathering data, conducting market research, and engaging with stakeholders to identify specific challenges and opportunities.
2. Ideation and Conceptualization: Generate ideas and concepts for the chemical product. Use brainstorming techniques, visualization tools, and collaboration to explore various possibilities. Consider factors such as performance, cost, environmental impact, and compatibility with existing systems or processes.
3. Material Selection: Select the appropriate chemicals or materials based on the desired properties and requirements of the product. Consider factors like chemical compatibility, stability, toxicity, availability, cost, and environmental impact. Evaluate alternative options and assess their feasibility.
4. Formulation and Testing: Develop the chemical formulation based on the desired performance characteristics. Conduct laboratory experiments and tests to evaluate the product’s effectiveness, stability, safety, and other key parameters. Iteratively refine the formulation based on the test results.
5. Prototyping and Validation: Create prototypes or pilot-scale versions of the chemical product to evaluate its performance in real-world conditions. Test the product’s functionality, reliability, durability, and user experience. Incorporate feedback from users and stakeholders to refine the design.
6. Scale-up and Manufacturing: Once the design and formulation are finalised, scale up the production process to meet the desired volume and quality requirements. Optimise the manufacturing process for efficiency, safety, and cost-effectiveness. Consider factors like raw material sourcing, process optimization, and waste management.
7. Life Cycle Assessment: Assess the environmental impact of the chemical product throughout its life cycle, from raw material extraction to disposal. Identify opportunities to reduce energy consumption, greenhouse gas emissions, waste generation, and other environmental burdens. Explore sustainable alternatives, such as using renewable feedstocks or implementing recycling programs.
8. Regulatory Compliance: Ensure compliance with applicable regulations and standards governing the production, labelling, transportation, and disposal of chemical products. Understand the legal requirements and engage with regulatory bodies to address any potential issues or concerns.
9. Continuous Improvement: Monitor the performance of the chemical product in the market and gather feedback from users and stakeholders. Identify opportunities for improvement, innovation, and further development. Incorporate lessons learned into future iterations or new product designs.

By following these steps and integrating design concept and development principles into the chemical product development process, companies can create safer, more effective, and environmentally friendly chemical-based products. This approach not only enhances product performance but also promotes sustainability and reduces the potential risks associated with chemical usage.

Assignment Outline 2: Propose idea of innovative products by incorporating design thinking in product design.

Certainly! Design thinking is a human-centered approach to problem-solving that can lead to innovative and user-friendly product designs. Here are three ideas for innovative products that incorporate design thinking principles:

1. Smart Food Storage System: Design a smart food storage system that helps users reduce food waste and manage their inventory effectively. Incorporate features like RFID tags or barcodes on food items to track expiration dates and send reminders to users’ smartphones. The system could also suggest recipes based on the available ingredients, helping users make the most of their food supplies. The design should prioritize easy organization, visibility, and accessibility of stored items to ensure a seamless user experience.
2. Portable Solar-Powered Water Purifier: Create a portable water purifier that utilises solar energy to provide clean drinking water in areas with limited access to clean water sources. The design should be lightweight, compact, and easy to use, making it suitable for outdoor enthusiasts, hikers, and individuals living in remote regions. By incorporating design thinking, the product should address user needs, considering factors like durability, affordability, and the ability to filter water from various sources such as rivers, lakes, and wells.
3. Assistive Device for the Visually Impaired: Develop an innovative assistive device that enhances the independence and mobility of visually impaired individuals. The device could utilise advanced technologies such as computer vision and haptic feedback to provide real-time assistance in navigating their surroundings. Incorporate features like obstacle detection, voice-guided directions, and object recognition to help users identify and interact with their environment more effectively. Design the device to be lightweight, ergonomic, and customizable to accommodate different user preferences and needs.

Assignment Outline 3: Manipulate the design of a product by considering design concepts for sustainable development.

To manipulate the design of a product while considering sustainable development, several design concepts and principles can be applied. Here are some key considerations:

1. Life Cycle Assessment (LCA): Perform a life cycle assessment of the product to identify its environmental impacts at each stage, including raw material extraction, manufacturing, distribution, use, and end-of-life. This assessment helps in pinpointing areas where improvements can be made.
2. Material Selection: Choose materials that have minimal environmental impact, such as those with a low carbon footprint, renewable resources, or recycled content. Avoid materials that are harmful to human health or the environment.
3. Energy Efficiency: Design the product to be energy-efficient throughout its lifecycle. This can include reducing energy consumption during manufacturing, ensuring efficient use during operation, and incorporating energy-saving features like auto power-off or sleep modes.
4. Waste Reduction: Minimize waste generation by designing for disassembly and recyclability. Use modular designs that allow easy replacement of parts, promoting repairability and extending the product’s lifespan. Incorporate recycling symbols and instructions for proper disposal.
5. Packaging Optimization: Reduce packaging waste by using minimal, recyclable, and biodegradable materials. Explore alternative packaging designs that minimize space requirements, optimizing shipping and reducing transportation emissions.
6. User-Centric Design: Consider the user experience and design products that encourage sustainable behaviors. This could involve incorporating features that promote energy or water conservation, intuitive interfaces that encourage proper usage, or educational elements to raise awareness about sustainability.
7. Renewable Energy Integration: Explore opportunities to integrate renewable energy sources into the product’s design. For example, incorporating solar panels into electronic devices or designing products that can be powered by renewable energy options.
8. Design for Durability: Create products that are durable and long-lasting, reducing the need for frequent replacements. Consider the use of robust materials, reinforced joints, and reliable components to enhance product lifespan.
9. Circular Economy: Embrace the principles of the circular economy by designing products with the intention of maximizing resource efficiency, reusability, and recyclability. Consider implementing take-back programs or designing products for easy refurbishment and remanufacturing.
10. Stakeholder Engagement: Involve stakeholders, such as users, suppliers, and experts, in the design process to gather diverse perspectives and ensure that sustainability considerations are incorporated from the early stages.

By applying these design concepts, you can manipulate the design of a product to align with sustainable development goals, reduce environmental impacts, and create a more sustainable and responsible product.

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