FYP Batch SUGOI & SHINKEN FYP JD 2025 #23

 

FYP Batch SUGOI & SHINKEN FYP JD 2025 #23 --> NORHAFIZAN BINTI MOHD HANIB

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student : MUHAMMAD ANWAR BIN SALAHUDDIN

title : Comparative Study of 8-Bit Linear Feedback Shift Register (LFSR) Designs Using

Different Structures in 250nm CMOS Technology

objectives :

1. To design and implement an 8-bit LFSR using various structures and validate their

functionality through simulation.

2. To evaluate and compare the performance of different LFSR structures in terms of

power dissipation and area using Siemens EDA tools. 

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student : MOHAMAD IRFAN SYAZWAN BIN MAHAMAD ISMAIL

title : Performance Comparison of 8-Bit Adder Architectures for Low-Power

Applications in 250nm CMOS Technology

objectives :

 

1. To design and implement an 8-bit Adder circuit using various

structures and validate their functionality through simulation.

2. To evaluate and compare the performance of different Adder

structures in terms of power consumption and area using Siemens

EDA tools, and identify the most efficient design for 250nm CMOS

technology.

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student : AHMAD AIMAN SAFUAN BIN MOHD NORHISHAM

title : REAL-TIME CHILD SAFETY GPS TRACKER WITH SOS BUTTON USING BLYNK MAP INTEGRATION

objectives :

1.To develop a GPS tracker with an SOS button using ESP8266 for real-time location tracking of children.                                                                                                                                    

2.To create a real-time monitoring application integrated with the Blynk platform for user-friendly tracking and management of GPS data.

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student : MUHAMMAD AZIZ BIN HAJA MOHAIDEEN

title : Development of a Dual-Axis Solar Tracking System  for Improved Energy Output 

objectives :

1.To develop a dual-axis solar tracker capable of 

adjusting its orientation dynamically based on the sun's 

position to maximum sunlight.

2.To create a display that can show Light Percentage, 

battery life, and Angle for Solar Panel Position.

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student : MUHAMMAD FARIS BIN NOHERAN

title : Piezoelectric-Based Energy-Generating Floor Tiles with Power Monitoring Display

Using Arduino UNO

objectives :

1)To design and develop a compact energy storage system that

efficiently collects and stores electricity generated by the piezoelectric

tiles. 

2)To implement an Arduino-based real-time display system that

measures and presents the energy conversion values based on different

applied weights.