Summary
Overview
Work History
Education
Skills
Websites
Coursework
Certification
Timeline
Generic

SURYATEJA SAJJA

Houston,TX

Summary

Highly motivated Electrical Engineer with a strong academic background in electrical systems, control systems, and automation. Proficient in PLC programming, MATLAB, AutoCAD, and electrical circuit design. Hands-on experience with .NET development and control systems through internships and academic projects.

Overview

1
1
Certification

Work History

Consumer Complaint Classification

04.2023
  • Created a machine learning model for classifying consumer complaints
  • Utilized logistic regression, SVM, forest classifier, and XGB booster algorithms
  • Then the model is trained using a dataset of 16000 complaints with five different categories
  • Evaluation of model is done by testing with a dataset and accuracy of each classifier is recorded for comparison between different classifiers so that a suitable classifier can be selected for the given dataset.

Traffic sign recognition and classification

04.2023
  • Developed a Convolution Neural Network (CNN) model for identifying and classifying traffic signs
  • Achieved 96 percent accuracy with a dataset of 50,000 images and 40 classes.

PLC based traffic control systems

Rockwell automation
01.2023
  • Designed and implemented a PLC-based control system for a simulated traffic system using Rockwell Automation software and RS Logix 5000
  • Simulation using ladder diagrams and Rockwell automation software with relays, switches, and lights of three colors
  • Developed ladder logic programs to control input/output devices, including sensors, actuators, and motor drives, to achieve desired process objectives
  • Conducted system testing and validation to ensure proper functionality and performance of the PLC control system.

Diodes Circuit Design using AutoCAD

AUTOCAD
11.2022
  • Utilized AutoCAD's drawing tools to create schematic diagrams depicting the arrangement of diodes, resistors, and capacitors in the circuit
  • Implemented standard diode configurations such as half-wave rectification and full-wave rectification
  • Analyzed circuit performance and characteristics using simulation software to understand voltage and current waveforms, ripple voltage, and efficiency
  • Documented the design process, analysis results, and circuit specifications in a comprehensive project report.

Economic Load Dispatch

11.2021
  • Utilized PSSE software to model and simulate the power system network, including generators, loads, and transmission lines
  • Developed and implemented an economic load dispatch algorithm using PSSE (Power System Simulation for Engineering) and MATLAB
  • Implemented MATLAB scripts to solve the economic dispatch problem, considering fuel costs, generator constraints, and environmental factors
  • Documented project methodology, simulation results, and optimization techniques in a detailed technical report.

Education

Master of Science in electrical and computer engineering -

University of Alabama at Birmingham
Birmingham, Alabama
04.2023

Bachelor's in electrical engineering -

Northeast Frontier Technical University
Aalo, India
08-2018

Skills

  • AutoCAD
  • Rockwell automation
  • LT-Spice
  • PLC programming
  • Python Programming
  • C
  • Javascript
  • HTML, CSS

Coursework

Power systems

  • Controls and automation
  • machine learning
  • computer vision
  • Electrical machines

Certification

  • Supervised Machine Learning: Regression and Classification (Coursera), 2023
  • Azure fundamentals microsoft certified 2024
  • Ethernet network protocols course (Udemy), 2024

Timeline

Consumer Complaint Classification

04.2023

Traffic sign recognition and classification

04.2023

PLC based traffic control systems

Rockwell automation
01.2023

Diodes Circuit Design using AutoCAD

AUTOCAD
11.2022

Economic Load Dispatch

11.2021

Master of Science in electrical and computer engineering -

University of Alabama at Birmingham

Bachelor's in electrical engineering -

Northeast Frontier Technical University
SURYATEJA SAJJA