CEV663 Design Project UITM Assignment Sample Malaysia

CEV663 Design Project is a course offered at UiTM (Universiti Teknologi MARA) where students will have the opportunity to apply their engineering knowledge and skills to solve real-world problems. This course is designed to provide students with hands-on experience in designing, building, and testing complex systems while working in teams.

Throughout this course, students will engage in a variety of design projects, which will challenge their ability to think creatively, communicate effectively, and work collaboratively. They will learn to identify problems, analyze requirements, and develop solutions that meet the needs of users. In addition, students will gain valuable experience in project management, including planning, scheduling, and budgeting.

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Here, we will discuss some assignment outlines. These are:

Assignment Outline 1: Propose a complex plant design that is technically feasible and cost effective based on the project requirements.

To propose a complex plant design, I would need more information about the project requirements, such as the type of plant, the capacity required, the location, and the budget. However, I can give you an example of a plant design for a wastewater treatment plant based on some assumptions:

Assumptions:

• The wastewater treatment plant will be located in a suburban area.
• The plant will have a capacity of 10 million gallons per day (MGD).
• The budget for the project is $100 million.

Plant Design:

The wastewater treatment plant will consist of several treatment processes, including screening, grit removal, primary sedimentation, biological treatment, secondary sedimentation, and disinfection. The plant will use an activated sludge process for biological treatment, which is a proven and reliable method for treating wastewater.

The plant will be designed with energy efficiency and sustainability in mind. The plant will use renewable energy sources, such as solar and wind power, to generate electricity. The plant will also use energy-efficient equipment, such as variable frequency drives (VFDs) and high-efficiency motors, to reduce energy consumption.

The plant will be equipped with state-of-the-art automation and control systems to monitor and control the treatment processes. The plant will have a remote monitoring and control system, which will allow the plant operators to monitor the plant from a central control room or from a mobile device.

The plant will have a modern laboratory, which will be used to analyze the wastewater and monitor the treatment processes. The laboratory will be equipped with advanced analytical instruments and software to ensure accurate and timely analysis of the wastewater.

Cost Estimate:

Based on the assumptions and design, the estimated cost for the wastewater treatment plant is approximately $90 million to $100 million, which is within the project budget. The actual cost will depend on the location, site conditions, and other factors.

Conclusion:

The proposed wastewater treatment plant design is technically feasible and cost-effective based on the project requirements. The plant design incorporates modern and sustainable technologies, which will result in a reliable and efficient wastewater treatment plant.

Assignment Outline 2: Propose a complex plant design that comply to environmental and safety standard based on the project requirements.

To propose a complex plant design that complies with environmental and safety standards, I would need more specific project requirements, such as the type of plant, the production process, the location, and any other relevant factors.

However, I can provide some general guidelines that could be applied to any plant design:

1. Environmental compliance: The plant design should prioritize environmental sustainability and comply with relevant environmental regulations. This may include using renewable energy sources, reducing waste generation and emissions, and implementing green technologies and practices.
2. Safety compliance: The plant design should prioritize safety for workers and the community and comply with relevant safety regulations. This may include implementing safety procedures, providing safety training for workers, and using safety equipment and materials.
3. Location: The plant design should take into account the environmental and safety risks associated with the location. For example, if the plant is located near a residential area, measures should be taken to minimize noise pollution and protect the community from hazardous materials.
4. Production process: The plant design should optimize the production process to minimize waste generation, energy consumption, and emissions. This may include using efficient technologies, recycling materials, and implementing process controls to reduce environmental impacts.
5. Monitoring and reporting: The plant design should include systems for monitoring and reporting environmental and safety performance. This may include regular inspections, data collection, and reporting to regulatory agencies and stakeholders.

Assignment Outline 3: Explain a final design project through oral presentation with proper organization and articulation of data.

Firstly, let me start by explaining the problem we faced. Our city has been facing issues of traffic congestion, air pollution, and high carbon emissions. We knew we needed a solution that would not only address these issues but also create a sustainable and environmentally friendly mode of transportation.

Our team started by researching various sustainable transportation systems used in cities around the world. We found that the most effective systems were those that combined multiple modes of transportation, including walking, cycling, public transit, and electric vehicles.

Based on this research, we proposed a multi-modal transportation system that would include designated bike lanes and pedestrian walkways, expanded public transit, and an electric vehicle charging network.

To implement this system, we worked with city officials, transportation experts, and community members to identify the most effective locations for bike lanes and walkways, determine the most efficient routes for public transit, and establish a network of charging stations for electric vehicles.

We also conducted a cost-benefit analysis of our proposed system, which showed that the long-term benefits of reduced traffic congestion, lower carbon emissions, and improved air quality would outweigh the initial costs of implementing the system.

In terms of the design itself, we created a detailed map of the proposed bike lanes, pedestrian walkways, public transit routes, and charging stations, which we presented to city officials and community members for feedback. We also developed a comprehensive plan for maintenance and upkeep of the system, including regular inspections of bike lanes and walkways, and ongoing updates to the public transit schedule.

Assignment Outline 4: Perform responsibility as an effective team member in performing task based on professional, integrity and ethical practice.

As an effective team member, it is important to prioritize professional, integrity and ethical practice in performing tasks. Here are some ways to do so:

1. Communicate openly and honestly with your team members: Clear and open communication is key to building trust and ensuring everyone is on the same page. Be transparent about your thoughts and ideas, and actively listen to feedback from others.
2. Be accountable: Take ownership of your tasks and deliverables, and meet deadlines as promised. If you encounter any issues or challenges, bring them to the attention of the team and work together to find solutions.
3. Respect diversity: Embrace and respect diversity in all forms, including differing opinions, backgrounds, and experiences. Be open to different perspectives and ways of thinking.
4. Maintain confidentiality: Handle confidential information with care, and only share it with those who have a need to know. Respect the privacy of others, and avoid gossip or rumors.
5. Act with integrity: Follow ethical and moral principles in all your actions and decisions. Be honest, fair, and transparent, and avoid any behavior that could be perceived as dishonest or unethical.
6. Support your team members: Offer help and support to your colleagues when needed, and be willing to pitch in when others need assistance. Celebrate successes together, and learn from failures as a team.

By embodying these principles, you can contribute to a positive team culture and help ensure that your team performs tasks in a responsible and ethical manner.

Assignment Outline 5: Integrate the knowledge and understanding of engineering principles and managing principles to manage a project in multidisciplinary environments.

Managing a project in multidisciplinary environments requires a combination of engineering principles and management principles to ensure that the project is completed efficiently and effectively. The following are some key principles and strategies to consider:

1. Establish clear project goals and objectives: The first step in managing a project in a multidisciplinary environment is to define clear project goals and objectives. This involves identifying the project’s purpose, scope, timeline, and expected outcomes. This will provide a common understanding of the project’s objectives and help ensure that all team members are working towards the same goals.
2. Develop a project plan: Once the project goals and objectives have been established, the next step is to develop a project plan. The project plan should include a detailed breakdown of tasks, timelines, resources, and responsibilities for each team member. It should also include contingency plans for unforeseen events.
3. Build a multidisciplinary team: A multidisciplinary team brings together individuals from different disciplines to work on a project. This can include engineers, designers, managers, and other experts. A well-structured team will have the necessary skills and knowledge to ensure that the project is completed to a high standard.
4. Communicate effectively: Effective communication is critical when managing a project in a multidisciplinary environment. Team members need to be able to share information, collaborate, and work together effectively. Regular meetings, progress reports, and status updates can help ensure that everyone is on the same page.
5. Use project management tools: There are many project management tools available to help manage projects in multidisciplinary environments. These tools can help with scheduling, resource allocation, task management, and communication. Some popular project management tools include Trello, Asana, and Microsoft Project.
6. Monitor and evaluate progress: Monitoring and evaluating progress is essential for ensuring that the project is on track and that any issues are addressed promptly. Regular progress reports and status updates can help identify any areas of concern and enable corrective action to be taken.

Assignment Outline 6: Write a report for the design project with proper organization.

A design project involves several stages, each requiring proper organization to ensure the success of the project. Here are the steps and tips for organizing a design project:

1. Define the project scope and objectives: Clearly define the scope and objectives of the project, including the deliverables, timelines, budget, and any constraints.
2. Assemble the project team: Assemble a team of designers, developers, project managers, and other stakeholders who will be involved in the project. Ensure that each team member understands their roles, responsibilities, and timelines.
3. Plan the project timeline: Create a project timeline that includes all major milestones and deadlines, including design reviews, development sprints, and testing cycles. Ensure that the timeline is realistic and accounts for any potential delays.
4. Establish a communication plan: Establish a communication plan that outlines how the team will communicate with each other and with stakeholders throughout the project. This may include regular check-ins, status updates, and progress reports.
5. Conduct research and gather requirements: Conduct research and gather requirements from stakeholders to inform the design process. This may include user research, market analysis, and competitor analysis.
6. Create a design brief: Create a design brief that outlines the project goals, user personas, brand guidelines, design constraints, and any other relevant information. This will serve as a reference document for the design team throughout the project.
7. Develop design concepts: Develop initial design concepts that align with the project goals and requirements. Solicit feedback from stakeholders and refine the concepts as needed.
8. Create detailed designs: Once the design concepts have been approved, create detailed designs that include all necessary specifications, such as color palettes, typography, layout, and imagery.
9. Develop prototypes: Develop prototypes of the designs to test their functionality and usability. Conduct user testing and incorporate feedback into the designs as needed.
10. Prepare final design deliverables: Prepare final design deliverables, such as design files, style guides, and design specifications. Ensure that all deliverables are properly documented and stored in a shared repository for future reference.

By following these steps and tips, you can effectively organize and execute a design project, ensuring that it meets the project scope, timelines, and objectives.

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