EWskills Reviews: What Engineers Say About EWskills

In just one year since its launch, EWskills has attracted over 10,000+ registered learners who have collectively made over 150K problems solutions submissions.
More importantly, embedded engineers, firmware developers, students, and industry professionals have been sharing their learning experiences on LinkedIn.

Here are some of their stories.

1 Gokulrajaram A, 

a Senior Engineer at Qualcomm who previously worked at Microchip, shared a humorous take on why traditional coding practice platforms like LeetCode often fall short for embedded engineers. He praised EWskills for providing hands-on challenges with a gamified approach like LeetCode, that encourages consistent practice, while reminding learners to focus on understanding instead of simply completing the exercises.

Here is the detailed Linkedin post:

Embedded programmer : I am programmer 😎Leet code : Great here are the DSA problems N Queen, salesman problem to solve

Embedded programmer : No bro , not that complex.

Leet code : then solve this reversing array

Embedded programmer : may be little harder

Leet code : try this bit manipulation,

Embedded programmer : it is good but how it is related our domain .?

Leet code : what is your domain .?

Embedded programmer : leave it bro.

Searching for embedded programming problems to solve can be quite challenging. We often have to browse through numerous tutorials and websites, yet still struggle to find well-structured content.

But here’s an eye-opener for embedded programmers — EW Skills has introduced a platform offering 102 C programming challenges. And that’s not even the best part!

It features ranks, badges, and a unique profile — just like LeetCode. What truly stands out is the CONTRIBUTION CHART, which visually tracks your consistency in solving problems — and it’s simply wow to see your progress over time.

It will be very useful for college students to get started.

But here’s a piece of advice from a senior — don’t use GPTs to solve them!

I’ve seen rank holders finish all 102 problems in just 2 days (yep, just two dark green dots on the contribution chart 👀).

If you’re one of them, this platform isn’t meant for you — it’s designed to help you learn, not just finish.

Source: LinkedIn post by Gokulrajaram A

2 Abhishek Gupta, 

a Senior Engineer who has been working at Qualcomm for 6 years mentioned how EWskills became the important part of his journey to transition from RFID Test Engineer to Embedded Software Engineer. EWskills helped him focus on learning by solving, not just reading theory. Through consistent hands-on practice, he rebuilt his embedded programming fundamentals, gained confidence, and laid the foundation for a successful career transition.

Here is the detailed Linkedin post:

Sometimes, one platform becomes the starting point of an entire career transformation.

When I decided to transition from my role as an RFID Test Engineer to an Embedded Software Engineer, I knew one thing—I had to rebuild my fundamentals from scratch.

Like many aspiring engineers, I spent hours searching for the right resources. That’s when I came across EWSkills.com, and it became one of the first platforms I consistently practiced on.

What I liked most was that it focused on learning by solving, not just reading theory.

Every day, I made it a habit to solve questions on the platform. If I couldn’t solve one, I didn’t move on immediately—I revisited the concepts, understood the logic behind the solution, and then attempted similar problems again. That consistency gradually strengthened my understanding and boosted my confidence.

The platform helped me practice topics such as:

• ✅ Embedded C programming
• ✅ Pointers and memory management
• ✅ Bit manipulation
• ✅ Arrays, strings, structures, and unions
• ✅ Functions and storage classes
• ✅ const and volatile
• ✅ Microcontroller and embedded programming concepts
• ✅ Coding challenges that improve logical thinking
• ✅ Interview-oriented practice questions

These daily exercises became the foundation of my preparation.

Once I developed confidence in the basics, I expanded my preparation to platforms like GeeksforGeeks for data structures, algorithms, and more implementation-focused coding. That combination of strong fundamentals and consistent coding practice helped me prepare for embedded software interviews much more effectively.

Looking back, one lesson stands out: Don’t underestimate the power of solving a few quality questions every single day. Small, consistent efforts create strong foundations.

Today, after successfully making my transition into an Embedded Software Engineer role, I wanted to give a genuine shout-out to EWSkills.com for being one of the platforms that supported me during the early stages of my journey.

To every aspiring Embedded Engineer: Don’t worry about finishing every resource. Focus on understanding the basics deeply, practice consistently, and keep building. Progress follows persistence.

Thank you, EWSkills, for contributing to the learning journey of so many engineers.

Source : LinkedIn Post by Abhishek Gupta

3 Fathi Mahdi, 

former Firmware Engineer at Advanced Microelectronic Solutions (AMS) from Malaysia , who is now Founder of SudaTronix shared EWskills. He solved 102 Embedded C challenges and said how consistent practice helped him sharpen his embedded C knowledge.

Here is the detailed Linkedin post:

C programming is one of the most essential skills for embedded systems engineers.

To sharpen my skills, I’ve been practicing on EWskills, a great platform for embedded systems problem-solving.

I’m glad to share that I’ve successfully solved 102 embedded C problems, covering most of the important topics in embedded programming.

Consistent practice is key to mastering embedded systems, and I highly recommend hands-on problem-solving for anyone in this field.

Link to the EWskills website : https://www.ewskills.com

Source: Linkedin post by Fathi Mahdi

4 Preenu Ann Ponnachan, 

a Embedded Software Engineer at MDA Space, England recommended EWskills as a practical platform for mastering embedded systems and hardware development through hands-on challenges. She appreciated its industry-focused approach, covering Embedded C, C++, microcontrollers, and Verilog, while highlighting the value of community driven learning and peer collaboration.

Here is the detailed Linkedin post:

Exploring EWskills.com – a platform dedicated to mastering embedded systems and hardware development.

🔧 What I like:

• Engaging Practical Learning: Dive into real-world challenges covering Embedded C, C++, Microcontrollers, and Verilog.
• Industry Alignment: Bridging theory with practical applications for a seamless transition into the professional sphere.
• Community Engagement: Peer feedback and shared solutions enrich the overall learning journey.

Ideal for embedded systems enthusiasts:

• Embedded developers
• Students
• Fresh graduates
• Application-to-systems developers
• Project creators

Source: Linkedin post by Preenu Ann Ponnachan

5 Ömer Faruk DEMİRTAŞ, 

a Junior Research And Development Specialist at Aygün Surgical, Turkey working on embedded applications recommended EWskills as a valuable platform for learning electronics and embedded systems through hands-on practice. He particularly praised the Component Skills module for teaching practical knowledge of electronic components and emphasized that its question-based approach makes learning more effective than theory alone.

Here is the detailed Linkedin post:

Embedded Tuesday #25 – A Platform Worth Exploring for Electronics Skills

Recently I came across a really useful platform: https://www.ewskills.com/

What I liked the most is the Component Skills section. Instead of focusing only on theory, it teaches practical knowledge about real electronic components like identifying parts, reading markings, and understanding how they are actually used in circuits.

In many cases, we learn circuit theory at university, but we don’t get enough exposure to these hands-on details. However, in real projects especially in PCB design and embedded systems these skills are extremely important.

The platform is also built around solving questions rather than just watching content, which makes the learning process much more effective.

It also includes topics like Embedded C, microcontrollers, and Verilog, but the Component Skills part is what really stands out for me.

If you're interested in embedded systems or electronics, I’d definitely recommend checking it out.

The best way to learn engineering is simple: practice.

Source: Linkedin post by Ömer Faruk DEMİRTAŞ

6 Abhisekh Barman, 

a former Software Engineer at Wifike, Kolkata, now Teaching Assistant at NIT Raipur shared his achievement of ranking number 1 in Verilog section on EWskills leaderboard. He credited the platform for improving his RTL thinking, hardware mindset, and confidence in writing clean logic.

Here is the detailed Linkedin post:

🏆 Rank 1 on EWskills – Verilog Problem Solving Consistency beats motivation.

Every. Single. Time.

Day by day, problem by problem, line by line - I kept showing up.

No shortcuts. No overnight success. Just practice, patience, and persistence.

Solving Verilog problems regularly helped me strengthen :

• Digital design fundamentals

• RTL thinking & hardware mindset

• Confidence in writing clean, correct logic

This milestone reminds me that small daily efforts compound into big results.

📊 Leaderboard : https://lnkd.in/gupP6PqS

Still learning. Still improving. Still hungry 🚀

Source: Linkedin post by Abhisekh Barman

7 NANDA KISHOR G, 

Software Engineer R&D at Yuvipep said he was looking for a platform to improve practical problem-solving skills and thats how he came across EWskills. He called it the LeetCode for Electronics Engineers.

Here is the detailed Linkedin post:

I was looking for a platform to improve my practical problem-solving skills.

Then I discovered EWskills.

It's like LeetCode for Electronics Engineers. From Embedded C and C++ to Microcontrollers, Digital Electronics, Verilog, and Component Selection, it offers hands-on challenges that strengthen core concepts.

If you're an ECE student or preparing for embedded interviews, I highly recommend checking it out. 🌐 https://www.ewskills.com/

Source: Linkedin post by NANDA KISHOR G

8 Amitabh Pathak, 

a ECE student passionate about firmware compared EWskills with Leetcode for Electronic Engineers. He shared how the questions challenged his previous understanding of Embedded C. He appreciated EWskills, as a place he could continuously revise and strengthen his programming concepts through hands-on practice.

Here is the detailed Linkedin post:

And.... I think I have found an equivalent of #LeetCode for Electronics Students.

I thought I knew C programming till the time I started solving the questions from this website.

Yeah I was absolutely right from the beginning.

Anyways this website is a good place where I can keep revising my concepts by practice questions.

Source: Linkedin post by Amitabh Pathak

9 Niranjan Sugunan, 

a ECE student who is deeply passionate about VLSI design and embedded system excitedly shared how he was looking for a platform that could help him grasp and apply electronics concepts from fundamentals to advanced topics. Then his HOD introduced him to EWskills. He completed the entire Component skills section and appreciated its hands-on learning approach, combining practical modules with quizzes and problem-solving exercises to reinforce understanding.

Here is the detailed Linkedin post:

Exploring Electronics from the Ground Up!

Hi everyone! Recently, I’ve been on the lookout for a platform that helps me grasp and apply electronics concepts from the fundamentals to advanced topics like Verilog, Embedded C, etc.

I’m excited to share that I’ve found one: ewskills :https://www.ewskills.com/

This platform offers hands-on modules in areas like Basic Electronic Components, Verilog, Embedded C, and more. What makes it special is the blend of learning and application, i.e., quizzes and problem-solving exercises that truly deepen understanding.

As a beginner, I’ve just completed the Component Skill Module, where I explored the roles of resistors, capacitors, and inductors. It’s been a rewarding start!

A heartfelt thanks to our Head of Department, Dr. Umathurai Saravanakumar Sir, for introducing me to this resource. Also a sincere appreciation to the development team and the creator himself, GANESH KHOMANE, for building such a powerful learning ecosystem.

Let’s keep learning, building, and sharing! 💡🔧

Source: Linkedin post by Niranjan Sugunan

10 Charan Yakasiri, 

a ECE student shared that solving over 85 Verilog challenges on EWskills helped transform his understanding of digital design from theory into practical RTL development. He credited the platform for improving his ability to write clean synthesizable logic while strengthening their confidence in core Verilog concepts.

Here is the detailed Linkedin post:

I challenged myself to solve 85+ Verilog problems in 5 days—just to test how far I could stretch my fundamentals.

Worked through a series of RTL tasks on EWskills covering combinational logic, sequential circuits, and basic system-level components.

What stood out wasn’t the number, but the change in approach.

Earlier, concepts were something I could read and understand.

This time, I focused on actually writing the RTL—thinking about structure, modularity, and keeping designs synthesizable.

It also made me more aware of details like avoiding unintended latches and writing cleaner logic.

More than the challenge itself, this felt like a shift from passive learning to actually building.

Source: Linkedin post by Charan Yakasiri 

11 Raghav Kanva, 

an Intern at Infineon Technologies completed the Embedded section on EWskills and pointed out how it is one of the few dedicated resources for practicing Embedded C programming. He praised quality of its problem sets and emphasized that consistent daily practice on EWskills helps build strong embedded systems knowledge and skills.

Here is the detailed Linkedin post:

Embedded C Programming Journey Update on EWskills Platform

✨ As I continue to learn and practice in embedded systems, I feel privileged to share that I have completed Embedded C programming problems on EW Skills Platform

✨ In total, I have solved 102 problems covering topics such as bit manipulations, string functions, stacks, structures, and bit fields

✨ EW Skills stands out as one of the few platforms to practice Embedded C Programming. And Also the problems are useful too.

✨Practicing these problems on a Daily Basis can give a good knowledge and skills in embedded systems domain.

🎯C programming course of Balajee Seshadri sir on Etalvis platform helped me a lot to solve these problems.

🎯I also thank EWskills and team for bringing up such a wonderful platform for the practicing of embedded C Programming

🌐 Working in Embedded Systems? Let’s connect, collaborate, and keep learning together

Source: Linkedin Post by Raghav Kanva

12 SUBHASHREE RR, 

a ECE student passionate about Embedded Systems not only completed the Embedded C and Component Skills section but also used the guides provided on EWskills to prepare her own notes. She thanked EWskills for helping her strengthen her understanding of fundamental electronic components and component identification.

Here is the detailed Linkedin post:

Excited to share that I’ve completed the Component Skills module on EWskills

This helped me strengthen my understanding of resistors, capacitors, inductors, and component identification—essential fundamentals for any electronics engineer ⚡

Attaching my notes here 📒 — a small step in consolidating my learning and practical understanding of electronics.

Sometimes, we just need someone to guide us in the right direction, and I’m grateful to

Dr. Umathurai Saravanakumar sir for introducing me to this amazing platform.

Special shoutout to GANESH KHOMANE sir – your vision and dedication in simplifying electronics and IoT for learners is truly inspiring. Your practical explanations and guidance have boosted my confidence and motivated me to keep learning and innovating 🙏

Source: Linkedin post by SUBHASHREE RR 

13 Tirth Andhariya,

a Electronics and VLSI Design student completed the Verilog section. He said the problems on EWskills made him think deeply about digital logic, gate-level thinking, and involved a lots of staring at waveforms until they made sense. He thanked EWskills for making learning Verilog this hands-on and this addictive.

Here is the detailed Linkedin post:

Some updates take a while to reach LinkedIn. This one's from March-April 2026, but better late than never, right?

Back then, I took on the Verilog track on EWSkills and ended up solving 90 problems in just 5 days, which was enough to land the #1 spot on the leaderboard — ahead of a pool of 800+ people who'd been at it longer than I had. The leaderboard shows my student ID instead of my name, so if you're checking look for 202404001, that's me at rank 1 as 202404001.

I'm posting this now, months later, so there's a good chance someone else has taken the top spot by the time you're reading this. If that's you, congratulations, and if it's still me, even better.

Either way, it was a solid stretch of digital logic, gate-level thinking, and a lot of staring at waveforms until they made sense. Grateful for platforms like EWSkills that make learning Verilog this hands-on and this addictive.

Link if you want to check it out yourself: https://www.ewskills.com/

Source: Linkedin post by Tirth Andhariya 

14 VIBOOSHAN S, 

another ECE student who completed the EWskills Component Skills module, shared that the platform helped develop real world hardware skills, from reading datasheets to debugging and optimizing electronic circuits.

Here is the detailed Linkedin post:

🎯 Completed EWskills – Component Skills Module (100%) | Real-Time Hands-On Hardware Learning

I’m excited to share that I’ve successfully completed the EWskills Component Skills Module, where I learned and applied detailed concepts of Resistors, Capacitors, and Inductors through real-time circuit design, debugging, and analysis.

Throughout this journey, I gained practical experience in:

⚙️ How to use, manage, and connect components in real circuits

📄 How to read and analyze datasheets for selecting suitable components

🔍 How to search and debug hardware faults effectively

⚡ How to calculate voltage, current, and power in resistor-capacitor networks

📈 How to identify, classify, and compare different types and characteristics of electronic components

This experience helped me go beyond theory — I handled real components, understood how to interpret datasheets, and learned how to calculate and optimize circuit performance.

It improved my confidence in hardware prototyping, PCB design, and IoT system integration, building a strong base for my future in electronics and embedded systems engineering.

💡 Every small calculation, from resistor colour code to capacitor ESR and inductor core loss, taught me how theoretical knowledge becomes powerful when applied in real-world scenarios.

Source: Linkedin post by VIBOOSHAN S

15 Poovarasan D, 

a ECE student who completed all of Embedded C challenges on EWskills said how the platform helped reinforce her core C programming concepts through practical problem solving. She recommended EWskills as an effective way to revise embedded C fundamentals and improve coding and problem solving skills for embedded systems.

Here is the detailed Linkedin post:

Finally, I’ve completed all 102 Embedded C programming problems on EW Skills .

This challenge helped me strengthen my C fundamentals, covering:

1. Bit manipulation
2. Structures & Unions
3. Data conversions
4. Arithmetic edge cases
5. Array & string problems

Well-structured and practical, it’s a great way to revise core concepts for embedded systems. Highly recommended for anyone looking to improve their problem-solving and coding skills.

link : https://www.ewskills.com/

Source: Linkedin post by Poovarasan D

16 Teerath Agrawal, 

a ECE student shared how EWskills completely changed his perspective on C programming by introducing the practical realities of Embedded C. He said how he struggled with pointers but working through problems involving pointers, double pointers, and function pointers on the platform has taught him concepts through hands on practice.

Here is the detailed Linkedin post:

Never knew Embedded C could be so different.

I always thought, "I've already worked with C. How different could Embedded C really be?"

Turns out, very different.

I've been practicing on ewskills.com for some time now, and the things I've learned through Embedded C are things I probably wouldn't have picked up otherwise.

Embedded C completely changes your perspective. Suddenly, every integer isn't just an int anymore - it's int8_t, int16_t, or int32_t. Every byte of memory matters. Every bit has a purpose.

It's also very different from the typical DSA-style problems. Instead of generic algorithmic questions, you come across prompts like:

"Here's an 8-bit register. Extract these bits, modify those bits, perform bitwise operations, and write the value back."

That's when concepts like bit manipulation, bit masking, bit-field abstraction, and bitwise rotations stop being theory and start becoming practical tools.

Then there are pointers.

This is probably the topic I struggle with the most. They feel strangely "moody" - some days everything makes perfect sense, and other days I find myself wondering why my code works at all.

But working through problems involving pointers, double pointers, and function pointers has taught me concepts I didn't even know I was missing.

So far, I've solved 50+ Embedded C problems. There's still a long way to go, but I'll keep being consistent, finish this section, and continue sharing what I learn along the way:)

Source: Linkedin post by Teerath Agrawal

From professionals to students taking their first steps, these stories highlight that consistent hands on practice builds confidence. We're grateful to everyone who has shared their learning journey with EWskills and look forward to seeing many more success stories from the community.

Written by

 Rakhi Patil (Technical Content & Community Lead)