Part 1: Introduction and Research Problem Formulation

Part 2: Literature Review

Part 3: Presentation and Defense

This video explains how to make a good and effective questionnaire. There are some simple mistakes that can cause the questionnaire not give actual results.

This video explains briefly but concisely how students can begin experimental research. It starts with identifying problems, literature review up to the stage of making analysis and conclusions.

This video explains 7 core procedures of conducting CFD simulation study. Throughout this video, you will understand how to minimize discretization error using mesh refinement study and make proper selection of mesh size that has both an acceptable accuracy and a reasonable computational time.

This sharing session is about introduction to measurement of uncertainty special for students who are performing experimental works. Statement of uncertainty should be included in measurement to boost our confidence level regarding the validity of our results. Initially, the uncertainty has been defined in this video. Then, the difference between error and uncertainty has been explained. Finally, the sources of uncertainty have been evaluated.

In the video, several steps that need to be implemented in a study involving process design, starting from the recognition of needs stage to the prototype and documentation stage.

This video provides a brief introduction to the simulation analysis of control system. Simulation analysis is essential in the design of a control system. Through simulation study, this could greatly reduce the time and cost needed for the fine tuning of controller gains. Simulation also provides insights to the time response of the system in different scenarios, which are difficult or risky for real world experiment testing.

This video is the guide for FYP students to choose and select a suitable materials characterization for the FYP. In this video also a few example was given to guide on how to present the materials characterization data with the combination of different materials characterization instruments.

This video explain the sample procedures for wind tunnel testing techniques carried out in UTM Aerolab.

This video explains briefly the Chapter of the Results and Discussion. It highlights the important criteria and content that need to be discussed and explained by the students. The video is more on the results of internal combustion engine performances, which include the example of experimental and simulation activities. Students can understand how the raw and analysis data (experimental / simulation) should be presented and what are the main reasons/factors need to be included in the results discussion.

This video is to help students and instructors with a brief guide on development of conceptual design for biocomposite products. Integrating sustainability in engineering designs is crucial to producing greener products aligned with current market demand. Several steps in a study involving conceptual design along with Design for Sustainability, starting from idea development, concept development to concept selection stage. The contents enable students to grasp adequate concepts and understanding on how conceptual design of biocomposite products is applied in the concurrent engineering process.

This video explains some of the research ideas that you could consider if you’re interested in doing engine research for your Final Year Project.

This video provides a brief introduction of Manufacturing Process for Powder Injection Molding (PIM) process. Through this video also students may get some ideas on what and how PIM process can be implemented for the Final Year Project.

This video explaining about the basic of Design of Experiment. Design of experiments (DOE) is defined as a branch of applied statistics that deals with planning, conducting, analyzing, and interpreting controlled tests to evaluate the factors that control the value of a parameter or group of parameters. It can be applied in any process including experiment and simulation to optimize the factors (input) for specific responses (output).

This video describes the basic characterizations and available results of the corrosion studies of metal-based materials that functioned as implants in body fluid environment. Since metallic implants work in fluid-flow and harsh biochemical conditions, the corrosion of the metallic implants is inevitable and thus, there is a vital need to study and thoroughly assess the corrosion behaviors of the implants so as not to elicit any harmful effect to the surrounding body tissue while maintaining to provide adequate mechanical integrity over the course corrosion. The advent of biodegradable metals in the metallic implant field has evoked the biomaterials community with their potential ability to completely dissolve in the body once the defective sites have fully healed.

This video shows a brief explanation to students on the stages of simulation study. The simulation is using queueing model as the explanatory example for students to grasp a quick understanding and concept of each stage in the basic methodology of simulation.

This video shows a brief explanation to students on the stages of simulation study. The simulation is using queueing model as the explanatory example for students to grasp a quick understanding and concept of each stage in the basic methodology of simulation.

Computational solid mechanics: Possible approaches to solve a mechanical problem.

This video briefly explains the research background of a study of vertical axis wind turbines for renewable energy applications. The explanation covers the fields of interests and methodologies used in the wind turbine-related research.

This video summarizes the importance of synthetic of bone graft in treating osteonecrosis. Besides autograft, the used of bio- inert metal for bone graft has been widely used as the go to solution in treating the disease. Due to some drawbacks such as aseptic loosening has push researchers to explore more regarding the use of biodegradable metal.

Predictive maintenance is very important towards industrial economy by improving equipment efficiency, reliability and reducing plant down-time. In recent years, abundant of data are readily available from various sources. However, these data are not being utilized and analyzed for improving maintenance performance. This require advance techniques to solve this fundamental problem and analyze variety of data in order to transform into relevant information. Most problems with some data driven are computationally complex, high computation time and problem in extracting features of big data. Therefore, this research proposed an application of machine Learning to forecast the incoming failures and RUL of an equipment accurately and improve the reliability of predictive maintenance. Thus, the application of these algorithms will maximize the operational availability of an engineering asset, reduce maintenance costs and improve system reliability and safety.

This research focuses on studying wear patterns and predicting the reliability of mechanical components using Finite Element (FE) simulation. Wear analysis examines how materials degrade due to friction, temperature, and mechanical loads, while reliability prediction forecasts the lifespan and performance of these components. By utilizing FE simulations, engineers can model material behavior under different conditions, helping to identify failure points and optimize designs for durability and safety. This combined approach provides valuable insights to enhance the longevity and reliability of engineering systems.

This video explains some research areas that you could consider if you’re interested in doing research related to manufacturing for your final year project or/and master project. First, the development of wearable patches for medical applications. Second, improvement on semiconductor material and fabrication process. Third, additive manufacturing study for materials such as metal, plastic, and ceramic, parameter optimization, and fabrication of advanced properties products.