1,721,299 research outputs found
Fruit and vegetable slicer / Muhammad Danish Arnizam
No full textThis project introduces fruit and vegetable slicer, aiming to change the old and inefficient of manual slicing methods. The objective is to develop a device or machine that make the slicing process and enhances productivity. The project can advance precision cutting mechanisms, and user-friendly to achieve this goal. High-speed rotating blades, automatic , and cost saving are integrated into the slicer to ensure consistent and accurate slicing of fruits and vegetables. Slicing may help in the extraction of desirable constituents from raw materials easily due to its reduction in size [3] .The anticipated outcome is a neat slicer of fruit and vegetable that significantly reduces preparation time and effort while promoting kitchen safety. Additionally, the device is expected to deliver visual appealing and precise slices for culinary purposes. By improving food preparation in both professional and home kitchens, the automatic fruit and vegetable slicer has the potential to optimize productivity, creativity, and overall enjoyment in the culinary domain
Automated air ventilation / Muhammad Danish Hakim Zaharun
No full textThe weather at this time is getting hotter by the day. Poor quality air flow will cause various diseases that harm our health. Therefore, automated air ventilation was created to improve air flow in closed places so that good air flow can enter and can remove poor quality air from automated air ventilation. The objective emphasized in the project is that I can design automated air ventilation by using suitable materials such as motors, sensors, aluminum profiles and so on. In addition, I will also analyze the quantity and critical parts that are in the automated air ventilation. Aluminum profile is cut into pieces arranged according to the size that fits the closed room. The motor and sensor are also installed on automated air ventilation to make it easier for users. I expect that the automated air ventilation can work well and provide benefits to user
Case study of Philips / Muhammad Danish Ghazi Mohd Fakrurazi
Full text linkThe goal of this assignment is to identify the problem of a product. The company that I have chosen is Philips. From their vast selection of products, I have chosen the ADR620 dashcam for the analysis. In this case study, I have done the SWOT analysis to identify the strengths, weaknesses, opportunities, and threats of the ADR620. The primary issue that I have discovered with this ADR620 is that it has difficulties in navigating the application interface, unlike other Philips’ products such as their television, coffee machine, rice cooker, and many more. Based on the problem, the best solution that has been proposed is adding a touch screen feature to the ADR620 dashcam
Methods of store construction / Muhammad Danish Imtiyaz Mat Radzi
No full textIndustry training is a mandatory requirement for students in certain programs at all levels of higher education at the Institution of Higher Education (IPT). Ipoh City Council is the place for industrial training to be conducted from 23 August 2021 to 7 January 2022. Students have been given the opportunity to undergo industrial training in the Management section. During the training period, students were taken to the construction site to see for themselves the work being done in conjunction with strengthening existing knowledge. In addition, disclosures can also add new knowledge. The performance and level of student skills will be evaluated by the supervisor responsible for the logbook
Adjusted covering method: optimal recycling facility location allocation in Bandar Bukit Mahkota / Nur Muhammad Danish Raisham
Full text linkThere are two types of waste, reusable and non-reusable wastes. As Malaysia’s economy grows, so does the volume of these types of waste. Most of the waste are disposed of by sending them to landfill sites, often in excessive amounts. Issues that arise from improper disposal of waste include noise and air pollution, indirect greenhouse gas emissions through human activities such as farming and deforestation and increased global warming. Therefore, a solution must be implemented to ensure that reusable waste is properly disposed of. Recycling is a concept in waste management, in which the process carries out prevention of waste production through in-process modifications, such as collecting, sorting, cleaning and processing reusable waste which then are used in productions. This cycle will repeat if, it is in any capacity, a reusable condition. This is a proven method in which helps mitigate the amount of waste that ends up in landfill sites. Another issue is ensuring that the recycling bins are always available and accessible for nearly demand locations. In this study, a modified version of Maximal Expected Coverage Location Problem (MEXCLP) is implemented to determine the optimum number of bins and the location of recycling bins in Bukit Mahkota, Kajang. Constraints and parameters are included and analysed in the CPLEX programming language, to find the optimal solution that covers the whole study area with the minimum amount of recycling bins possible. As a result, it was found out that 100% of the study area can be covered by placing one recycling bin in either one of two recycling bin locations, namely j3 and j6
To design and fabricate of an innovative multipurpose hand truck / Muhammad Danish Dzulhelmy
Full text linkThe study of manufacturing is necessary to conduct this project to make sure that students understand about process that should be done for this project. The project is about designing and fabricating a Multipurpose Hand Truck. This project aimed to help manage loads without damaging the body and lower the risk of injury. Other than that, the purpose of this project are also to save money, time and storage space. The steps taken to achieve this goal included, sketching the product design, creating a CAD model of the design, and machining process such as grinding, drilling and cutting by considering ergonomic factors so that the users can use it easily. At the conclusion of the project, the multipurpose hand truck can make the users feel comfortable and easier to use it in daily life
Design, analysis and fabrication of can crusher / Muhammad Danish Izrin Kheirany
Full text linkThe main objective of this project is to build a Can Crusher machine to minimize scrap volume and reuse cans, making it easier to transport them to a recycling facility. Nowadays, a considerable number of cans are used in factories, restaurants, and other establishments, necessitating a large amount of room for storing or dumping the used cans. This project entails the creation of a Can Crusher that uses a single slider crank mechanism to reduce the volume of cans by at least 70%. Usually, the machine can crusher have many types which is manual operated can crusher and automatic can crusher. For manual operated can crusher, it use human physically which is hand to make the machine works. While, for automatic can crusher there have many concept that have been used to make the machine works which is pneumatic, hydraulic, and also DC Motor. However, automatic machine is quite expensive to get it. So, this project will produce a product that can provide many advantages that is a product used from quality materials and also durable. For instance, this product is very easy to use by consumers and at the same time consumers can generate side income by selling the wastage can. The manufacturing process will applied in order to build one product such as welding process, drilling process and cutting process. After done complete the task according to the planning, the project need to make a testing product capability either the product can operate or not. From this final project, it will provide more knowledge about the mechanical engineering to the student. All information about this product should be identified in order to make the fabrication process going smoothl
Reinforced concrete building design project: project based learning / Muhammad Danish Akmal Khalid
Full text linkIn conclusion for this project, it is really crucial to have a guideline when designing and constructing a building. Based on the guideline from the UBBL its focusing on the fire safety regulations which is important for all construction so that any accident can be reduce to the minimum effect to the current building and surrounding area and also keep the residential occupants safe. Any constructions company that did not obey the guideline will be subjected to a harsh action by the authority so that the construction company will take it seriously because it involved people life. It is sure the construction that following the UBBL guideline is guarantee safety of the occupant. To achieve a safe building, the design of the building also be taking consideration. A proper design layout need to be draw. As for this project, we been provide an architectural drawing from the company we apply the drawing from. From the architectural drawing we come out with structural key plan to determine the slab, beam, column, staircase and pad footing placement and making a design calculation to determine the properties of slab, beam, column, staircase and pad footing. This is applied to the real situation which is architecture come out with architectural drawing and engineer come out with the structural key plan and calculated the design. From this project, the critical slab are a two way slab which will given four value of moment on each side and shear force. The beam for this project been calculated as flanged beam. This is due to critical slab been taken on the first floor level and it cater high load that needed to design the beam as flanged. The column design are short column which it is normal for reinforced concrete design. Staircase design come out with flight and landing calculation because of the stairs are supported by landing. Lastly, the pad footing achieve size 2m x 2m that passed the GBP and punching shear value given valid design. Lastly, the taking-off and bill of quantities been prepared to get the estimation of cost of the structure designed. The last step for this project are designing the project using the Prokon software and excel spreadsheet. Prokon software are used to design the slab, beam and column and excel spreadsheet are for the foundation and staircase. The data from the software then been compared to manual calculation and been justified if the percentage different are more than 30%
Intelligent stick with ultrasonic sensor and wifi module / Muhammad Danish Sham
Full text linkIntelligent stick with IoT for disability a set of systems and processes for helping the disability people through its life due to their visual impairment, they have severe mobility and navigational issues. Independent travel is challenging because of the risks posed by environmental obstacles and hazards. Their mobility and safety may be compromised by uneven surfaces, construction zones, and impediments. The main objectives of this project are to design intelligent stick with IoT that can give information about the objects in public places using Arduino Nano as its microcontroller and develop in the mobile app and Internet of Thing (IoT) technology to help mobility for disability person. This report aims to design a Intelligent Stick with IoT for disability that been combined with o microcontroller-based Arduino Nano board and connected to ultrasonic sensor which function to measure any obstacles in front the person from the range of 30cm to 0cm from the stick and give an alert sound using buzzer. Then, the location of the person will be given to the apps by using the GPS module to let the family to know the current location in case of any emergency
Automated earthquake detector with seismic graph / Shaikh Muhammad Danish Hazim Husfarid
Full text linkThe creation of an automated seismic detector with a seismic graph display is the focus of this research. An Arduino Uno microcontroller, an LCD screen, a buzzer, an LED, and an ADXL335 accelerometer are all used in the system. Seismic waves are detected by the ADXL335 accelerometer and processed by the Arduino Uno to calculate the magnitude of the earthquake. Users may see the amount and frequency of seismic activity by using the LCD screen's real-time graph visualisation of seismic data. When major earthquake occurrences are detected, the device also includes a siren and an LED to deliver instantaneous notifications. The Arduino Uno serves as the central processing unit, gathering, analysing, and directing the output devices based on data collected from the accelerometer. In general,this automated seismic detector offers a practical and economical way to keep an eye on seismic activity and improve seismic readiness in areas that are susceptible to earthquake
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