PARAU MAJHI

DevOps Engineer

Raurkela, Odisha, India6 mos experience

Key Highlights

Passionate about solving real-world engineering problems.
Hands-on experience with IoT and embedded systems.
Strong foundation in electrical engineering principles.

Stackforce AI infers this person is a budding Electrical Engineer with a focus on IoT and energy systems.

Contact

Skills

Other Skills

GitHubESP32 MicrocontrollersPLC ProgrammingPrinted Circuit Board (PCB) DesignPSCADAnsysC++SimulinkData StructuresKiCAD

About

As an Electrical Engineering enthusiast, I am deeply interested in the core domains of electrical and electronics . I enjoy exploring how theoretical concepts can be applied to solve practical engineering problems, especially in areas like energy systems, signal processing, and embedded systems. My academic and project experiences have shaped me into a problem-solver who enjoys breaking down complex technical challenges and finding efficient, real-world solutions. Whether it's designing circuits, working with microcontrollers, or analyzing system behavior, I’m always eager to learn, build, and innovate. Currently seeking opportunities in technical domain where I can apply my knowledge, contribute to impactful projects, and grow in the field of core electrical engineering.

Experience

6 mos

Total Experience

3 mos

Average Tenure

Current Experience

Inventrom-boltiot

Iot and ML developer

May 2024 – Aug 2024 · 3 mos

Controlled LED through an HTML interface and JavaScript for real-time interaction.
Interfaced sensors via a VPS and integrated Telegram for remote monitoring and control.
Developed a temperature prediction model using polynomial regression for accurate forecasting.
Implemented anomaly detection using Z-Score analysis to identify irregularities in sensor data.

GitHub

Github

Power System Project

Jan 2024 – May 2024 · 4 mos

Simulated the model of single phase line in matlab and frequency is measured in different fault condition to analyze the changes in frequency
Frequency data is transferred to the server in real time using NTP to compare and analyze the changes in frequency in different location.

Tinkering lab

Portable Smart Attendance System using RFID Reader

Apr 2023 – May 2023 · 1 mo

Developed an Attendance System using ESPWROOM32 and an RFID Reader. The ESPWROOM32 is utilized to connect to WIFI, enabling the sharing of student data to a Google Sheet whenever an RFID Card is tapped on the Reader.

ESP32 Microcontrollers