Electronics & Communication Engineer
Dynamic engineer with 6 months of industrial experience at Hitachi Terminal Solutions and specialized certification from Infosys in Wire-to-PLC Industrial Automation. Skilled in microcontroller programming (Arduino UNO, ATmega328P), Embedded C, sensor interfacing, and hardware prototyping.
"To begin my career as an Electronics & Communication Engineer in a dynamic organization where I can apply my technical knowledge, learn new technologies, and contribute to innovative hardware, automation, and IoT projects."
Vikas K S
Diploma in Electronics & Communication
Govt Polytechnic, HariharProfessional Experience
Practical factory floor, electro-mechanical assembly, and industrial testing exposure.
Engineering Trainee — Terminal Hardware & Testing
Hitachi Terminal Solutions India Pvt Ltd
Contributed to the manufacturing, hardware integration, and quality testing workflows of high-precision automated cash recycler and commercial banking terminal systems within a world-class manufacturing facility.
Key Responsibilities & Technical Contributions:
- Hardware Assembly & Subsystem Integration: Executed mechanical and electronic assembly of automated banking terminals following standard engineering drawings and process flowcharts.
- Wiring Harness & Electrical Validation: Conducted point-to-point electrical continuity testing, wiring harness routing, and power distribution diagnostics to ensure zero signal degradation.
- Quality Control (QC) & Defect Isolation: Identified, documented, and reported component-level defects and assembly discrepancies, supporting engineering leads in root-cause corrective actions.
- 5S & Industrial Safety Adherence: Maintained strict adherence to Japanese industrial standards (5S), Electrostatic Discharge (ESD) safety protocols, and standard operating procedures (SOPs).
Academic & Hardware Projects
Practical embedded microcontroller prototypes designed, programmed, and validated.
Automatic Street Light Using Arduino UNO Controller
An autonomous energy-conservation system engineered to automate municipal street illumination through photoresistor (LDR) sensor arrays, eliminating daytime energy waste and manual switching.
Key Engineering Contributions:
- Sensor Interfacing & Conditioning: Designed a voltage divider circuit interfacing a CdS photoresistor with the 10-bit Analog-to-Digital Converter (ADC) of the ATmega328P microcontroller.
- Hysteresis Algorithm in Embedded C: Implemented a digital hysteresis threshold band (±25 LSB) in C to completely eliminate high-frequency relay contact bouncing and chattering during twilight transitions.
- Power Optimization & Safety: Automated optoisolated relay drivers to switch high-voltage lighting loads safely, reducing simulated power consumption by up to 40%.
Smart Home Automation Using Arduino UNO Controller
A centralized multi-sensor smart hub combining analog temperature monitoring for automated climate control with infrared (IR) beam monitoring for perimeter security.
Key Engineering Contributions:
- Thermal Closed-Loop Regulation: Interfaced an LM35 linear temperature sensor (10mV/°C) with dynamic setpoint logic, triggering the cooling subsystem automatically when temperature exceeds 30.0°C.
- Infrared Proximity Sensing: Configured digital active-LOW IR reflective sensors on Pin 7 with internal pull-up resistors for immediate object and proximity detection.
- Electrical Isolation & Actuation: Employed multi-channel relay isolation circuits to decouple the sensitive 5V TTL logic from noisy inductive actuator and appliance loads.
Hardware Instrumentation Test Bench
Experience the microcontroller logic in real-time. Adjust the calibrated sensor inputs to verify signal processing, relay switching, and serial UART telemetry.
Technical Skills & Certifications
Hardware disciplines, industrial automation toolchains, core engineering knowledge, and verified certifications.
Certificate: Infosys — Wire to PLC
A Bootcamp in Industrial Automation & Control
Intensive technical training covering industrial control fundamentals, relay logic, programmable logic controller (PLC) architecture, industrial control panel wiring, sensor-actuator interfacing, and factory safety protocols.
Hardware & Embedded
Microcontrollers & Circuit Systems
Software & Tools
Firmware & Engineering Environments
Core Disciplines
Relevant Coursework & Principles
Education Credentials
Formal technical qualification in Electronics and Communication Engineering.
Govt Polytechnic, Harihar
Diploma in Electronics & Communication Engineering (ECE)
Rigorous engineering diploma curriculum focusing on digital electronics, microcontroller applications, circuit analysis, PCB fabrication, and practical laboratory experimentation.
Moorarji School, Karignur
SSLC (Secondary School Leaving Certificate)
Graduated with high first-class distinction (79.68%), building a strong analytical foundation in physical sciences, mathematics, and technical problem-solving.
Get in Touch
Open for entry-level Electronics & Communication Engineering positions, hardware engineering roles, and industrial automation opportunities.
Ready for Immediate Joining
Available for technical interviews, in-person discussions, and immediate onboarding for eligible engineering roles.
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