What’s Inside Entri’s Embedded Systems Course Kit?

Imagine holding the building blocks of tomorrow’s technology in your hands, components that let you create smart devices, automate tasks, and dive into the world of IoT (Internet of Things). As industries like automotive, healthcare, and consumer electronics demand skilled professionals, upskilling in embedded systems isn’t just an option; it’s a career accelerator. That’s where Entri’s Embedded Systems Course shines: a comprehensive, online program designed for beginners and aspiring engineers, complete with a state-of-the-art kit that turns theory into tangible projects.

Whether you’re a fresh engineering graduate looking to stand out in job interviews or a working professional aiming to pivot into high-tech roles, Entri’s Embedded system course offers flexible, self-paced learning with expert mentorship, real-world projects, and certification. But what truly sets it apart is the included course kit, a curated collection of hardware components that lets you experiment from day one. If you’re ready to build, innovate, and launch a rewarding career, let’s explore the kit that powers it all and why Entri is your ideal partner in this journey.

Kickstart your embedded systems career and turn your tech passion into high-demand skills!

The Entri Embedded Systems Course Kit: An Overview of What’s Included

Entri’s kit is more than a box of parts; it’s a complete ecosystem for hands-on embedded systems education. Designed for the course’s project-based approach, it includes 16 high-quality components that allow you to experiment with microcontrollers, sensors, displays, and more. The kit is shipped directly to you upon enrollment, with notes on assembly. This ensures even beginners can start building without frustration.

The kit’s value? It’s tailored to teach AVR microcontroller coding (using embedded C), STM32 ARM MCU development, ESP32 for WiFi/Bluetooth projects, and sensor integration, skills in high demand for roles paying ₹4-8 lakh starting in India. Unlike generic kits, Entri’s is course-aligned, with each item used in specific modules, from basic LED blinking to advanced IoT applications. Plus, it’s cost-effective: Buying these separately could cost ₹10,000-12,000, but it’s included free, making Entri a smart investment.

To give you a quick glance, here’s a table summarizing the kit’s contents, based on the provided purchase list:

This table showcases the kit’s diversity, covering microcontrollers, sensors, displays, and wiring, everything needed for 20+ projects in the course.

Unpacking the Kit: Detailed Look at Each Component and Its Role in Entri’s Course

Now, let’s go beyond the list and explore how each item fits into Entri’s curriculum. The course is structured in modules: Basics of Embedded C, Microcontroller Programming, IoT Integration, and Advanced Projects. The kit supports this progression, allowing you to build from simple circuits to complex systems.

1-3: Microcontroller Boards – The Brains of Your Projects

The kit’s core is its three development boards: Arduino Uno for AVR learning, NUCLEO-F401RE for ARM MCU, and ESP32 for wireless. In Entri’s first module, you’ll use the Arduino to learn embedded C without Arduino IDE, focusing on low-level coding for registers and interrupts. This builds foundational skills for firmware development.

The NUCLEO board introduces STM32 ARM, used in industrial applications, projects like wellness monitoring, teach peripheral interfacing. The ESP32 shines in IoT modules, enabling WiFi/Bluetooth for apps like remote sensors. These boards ensure you gain versatile experience, marketable for roles in automotive or consumer electronics.

4-6: Displays and Sensors – Bringing Data to Life

The OLED display (item 4) and LCD (item 12) are for visual output, in the course, you’ll program them to show temperature from the LM35 sensor (item 6) or acceleration from ADXL345 (item 5). These teach I2C/SPI communication, vital for device integration.

The LM35 and ADXL345 are beginner-friendly sensors: LM35 for analog-to-digital conversion in weather projects, ADXL345 for motion detection in fitness trackers. Entri’s projects use them to simulate real-world apps, like a tilt alarm or temp logger, building your portfolio.

7-8, 11: Motors and Drivers – Adding Movement

The SG90 servo (item 7) and DC motors (item 8) with L293D driver (item 11) introduce robotics. In automation modules, you’ll control servos for precise angles (e.g., robotic arm) and DC motors for wheels (e.g., simple robot). This hands-on work teaches PWM (pulse-width modulation) and motor control, key for mechatronics careers.

9-10: Power and Prototyping – The Essentials

The 12V adapter (item 9) powers everything safely, while the breadboard (item 10) allows solderless prototyping, perfect for iterating without damage. Entri emphasizes safety, with lessons on power management to prevent burnout.

12-13: Advanced Peripherals – Time and Display

The RTC module (item 13) adds time-keeping for logging projects, like timestamped sensor data. Combined with LCD, it creates displays for clocks or monitors, teaching I2C and real-time applications.

14-16: Jumper Wires – The Connectors

These wires (male-female, male-male, female-female) are the unsung heroes, enabling flexible circuits. Entri’s kit includes 40 pins each for ample experimentation, reducing frustration for beginners.

Overall, the kit’s design ensures comprehensive learning, from basic coding to full IoT systems, making Entri’s course a PR-worthy choice for aspiring embedded engineers.

How Entri’s Kit Enhances Learning: From Theory to Real-World Projects

Entri’s course isn’t just lectures, it’s project-driven, with the kit enabling 15+ hands-on activities. For instance:

• Beginner Projects: Use Arduino and LM35 to build a temperature monitor, displaying on OLED, teaching ADC and basic C.
• Intermediate: Integrate ESP32 with ADXL345 for a motion-activated device, using WiFi for remote alerts, covering networking.
• Advanced: Combine servo, motors, and RTC for a timed robot, like an automated feeder, simulate industrial applications.

This approach builds confidence, with 80% of Entri graduates reporting job-ready skills. The kit’s quality (e.g., standard TowerPro servo) ensures reliability, and notes on Berg strips make assembly easy. Compared to competitors, Entri’s inclusion of three boards offers unmatched versatility, preparing you for diverse careers.

Benefits of Entri’s Embedded Systems Course: Why It’s a Must for 2025 Tech Careers

Entri’s course goes beyond the kit; it’s a full PR package for your career:

• Career Boost: NSDC certification opens doors to jobs at Infosys, Wipro, average salary of ₹4-8 lakh starting.
• Flexible Learning: Online, self-paced, with live doubts, perfect for working pros.
• Affordability: Under ₹10,000, with kit included, value unmatched.
• Placement Support: Resume help, mock interviews, 85% placement rate.
• 2025 Relevance: Updated for AI-embedded, 5G, aligns with India’s $1 trillion tech goal.

Why Entri Stands Out: A Spotlight on Innovation and Accessibility

Entri isn’t just a course provider; it’s a tech education revolution, with over 1 million learners in India. Their embedded systems program, with its kit, democratizes high-tech education, making it geo-friendly for rural students. In 2025, as India pushes for skilled talent in semiconductors (market to $90B), Entri’s focus on practical skills positions it as a leader. Enroll today in Entri Embedded System Course, your future in embedded tech awaits!

Testimonials from Learners

“The Entri Embedded Systems Kit was the turning point for me. I could finally connect theory with practice and build projects that impressed my recruiters.” – Anjali, Embedded Engineer Trainee

“I always feared microcontroller coding. With the Entri kit and step-by-step guidance, I now feel confident handling both Arduino and STM32 projects.” – Rahul, Final Year Engineering Student

Final Thoughts

So, what’s inside Entri’s Embedded Systems Course Kit?
The answer is: everything you need to transform from a beginner into a skilled embedded systems engineer.

With microcontrollers, IoT boards, sensors, motors, and displays at your fingertips, backed by Entri’s expert training, you’ll be ready to design, code, and innovate like a professional.

If you’re serious about launching your career in embedded systems, there’s no better time than now. Enroll in Entri’s Embedded System Course today, unbox your kit, and start building the future.