Umayer Joarder

3-Bit Binary Sign-Extended Adder/Subtracter:

Utilized Xilinx Vivado Suite for Verilog code development, simulation, and FPGA implementation in a lab focused on designing a 3-bit binary sign-extended adder/subtracter. Created and modified code, generated Xilinx Design Constraints (XDC) files for pin assignments, and performed synthesis for optimal FPGA mapping.

T-Bird Tail light control:

Utilized Xilinx Vivado Suite for Verilog code development, simulation, and FPGA implementation in a lab focused on designing a traffic light control system (tBird). Edited Verilog modules to create a half-clock signal and synchronize light changes. Ran behavioral simulations to validate circuit functionality and generate waveform diagrams. Conducted synthesis, implemented on FPGA, and programmed the device to observe the light system using on-board switches.

Simulating an RLC response using Multisim Live:

Utilized Multisim for RLC circuit frequency domain response and time domain response. Created circuits, adjusted components, and simulated responses. Analyzed frequency response using AC sweep, graphing magnitude and phase. Transitioned to time domain response, examining underdamped, overdamped, and critically damped cases.

Google Books Dataset Project (Python):

Collaborated within a team of 4 for course project, focusing on iterative design, implementation, and testing of a Python program analyzing a subset of the Google Books dataset. Key responsibilities included:

• Led the team in organizing tasks, managing time, and facilitating communication with teaching assistants and instructors.
• Developed modular Python code, adhering to precise standards, and ensuring seamless integration of different modules.
• Implemented features such as creating data structures, reading and sorting datasets, and designing text and batch interfaces.
• Ensured code quality through automated unit testing and maintained thorough documentation with complete type annotations and relevant docstrings.
• Complied with non-functional requirements, running all deliverables in the specified lab environment and adhering to file naming conventions.
• Actively participated in team meetings to discuss progress, challenges, and upcoming milestones.

CPRT (Carleton Planetary Robotics Team) Project:

• Developed strong rapport with guests through friendly interactions and genuine interest in their well-being during their stay.

• Assisted with CAD designs using AutoCAD & Solidworks.
• Aerospace design analysis.
• Aircraft avionics and Aviation case study.
• Technical maintenance study.
• Fault correction and materials science.