FYP Batch HITACHI & TOSHIBA FYP JD 2024 #20

 

FYP JD 2024 TOSHIBA JD 2024 #20     à NORHAFIZAN BINTI MOHD HANIB

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Student : AZRA HUMAIRAH BINTI MATZAIN

Title : GEODRONE : CREATING MISSION MAPPING WITH DRONE TECHNOLOGY USING PIXHAWK V2.4.8 AND MISSION PLANNER SOFTWARE

Objectives :

To develop a mission mapping system for waypoint navigation and autonomous flight using Pixhawk V2.4.8 and Mission Planner software.

To develop a system that allows the drone operator manually activate the buzzer alert when an obstacle is detected during the mission.

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Student : MUHAMMAD ZAKWAN BIN MOHAMED AZLAN

Title : Design and analysis of low power 8-bit adder using 0.13um CMOS Technology in Mentor Graphics Software

Objectives :

To design and simulate an 8-bit Adder circuit using 0.13um CMOS technology in Mentor Graphics Software.

To evaluate the performance, power consumption and efficiency of the improved Adder circuit against a conventional Adder design.

To design the physical layout of the Adder circuit and perform verification processes.

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Student : SITI NORSHAFIKAH BINTI AB. RAZAK

Title : Optimization of Power Consumption In 8-bit FIFO Design Using0.13um CMOS Technology With Mentor Graphics Software

Objectives :

- To design and simulate an 8-bit FIFO circuit using 0.13µm CMOS

technology in Mentor Graphics software.

- To evaluate the performance, power consumption and efficiency of

the improved FIFO circuit against a conventional FIFO design.

- To design the physical layout of the FIFO circuit and perform

verification processes.

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Student : MUHAMMAD IRFAN SHUKRIAN BIN ZUEMI

Title : Image Capturing Drone Prototype: Utilizing Raspberry

Pi 4B and Pixhawk 2 Controller for Agriculture

application.

Objectives :

1) To develop and program a drone using the Pixhawk 2 controller and Mission Planner software.

  2: To program Raspberry Pi OS using Python and integrate it with the Pixhawk 2 controller for image capturing.

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Student : ABDUL AZIZ BIN AB HAMED

Title :  DEVELOPMENT OF A LOW POWER 8-BIT LINEAR FEEDBACK SHIFT REGISTER USING 0.13UM CMOS TECHNOLOGY IN MENTOR GRAPHICS SOFTWARE

Objectives :

1. To design and simulate an 8-bit LFSR circuit using 0.13µm CMOS technology in Mentor Graphics software.

2. To evaluate the performance, power consumption and efficiency of the improved LFSR circuit against a conventional LFSR design.

3. To design the physical layout of the LFSR circuit and perform verification processes.