Investigating Consumer Perception and Design Attributes for Sustainable Home Electronics
This project examines how consumer behavior influences the design of sustainable home electronic appliances by focusing on product lifespan profiles. It aims to identify usage patterns, design factors, and the relationship between lifespan profiles and design attributes. By studying these aspects, the research aims to enhance the sustainability of home electronics through tailored design strategies.
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Characterization the product lifespan profile and its relationship with sustainable design for home electronics appliance Project Title: With the critical need for sustainability have cause many industries scrambling to introduce sustainable features in their product. More so due to the tightening of global regulatory restrictions and policies that focuses on sustainability. the trend on circular economy have also made sustainble bussinesses more viable option for many industries. Apart from closing the loop of the supply chain in circular economy another main concern is towards the product life prolonging strategies such as design for durability and design for maintainability. But again, different product will have life prolonging characteristics which are often influenced greatly by the consumer behavior. The goal of this study is to further investigate how consumer perception of product use patterns and behaviors and its impact on design attributes of the product. This study will focus on home electronic appliance products. Synopsis: 1. To Identify Product Lifespan Usage Profile various home electronics appliance categories 2. To identify Life prolonging design factors affecting home electronics product 3. To model the relationship between the lifespan profile and life prolonging design factors Objectives: Equipment required: Not required Software required: SPSS Supervisor(Department): Raja Ariffin Raja Ghazilla Program: Master of _____Mechanical_______ Engineering
Characterization the product lifespan profile and its relationship with sustainable design factors for furniture products Project Title: With the critical need for sustainability have cause many industries scrambling to introduce sustainable features in their product. More so due to the tightening of global regulatory restrictions and policies that focuses on sustainability. the trend on circular economy have also made sustainble bussinesses more viable option for many industries. Apart from closing the loop of the supply chain in circular economy another main concern is towards the product life prolonging strategies such as design for durability and design for maintainability. But again, different product will have life prolonging characteristics which are often influenced greatly by the consumer behavior. The goal of this study is to further investigate how consumer perception of product use patterns and behaviors and its impact on design attributes of the product. This will focus on furniture products. Synopsis: 1. To Identify Product Lifespan Usage Profile various furniture categories 2. To identify Life prolonging design factors affecting furniture product 3. To model the relationship between the lifespan profile and life prolonging design factors Objectives: Equipment required: Not required Software required: SPSS Supervisor(Department): Raja Ariffin Raja Ghazilla Program: Duration: Master of _____Mechanical_______ Engineering Maximum 2 consecutive semesters
Project Title: Development of autonomously operated tractor grabber arm The palm oil industry are experiencing an acute labor shortages especially when at time of crisis such as the covid-19 pandemic. As such the industry is fast moving towards automation which is a leap forward from the currently mechanized operations. Thus, many of equipment and machineries needs to move toward automation to reduce the need for manual labor. One of the much- needed automated machine is the Tractor with Arm grabber which is used to pick up harvested palm fresh fruit bunch on the ground. currently a skilled driver is required to operate such machines which runs on hydraulic. Thus, there is a need to develop an autonomously operated grabber arm much like the autonomous pick and place robots in the manufacturing plants. This project assumes that the movement of the tractor itself is autonomous covered by a different sub-project Synopsis: 1. To analyze the task requirements in the FFB 2. To develop the control hardware and model carry out the task 3. To optimize the control model in increasing efficiency Objectives: Equipment required: Equipment is available in the lab , workshop equipment Software required: Software is available in the lab , CAD / Arduino Programming Supervisor(Department): Raja Ariffin Raja Ghazilla Program: Duration: Master of _____Mechanical_______ Engineering Maximum 2 consecutive semesters
Pilot study on the use of Galvanic Surface Response (GSR) in Cognitive Load Measurements of Augmented Reality Interface Project Title: Cognitive load of a user represents an important factor for adaptive human computer interfaces, especially under high intensity work conditions and complex tasks. In the era of IR4.0 the use of Augmented Reality will be more common, and it is found that using AR interface could cause a significant increase of cognitive load. Cognitive load is variously described as the level of perceived effort associated with learning, thinking and reasoning. Cognitive load is often measured via the use of less objective approaches such as the questionnaire-based Nasa TLX. The goal of this study is to introduce a more objective approach of cognitive load measurement using physiological measurements use GGS sensor. The measurement will be compared with NASA TLX to understand is efficacy Synopsis: 1. To classify and compile the various type of AR interfaces 2. To measure the cognitive load of various AR type interface using GSR 3. To compare GSR outcome with NASA TLX Objectives: Equipment required: Shimmer GSR sensor Software required: Consesys for Shimmer Supervisor(Department): Raja Ariffin Raja Ghazilla Program: Duration: Master of _____Mechanical_______ Engineering Maximum 2 consecutive semesters
