Industrial-Grade Embedded & Power Systems
Bridge the gap between academic theory and industry application with Nxtlogic Software Solutions. We offer specialized internship programs for Electronics (ECE) and Electrical (EEE) students. Master the latest technologies in Embedded Systems, IoT, MATLAB, VLSI, and Power Electronics. Whether you are looking to design smart PCBs or analyze complex power grids, we ensure you gain practical skills to excel in the core industry.
About The Program
Empowering the next generation of engineers with hands-on technical expertise
Innovation starts with understanding the hardware.
Empowering Future Engineers
Our ECE & EEE internship modules are crafted by industry experts to provide deep insights into hardware design, microcontroller programming, and renewable energy systems. We move beyond textbooks to real-world simulation and fabrication.
Embedded Systems
ARM Cortex, Arduino, PIC & Raspberry Pi Programming
IoT & Robotics
Wireless Sensor Networks, Automation & Robot Control
MATLAB & VLSI
Simulink, Power Systems Analysis & Digital Design
Program Structure
Comprehensive training roadmap designed for Engineering Students
Core Domains
Specialized tracks for Electronics and Communication Engineering.
Embedded Systems Design
Hardware & Firmware
Deep dive into microcontroller architecture and interfacing techniques.
- 8051, PIC, AVR, and ARM Processors
- Interfacing Sensors, LCDs, Motors
- Communication Protocols: UART, SPI, I2C
Internet of Things (IoT)
Smart Solutions
Building connected ecosystems using cloud platforms.
- NodeMCU & Raspberry Pi integration
- Cloud platforms (AWS IoT, ThingSpeak)
- Home Automation Projects
VLSI & FPGA
Chip Design
Digital logic design and verification methodologies.
- VHDL / Verilog Programming
- Xilinx / Altera Toolchains
- FPGA Implementation
Electrical Domains
Advanced tracks for Electrical and Electronics Engineering.
Power Electronics & Drives
Focus AreaIndustrial Simulation
Design and analysis of converters, inverters, and motor drives using MATLAB Simulink. Understanding PWM techniques and harmonics reduction.
Renewable Energy Systems
Green TechSolar & Wind
Simulation of MPPT algorithms, Grid-connected PV systems, and Battery Management Systems (BMS) for Electric Vehicles.
PCB Design & Fabrication
HardwareEagle / KiCad
From schematic to board layout. Learning component selection, routing techniques, and generating Gerber files for manufacturing.
Project Portfolio
Examples of Core Engineering projects developed by our interns
- All Projects
- Embedded & IoT
- Power Systems
- Robotics
- VLSI Design
Frequently Asked Questions
Common queries from ECE & EEE students regarding internships
Do you provide hardware kits for the internship?
Yes, for onsite internships in Coimbatore, we provide full access to our lab equipment including development boards (Arduino, Raspberry Pi, FPGA), sensors, and testing tools. For online students, we guide you on simulators like Proteus and Tinkercad.
Is this internship suitable for 2nd and 3rd year students?
Absolutely. We have tailored modules. 2nd-year students focus on fundamentals of Embedded C and Circuit Design, while 3rd and Final year students work on complex IoT, VLSI, and Power System projects suitable for their academic requirements.
Do you offer support for Final Year Projects?
Yes, our internship often culminates in a capstone project. We assist with IEEE paper implementation, hardware fabrication, coding, and documentation for your final year project.
What tools will I learn during the EEE internship?
EEE students will get hands-on experience with MATLAB Simulink for power systems, PCB design software (Eagle/KiCad), and PLC/SCADA for industrial automation.
Is there placement assistance after the training?
Yes, Nxtlogic has a dedicated placement cell. We help high-performing interns with resume building, mock technical interviews (core domain), and refer them to our partner companies in the electronics and manufacturing sectors.
Can I switch between Embedded and IoT domains?
Yes, our curriculum is flexible. We recommend starting with Embedded Systems as a foundation before moving to IoT, as they are closely related. You can choose a hybrid module covering both.