Arin Mathias

Ambitious Engineering Graduate with excellent communication, leadership and teamwork talent. Excellent technical competence and critical thinking skills. Well-rounded and organized with skill in managing multiple priorities.

• SIEMENS CENTER OF EXCELLENCE IN DIGITAL MANUFACTURING (Basics of PLC and HMI)
• SIEMENS CENTER OF EXCELLENCE IN DIGITAL MANUFACTURING (Product Design using NX CAD)
• Deloitte Data Analytics Job Simulation
• Co-developed an Interactive web-based portal for ECE laboratories
• MATLAB Onramp - MathWorks Training Services
• Siemens Mobility - Operations Industrial Engineer Job Simulation

1. Two Digit BCD Adder
This project implements custom combinational logic to perform BCD addition by detecting binary sums over 9 and applying a +6 correction factor. It demonstrates a practical mastery of binary hardware design for decimal-based systems like calculators and digital clocks.

2. 4 Bit Synchronous Counter using D Flip-Flop
This project implements a synchronous counter to ensure glitch-free timing and simultaneous state updates, fundamental for complex CPU design. It utilizes an object-oriented testbench to provide a scalable, modern approach to hardware verification and design correctness.

3. Ultrasonic Car Parking Sensor
This project implements a real-time embedded system using an Arduino to interpret time-of-flight sensor data and calculate precise obstacle distances. It demonstrates proficiency in sensor integration and microcontroller programming to develop functional hardware prototypes for automotive safety.

4. Arrhythmia Detection using Deep Learning
This project utilizes a Convolutional Neural Network (CNN) to autonomously identify subtle waveform patterns for rapid cardiac arrhythmia diagnosis. It showcases the implementation of an end-to-end deep learning pipeline for complex time-series classification in a medical context.

5. Developing an interactive web based portal for ECE Laboratories
This project delivers a full-stack web application that digitizes laboratory management, replacing manual systems with a centralized, real-time scheduling engine. It demonstrates the ability to deploy user-centric, full-stack solutions that improve operational efficiency and resource accessibility.