ABIN J THOMAS
System Initialized // Graduate Engineer

ABIN J THOMAS

Electronics & Communication Engineering Graduate. Specializing in core embedded code tracks, custom analytical sensors, and integrated physical hardware interfaces.

// Metrics

Academic Baseline & Core Background parameters.

Electronics and Communication Engineering graduate with a strong foundation in embedded systems, IoT, and sensor-based technologies. Experienced in developing academic projects with practical hardware and software integration. Possesses strong analytical, communication, and teamwork skills with the ability to adapt quickly and contribute effectively in professional environments.

Undergraduate Degree

B.Tech. in Electronics & Communication Engineering

Mar Baselios College of Engineering and Technology (Autonomous)

CGPA: 7.32 / 10 Timeline: 2022 - 2026
Higher Secondary

12th Standard (KBHSE)

St. Behanans Higher Secondary School

Score: 91.30%

Secondary Education

10th Standard (CBSE)

Little Flower Vidyanikethan & Junior College

Score: 88.80%

// Stack

IoT Infrastructure

Sensor Transducers & Custom Core Integration Systems.

Simulation Architectures

Arduino Structural Framework Deployments & Tinkercad Modeling.

Computing Engines

Embedded C Programming Scripts & Built-in MATLAB Calculations.

Hardware Topologies

Circuit Blueprinting and Practical Lab Bench Board Verification.

System Debugging

Oscilloscope Diagnostics, Troubleshooting, and Signal Calibration.

Project Engineering

Team Scoping Parameters & Modern Cross-Disciplinary Integration.

// Interface

Industrial Field Verification

Engineering Intern

IEEE EMBS — Assistive Technology Systems Deployment

Timeline: June 2025

Conducted exhaustive empirical field research across technical medical complexes, documenting sensor signal behaviors and instrumentation workflow requirements.

Field Inspection Node Infrastructure
CDC Trivandrum Medical College Pallium India SCTIMST Poojappura NISH Akkulam
💡 Deliverable Data: Partnered in a core development layout engineering a safe proximity detection system layer for autistic student tracking parameters.

// Blueprints

AERION Spirometer Module

Mentor: Dr. Lani Rachel Mathew | Assembly Index: 4 Engineers

Fabricated a structural diagnostics architecture assembling a localized, pocket-sized spirometer array module tracking and computing diagnostic pulmonary metrics linked natively against live smartphone interface layers and environmental ambient air sensor tracks.

Non-Invasive Glucose Monitoring System

Mentor: Dr. Lani Rachel Mathew | Assembly Index: 4 Engineers

// Operational Constraint Conventional home glucose metrics require constant painful tissue piercing, leading to low patient usage compliance rates and cellular infection paths.
// Implemented Architecture Designed an optoelectronic system prototyping non-invasive tracking models by driving wavelengths across vascular paths via custom Near-Infrared (NIR) spectroscopic logic.

ProxiSensor Apparatus

Mentor: Mr. Aswin R B | Assembly Index: 5 Engineers

Engineered an interactive spatial tracking apparatus configured to output safety alert cues helping autistic students accurately sense and maintain safe proximity metrics in public places.

// Network

Jesus Youth Movement

  • Active regional event coordinator managing community outreach initiatives.
  • Orchestrated operational timelines during volunteer configurations.

National Service Scheme (NSS)

  • Committed NSS welfare asset deploying local municipal support structures.
  • Active planning representative across multi-tier regional technical workshops.

Establish Secure Link

Terminal active for data review and technical corporate employment pipelines.