AFP1164 Assignment Brief
Assignment Title : Engineering In Modern Infrastructure
- Total Marks: 10 %
- Group Size: Maximum 4 Students
- Report MUST be TYPED
- Font : Times New Roman, 12 pt
- Spacing: 1.5 lines
- FULL justification
- Margin: 2.5 cm (Top, Bottom, Left, Right)
- Paper Size : White A4
- Figure and diagram MUST NOT occupied more than 25 % of the report
- Maximum 12 pages (Not including front page)
- Font MUST be in BLACK ONLY, COLOUR is allowed for figures. Use of colour in report will not bring you more marks.
- Staple and submit HARDCOPY
- Reference from internet source, wikipedia, etc. must not exceed 25 % number of the references. (ex. less than 5 out of a total of 10 references)
- Submission Date : Announce through eBwise
Task Distribution & Required Content
To analyze how fundamental laws of electromagnetism and electronics are applied in real-world engineering systems.
Task 1: Energy Storage & Environmental Protection (Electrostatics & Capacitance)
Industrial Application: Explain the theory of Electrostatic Precipitators used in factory chimneys. How is Coulomb’s Law applied to remove pollutants from smoke?
Medical/Emergency Tech: Discuss the role of capacitors in Heart Defibrillators. Explain the theory of rapid energy discharge and why a capacitor is used instead of a standard battery.
Touchscreen Tech: Briefly explain the difference between resistive and capacitive touchscreens in smartphones.
Task 2: Power Generation & Motion (Magnetism & DC Circuits)
Electric Motors: Explain the theory of the Lorentz Force and how it is used to convert electrical energy into mechanical work in DC motors.
Medical Imaging: Describe the application of superconductive magnets in MRI (Magnetic Resonance Imaging). Explain why a high-strength uniform magnetic field is required.
Circuit Protection: Explain the theoretical operation of a Circuit Breaker or fuse in a domestic DC distribution system to prevent thermal runaway.
Task 3: The Power Grid & Signal Processing (AC Circuits)
The National Grid: Explain why Transformers are essential for AC power transmission. Use the theory of Mutual Induction to explain why we step up voltage for long distances.
Wireless Communication: Describe how RLC Resonant Circuits are used in radio receivers to “tune” into specific frequencies.
Power Factor Correction: Explain why industries must manage their “Power Factor” (the phase difference between V and I) to avoid wasting energy.
Task 4: The Digital Revolution (Semiconductors, PN Junctions & BJTs)
Sustainable Energy: Explain the theory of the Photovoltaic Effect in solar cells. How does a PN junction convert light directly into electricity?
Light Generation: Discuss the physics of LEDs (Light Emitting Diodes)—specifically, how electron-hole recombination at a junction produces photons.
Information Technology: Explain how a Bipolar Junction Transistor acts as a digital switch. Describe its role as the fundamental “building block” of computer processors and logic gates.
Report Format
- Cover page must have team member name in FULL(Official ID Document), Student ID
- Objectives
- Contents
- References (American Psychological Association Style)
Marking Scheme
- Technical accuracy (4 %)
- Engineering context (4 %)
- Report structure (1 %)
- Evidence/references (1 %)
- Marks will be deducted for report DO NOT COMPLY with the rules.
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