AAR404 Basic Science UITM Assignment Sample Malaysia

AAR404 Basic Science course offers students a comprehensive introduction to the fundamentals of cellular and molecular biology, genetics, biochemistry, development, evolution and ecology. Students will gain knowledge in these scientific fields through lectures, hands-on laboratory experience and discussion sessions.

This rigorous course provides a strong foundation for understanding modern biology and prepares students for further study in scientific disciplines leading to potential careers in research or healthcare. If you are interested in exploring new fields of scientific research or training yourself to become a healthcare professional, then AAR404 Basic Science should be your first choice!

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Assignment Activity 1: Apply fundamentals of basic science for design and the built environment.

The application of fundamental principles from basic sciences is crucial in shaping the design and development of the built environment. This assignment explores the intersection of basic science and the design process, emphasizing the significance of incorporating scientific knowledge into the creation of sustainable, efficient, and innovative structures.

1. Physics in Structural Design:
   • Gravity and Load Distribution: Understanding gravitational forces is fundamental to designing structures that can support their own weight and external loads. Engineers must apply principles of physics to distribute loads effectively, ensuring structural integrity.
   • Thermodynamics in Building Materials: The behavior of building materials under various temperature conditions is influenced by thermodynamic principles. Incorporating this knowledge enhances energy efficiency and durability in construction.
2. Chemistry in Material Selection:
   • Material Properties: Chemistry plays a pivotal role in determining the properties of construction materials. Engineers must consider chemical reactions, bonding, and corrosion resistance when selecting materials for durability and sustainability.
   • Environmental Impact: Chemistry also guides the exploration of eco-friendly materials, minimizing the environmental footprint of construction. Adhering to green chemistry principles promotes sustainability in the built environment.
3. Biology and Environmental Design:
   • Biophilic Design: Integrating elements of nature into the built environment has psychological and physiological benefits. Principles from biology contribute to biophilic design, fostering connections between occupants and nature for enhanced well-being.
   • Sustainable Landscaping: Biological knowledge is essential in planning and implementing sustainable landscaping practices. This includes selecting native plant species, considering biodiversity, and promoting ecological balance.
4. Mathematics in Architectural Planning:
   • Geometry and Symmetry: Mathematical principles guide architects in creating aesthetically pleasing and structurally sound designs. Geometry and symmetry contribute to the balance and stability of architectural elements.
   • Quantitative Analysis: Mathematical modeling is employed for various analyses, such as structural calculations, cost estimations, and spatial planning. Applying mathematical rigor ensures precision in design and construction.
5. Environmental Science in Urban Planning:
   • Climate Considerations: Environmental science informs urban planners about climate patterns, helping them design cities resilient to environmental challenges such as extreme weather events.
   • Sustainable Infrastructure: Integrating environmental science into urban planning promotes the development of sustainable infrastructure, including energy-efficient buildings, green spaces, and efficient transportation systems.

The integration of basic science principles is indispensable for designing and developing a built environment that is not only functional but also sustainable, resilient, and aesthetically pleasing. By applying knowledge from physics, chemistry, biology, mathematics, and environmental science, professionals in the design and construction industry can create innovative solutions that meet the evolving needs of society while minimizing negative impacts on the environment

Assignment Activity 2: Analyse basic human requirements for comfort design.

Creating spaces that prioritize human comfort is essential in the design of environments where people live, work, and interact. This assignment delves into the analysis of basic human requirements for comfort design, examining key factors that contribute to a comfortable and supportive built environment.

1. Environmental Considerations:
   • Temperature Regulation: Human comfort is greatly influenced by the ambient temperature. Designers must consider effective heating, ventilation, and air conditioning (HVAC) systems to maintain a comfortable temperature range within indoor spaces.
   • Natural Light: Adequate natural light not only enhances visual comfort but also plays a role in regulating circadian rhythms. Designing spaces with ample windows and skylights promotes well-being.
2. Ergonomics and Spatial Layout:
   • Furniture Design: Ergonomics plays a crucial role in the design of furniture and seating arrangements. Furniture should be designed to support natural body postures, reducing the risk of discomfort and musculoskeletal issues.
   • Spatial Efficiency: An efficient spatial layout contributes to comfort by optimizing the use of available space. Proper circulation paths and well-defined activity zones enhance usability and reduce stress.
3. Acoustic Comfort:
   • Noise Reduction: Excessive noise can cause stress and discomfort. Designing spaces with proper acoustics, including sound-absorbing materials and strategic placement of furniture, helps create a quieter and more comfortable environment.
   • Privacy Considerations: Balancing the need for open, collaborative spaces with the requirement for private, quiet areas is essential. Designing spaces that offer flexibility in privacy settings contributes to overall comfort.
4. Visual Comfort:
   • Lighting Design: Proper lighting is crucial for visual comfort. Incorporating a mix of ambient, task, and accent lighting, along with adjustable controls, allows occupants to tailor the lighting to their preferences and activities.
   • Color Psychology: The use of color influences mood and perception. Designers must consider color schemes that contribute to a positive and comfortable atmosphere, aligning with the intended purpose of the space.
5. Psychological Comfort:
   • Biophilic Elements: Integrating natural elements, such as plants and water features, promotes psychological well-being. Biophilic design principles connect people with nature, reducing stress and enhancing overall comfort.
   • Personalization: Allowing for personalization of spaces, such as adjustable furniture and customizable workstations, empowers individuals to create environments that suit their preferences and contribute to a sense of comfort.

The analysis of basic human requirements for comfort design reveals the multidimensional nature of creating comfortable environments. By addressing factors such as temperature, ergonomics, acoustics, lighting, and psychological considerations, designers can craft spaces that not only meet functional needs but also enhance the overall well-being and satisfaction of occupants. A human-centric approach to design ensures that comfort is not only a goal but a fundamental aspect of creating spaces that support and enrich people’s lives

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