Summary
Overview
Education
Skills
Certification
Timeline
Generic

Ibna Adhi

McKinney,TX

Summary

Enthusiastic electrical engineering student with a solid foundation in key principles. Proficient in electrical circuit analysis, digital signal processing, and control systems. Hands-on experience with industry-standard tools such as circuit design, Embedded ARM, C++, C-program, Multisim, Mathlab. showcasing problem-solving skills and practical application of theoretical knowledge.

Detail-oriented and collaborative, possessing strong communication skills honed through group projects and presentations. Adept at staying updated on industry trends and advancements. Eager to contribute technical proficiency to a dynamic team, bringing a passion for continuous learning and dedication to excellence in electrical engineering.

Overview

1
1
Certification

Education

Bachelor of Science - ELECTRICAL ENGINEERING

University of North Texas
Denton, TX
12.2025

High School Diploma -

Mckinney Boyd High School
Mckinney, TX
05.2021

Skills

Digital Signal Processing (DSP):

  • Knowledge of digital signal processing techniques and algorithms

Circuit Design and Analysis:

  • Proficient in designing and analyzing electrical circuits
  • Familiarity with circuit simulation software

Microcontroller Programming:

  • Experience in programming microcontrollers (, Arduino, Raspberry Pi)
  • Proficiency in languages like C-Program, C

Analog and Digital Electronics:

  • Understanding and application of analog and digital electronics principles

Power Systems:

  • Knowledge of power distribution, transformers, and power flow analysis

Electromagnetic Fields and Waves:

  • Understanding of electromagnetic field theory and its practical applications

Instrumentation and Measurements:

  • Proficiency in using various measuring instruments (oscilloscopes, multimeters)
  • Calibration and troubleshooting of instrumentation devices

Communication Systems:

  • Knowledge of communication systems and protocols
  • Experience with wireless communication technologies

Troubleshooting and Debugging:

  • Strong analytical and problem-solving skills for identifying and resolving electrical issues

Safety Standards and Regulations:Knowledge of industry-specific safety standards and regulations

Programming and Scripting:Proficiency in programming languages relevant to electrical engineering tasks ( MATLAB,and Multisim)

Teamwork and Communication:Effective communication skills for collaborating within multidisciplinary teams

Certification

Multisim Simulation/Oscilloscope

In a electrical engineering project, I utilized Multisim simulation and an oscilloscope to analyze and validate various circuit configurations. Employing current division, voltage division, nodal analysis, mesh analysis, Thevenin, and Norton equivalent circuits, the project aimed to [briefly describe the project's objective, e.g., design a filtering system, optimize signal processing.].

Multisim simulation allowed for in-depth exploration and analysis of the circuit under different conditions, utilizing theoretical principles like current and voltage division, nodal and mesh analysis. Following successful simulations, I implemented the circuit in a physical setup and validated the results using an oscilloscope. This practical phase involved [describe specific tasks, e.g., current and voltage measurements, waveform analysis] to ensure alignment between simulated and experimental outcomes.

This project not only reinforced my understanding of fundamental circuit analysis techniques but also highlighted the synergy between simulation tools like Multisim and real-world experimentation using an oscilloscope. The integration of theoretical concepts with hands-on validation emphasized the importance of a holistic approach to electrical engineering problem-solving."

Timeline

Bachelor of Science - ELECTRICAL ENGINEERING

University of North Texas

High School Diploma -

Mckinney Boyd High School

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Ibna Adhi