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Design and Sustainable Development Table of Contents Introduction3 Task 1: Goal and scope definition for the project3 Task 2: Material Selection for Production of Smartphone5 Task 3: Design and Manufacturing Practices6 Task 4: Social measures in reducing environmental impact in the Smartphone manufacturing7 Conclusion8 Reference list9 Introduction Sustainable development involves to ensure the human well-being and to create effective economic and social development with balancing ecological systems. In order to ensure the sustainable development and waste reduction, Smartphone is used as a great products to have impact in both use and manufacturing (Moustafa, 2016). As being a product design engineer, it is a responsibility to approach the Smartphone manufacturing by assessing environmental impact for the design practice to overcome the environmental issues regarding waste reduction. The study will focus on strategies and scope for the project in order to resolve the issue of sustainable development and waste reduction by using smart phones to develop the energy consumption. Samsung A50 Smartphone has been taken that will be discussed in environmental life cycle assessment while identifying the sustainable development and remanufacturing. Task 1: Goal and scope definition for the project The goal of the project is to focus on achieving economic growth and sustainable development that requires reducing the waste and other ecological misbalance. Ecological footprint is required to remove and implement of the smart phone design are goal of the project (Schneider et al., 2018). Scope of the project is to establish the sustainable development and energy consumption to maintain ecological balance. The selected Smartphone has a scope to make a proper guideline and manufacturing practices to improve the environmental issues regarding waste reduction and sustainable development. Inventory of the life cycle stages for the smartphone: Invention of the life cycle stages has impact to develop the design on manufacturing or service regarding sustainable development and waste reduction (Hasnain Saeed et al., 2019). Samsung A50 is considered to focus on current market for developing the materials and levels of energy consumption at the stages. Inventory analysis for the Smartphone focuses on performance-based consideration and literature research in order to continue the service through entire life cycle. During design of different product life cycle, it is easy to develop the Smartphone design based on model including ecosystem view and the business view. Ecosystem model has environmental impact during the life of reaction to death of the product. During goal and scope step, the life stages of Smartphone can be described basically divided on the process of creative and inventory for the product system with the ecological movement (Kościelniak et al., 2019). Systematic technology is identified and unquantified to evaluate information from the result through the life cycle of product impact assessment. Figure 1: Life Cycle Assessment (Source: Pires et al., 2019) Goal and scope definition, inventory analysis, impact assessment and interpretation are the four steps to describe and develop the lifecycle stages of the smart phones. The ecosystem model processes the steps in order to develop the product system of systematic assessment and product development regarding sustainable development. Interpretation of the systemic technique is needed to develop the new product progress through identifying, quantifying, checking and evaluating information. The business view of product cycle is important to show the new product progress through different stages starting with introduction, growth, maturity and decline stage. It is important to focus on the stages including product, price, promotion and distribution to maximize the profit. According to Mansoor and Waseem (2019), product life cycle shows how a smart phones this built and the market is developed for the products regarding assessing the inventory and energy consumption at every stage. Energy consumption in each stage of business view product cycle and others is estimated as a competitive and litigious sector in order to associate with e-waste practice and sustainable management. Figure 2: The business product life cycle (Source: Kościelniak et al., 2019) Task 2: Material Selection for Production of Smartphone Samsung A50 is considered to focus on current market for developing the materials and levels of energy consumption at the stages. Inventory analysis for the Smartphone focuses on performance-based consideration and literature research in order to continue the service through entire material selection. During design of different product material selection, it is easy to develop the Smartphone design based on model including ecosystem view and the business view. Ecosystem model has environmental impact during the life of reaction to death of the product. During goal and scope step, the life stages of Smartphone can be described basically divided on the process of creative and inventory for the product system with the ecological movement (Kościelniak et al., 2019). Systematic technology is identified and unquantified to evaluate information from the result through the material selection of product impact assessment. The business view of product material selection is important to show the new product progress through different stages starting with introduction, growth, maturity and decline stage. It is important to focus on the stages including product, price, promotion and distribution to maximize the profit. According to Mansoor and Waseem (2019), product life material selection shows how a smart phones this built and the market is developed for the products regarding assessing the inventory and energy consumption at every stage. Energy consumption in each stage of business view product material selection and others is estimated as a competitive and litigious sector in order to associate with e-waste practice and sustainable management. Task 3: Design and Manufacturing Practices The key performance indicator helps the company to clarify and indicate the strategies for vision and mission which helps in capturing the designing map (Rehme, et. al., 2015). It also helps in interacting the strategies of the company and objective behind creating those strategies which help in designing of the products of the company. . A cellphone is produced using an assortment of metals, with the most widely recognized being aluminum amalgams, lightweight materials normally found in the telephone case. Lithium cobalt oxide and carbon graphite are utilized to make the batteries. Components like gold, copper and silver are utilized in the wiring of the telephone. Platinum and tungsten are utilized in the hardware. The designing feasibility of the company should represent the result of the company in a positive manner. It is a process of judging the performance taking into consideration a variety of aspects. Business performance is assessed with the help of benchmarking by using different best practices processes and allowing the company to develop plans accordingly (Duan, et. al., 2016).All the applicant will fill the form for a particular post this gives a brief history of the education of academic and professional. An incomplete application form is simply rejected when the deadline has passed. A gap in academic or employment history, a satisfactory explanation is required for designing feasibility. The candidate should disclose his employment of overseas which is 3 month or more in the last five years. The applicant will receive the job responsibility and person specified for a particular role. Job application form, job description form, person specification and safeguard policy of school are available to download from school websites (Greiner, 2015). The applicant may be invited to attend a formal interview at which her relevant skills and experience will be discussed. The third most normal material found is plastic. Plastic is regularly utilized for the situation instead of metal. The utilization of plastic in a mobile phone makes it progressively impervious to harm when you drop or scratch it. Plastic is likewise utilized since it can face everything except the most outrageous temperature changes. The material is entirely adaptable, and it doesn't cause gathering issues when you're endeavouring to discover a phone flag. Task 4: Social measures in reducing environmental impact in the Smartphone manufacturing Sustainability has different dimensions including economic, environmental and social which are interlinked with each other. The smart phones are used to focus on useful and early effect on communities. Particularly, it has a significant direct impact on natural and social logical environment. Some smart phone manufacturing companies include the community based development to reduce the environmental impact in the manufacturing and use of smart phone. The components, which are used to manufacture mobile, have negative impact on ecological and social environment (Pires et al., 2019). The components to manufacture smart phone has direct impact on both environment and widening gaps of social inequality. The cycle of consumption, injustice and waste are being increased by the use of smart phone in the context of global society. Most of cases cycle of smart phone production begins with remote mine and conflict over the human cost and democratic forces that are being observed. The mineral and components are involved to develop the fundamental elements and environmental impact on ecology. According to Mourad (2016), social measurement regarding reducing environmental impact has been focused to benefit the manufacturing of the smart phones. The mineral ores and other fundamental elements are included with smart phone development and technological impact on requiring the supply of this technology significantly. Social measures in use of the smart phone Social measurement certificate to overcome uses of smart phones in order to establish a sustainable development and environment friendly solutions. It is initiated to focus on contemporary manufacturing styles to recover the by-product and enhancing the use of manufacturing and recycling to overcome the issues regarding waste reduction. Environmental applications are enormous to update the amount of e-waste and avoiding the landfill where the harmful chemicals of uses and manufacturing components of smart phone are submitted. Electrical and electronic equipment are harmful that those chemicals can leak the groundwater. It is important to focus on consumer problem and behaviour based effect which is inefficient and harmful to establish the consumer behaviour and sustainable development (Kościelniak et al., 2019). Mobile phones have been designed to be incompatible with existing software and the mobile phones become breakable and thinner nowadays. It is important to focus and change the unsustainable trajectory of smart phone so that it can be transformed into sustainable loop. Smartphone alternatives and using sustainable and recycled products are important to develop the sustainable development and maintenance of ecological systems. It can be evaluated with reducing the best to focus on smart phone manufacturing and use that can be beneficial for the environment (Pires et al., 2019). The mineral and components had involved to develop the fundamental elements and environmental impact on ecology. According to Mourad (2016), social measurement regarding reducing environmental impact had been focused to benefit the manufacturing of the smart phones. The mineral ores and other fundamental elements had included with smart phone development and technological impact on requiring the supply of this technology significantly. Conclusion In order to ensure the sustainable development and waste reduction, Smartphone is used as a great products to have impact in both use and manufacturing (Moustafa, 2016). As being a product design engineer, it is a responsibility to approach the Smartphone manufacturing by assessing environmental impact for the design practice to overcome the environmental issues regarding waste reduction. The study will focus on strategies and scope for the project in order