Radhika

Radhika

Technical Skills

Root Cause Analysis (RCA)

Hands-on experience with oscilloscopes, LCR meters, PSUs, signal generators, and surge testers for board-level testing and component validation.

Documentation & Reporting

Skilled in using Fishbone, 5 Whys, DMAIC, FMEA, and SPC techniques to reduce defects and streamline quality improvement processes.

QA Process Optimization

Basic coding skills in Python, C, MATLAB, and SQL; used in developing simulations, automating logs, and querying data from ECU systems.

Data Analysis with SQL

Built and simulated CAN-FD communication tools with error injection and fault validation for diagnostic reliability testing.

Communication & Collaboration

Experienced in drafting SOPs, Jira defect logs, RCA summaries, and DMAIC tracking sheets to support internal QA audits and regulatory compliance.

Critical Thinking & Problem Solving

Queried and analyzed 12,000+ vehicle ECU logs using SQL for fault flagging, pattern matching, and sensor anomaly detection.

Non-Technical Skills

Root Cause Analysis (RCA)

90%

Documentation & Reporting

85%

QA Process Optimization

80%

Data Analysis with SQL

88%

Communication & Collaboration

80%

Critical Thinking & Problem Solving

84%

Education

Bachelor of Engineering in Electronics and Communications Engineering

Gujarat Technological University (GTU)

Gujarat Technological University (GTU)

Master of Engineering in Electrical and Computer Engineering

University of Windsor

Windsor, Ontario, Canada

experience

May 20219 – May 2022

Quality Assurance Engineer

Techno Electromech Pvt Ltd

Led 1100+ SMT board inspections, cut rework by 30% via RCA tools, and improved QA test accuracy through standardized gates.

Aug 2022 – Mar 2023

Data Classification Associate

Numerator Pvt Ltd

Labeled and validated 200K+ digital ads, corrected 120+ classification errors, and consistently exceeded tagging SLAs across FMCG audits.

Projects

2024-2025

  1. Lean Six Sigma
  2. DMAIC
  3. RCA
  4. CAPA
  5. SPC
  6. FMEA
  7. Process Mapping
  8. Excel

Applied Six Sigma DMAIC to reduce first-pass defect rate in an SMT production line from 14% to <5% within 60 days. Delivered VOC analysis, COPQ calculation, VSM, XY Matrix, root cause validation, and control plans.

GitHub: View Project

  1. CAN Protocol
  2. Vector CANoe
  3. DBC File Handling
  4. CAPL Scripting
  5. Signal Analysis

Configured CANoe (view-only mode) for virtual ECU simulation, message creation, and DBC-based decoding. Implemented CAPL scripts for signal automation and documented the process for recruiter-ready visibility.
GitHub: View Project

  1. Embedded C
  2. CAN Protocol
  3. Error Handling
  4. Bitwise Operations
  5. Protocol Testing

Built C-based mini projects simulating CAN communication, error injection, and decoding. Covered CAN Encoder/Decoder, Bus Simulation, Error Handling, and CAN FD Simulation.
GitHub: View Project

  1. Embedded C
  2. Bare-Metal Programming
  3. STM32 Nucleo
  4. UART
  5. ADC
  6. PWM

Developed low-level applications on STM32 Nucleo F446RE board, including GPIO control, SysTick timers, UART communication, and ADC sensor integration — all via direct register-level programming.
GitHub: View Project

  1. SQL
  2. Data Analysis
  3. Automotive Diagnostics
  4. Anomaly Detection

Created SQL queries to detect anomalies in vehicle telematics data (e.g., overheating, abnormal RPM). Built reports for ECU behavior, timestamp diagnostics, and message frequency tracking.
GitHub: View Project

  1. SQL
  2. Automotive Data Analysis
  3. Problem-Solving
  4. Validation Engineering

Designed 15 SQL modules covering LeetCode-style challenges with real-world signal diagnostics — including anomaly detection, trend analysis, and data filtering.
GitHub: View Project

  1. Embedded C
  2. File Handling
  3. Sensor Data Simulation
  4. Fault Detection

Developed a C-based system to log temperature readings with timestamps and classify them as NORMAL or FAULT. Modular design with .c/.h files for scalability.
GitHub: View Project

Utility library for bit-level operations, register masking, and flag handling.
GitHub:View

Interrupt-driven UART command-line interface for microcontrollers.
GitHub:View

File-handling based console application for tracking expenses.
GitHub:View

Contact

Call us

+1 (647) 632-3477

Email us

radhika1.ravindran@gmail.com

Visit us

Windsor, Ontario, Canada