Helping you accelerate your carrier in Embedded System journey.

Meet the Author & Mentor

A proud IITian and passionate embedded systems engineer with over 12 years of hands-on industry experience, I have designed and delivered mission-critical firmware and hardware solutions that power real-world products across the globe right from your watches to Satellite chipsets.

From developing low-level Linux kernel device drivers to architecting end-to-end product designs, I have worked at the heart of innovation in some of the world's top-tier semiconductor giants — Analog Devices India(ADI), Intel, Cisco, and Qualcomm as Embedded System Engineer.

My industrial expertise spans multiple high-impact domains:

• Medical Healthcare (life-saving diagnostic and monitoring devices)

• Consumer Electronics (smart, reliable everyday gadgets)

• Industrial Automation (robust, real-time control systems)

• Silicon & AI (cutting-edge edge-AI and SoC integration)

• Mission:

Today, as an entrepreneur and dedicated educator, I am on a mission to bridge the gap between college theory and industry reality. Through XsiliconLabs, I have mentored thousands of ECE/EEE engineers as well as experienced professionals — helping them escape support roles and land high-paying core embedded jobs at companies like Bosch, Continental, Tata Elxsi, RedHat, Herman, Samsung, Qualcomm and beyond.

If you're tired of debugging someone else's code in a non-core job and ready to build products that matter, you're in the right place.

Meet the Mind Behind XsiliconLabs

Hello, I'm Litan Parida

What will you get out of this course

(& this is what matters the most for our students..)

Key Highlights:

• Official Course Completion Certificate: Receive a recognized certificate from XsiliconLabs upon successful completion, adding significant value to your professional profile.

• Lifetime Access to Resources: Gain unlimited, lifetime access to all recorded lectures, materials, and updates for continuous learning and revision.

• Weekly Live Doubt-Clearing Sessions: Attend interactive sessions every weekend to resolve queries in real-time.

• Dedicated Interview Preparation: Post-course, benefit from structured interview preparation classes, including in-depth question-and-answer discussions and mock interviews.

• Hands-On Industrial Project: Develop and complete your own industry-grade project under mentorship, building a strong portfolio for real-world applications.

• Lifetime Career Support: Enjoy ongoing assistance for job switches, resume reviews, and personalized weekend sessions for interview guidance and career advice—even years after completion.

• Exclusive Lifetime Community Access: Join a private support group for peer collaboration, expert mentorship, and instant solutions to day-to-day technical challenges and real-time issues.

• Flexible Learning Schedule: Learn at your own pace with 24/7 access, making it ideal for working professionals and students.

• Expert Instructors: Trained by industry veterans with years of hands-on experience in leading technology companies.

Enroll now to transform your career with comprehensive training, practical exposure, and unparalleled lifelong support—designed to ensure your long-term success in the industry!

12-Week(3 Months) Industry-Standard Syllabus for STM32 (ARM Cortex-M4) Programming

Week 1: Introduction to Embedded Systems and ARM Cortex-M4 Architecture

• Overview of embedded systems and microcontrollers

• ARM Cortex-M4 processor fundamentals: Programmer's model, registers (R0-R15, SP, LR, PC), modes (Thread/Handler), privileges

• Instruction set basics (Thumb-2), pipeline, exceptions

• Cortex-M4 specific features: FPU (Floating Point Unit), DSP extensions, bit-banding

• Labs: Setup STM32CubeIDE, create first project, blink LED using direct register access

Week 2: STM32 Overview and Development Environment

• STM32 family introduction (F4 series focus), block diagram, memory map

• Clock system (RCC): HSE, HSI, PLL configuration using STM32CubeMX

• Startup files, linker scripts, vector table

• Debugging basics: SWD/JTAG, breakpoints, watch expressions

• Labs: Generate code with CubeMX, configure clocks, basic GPIO toggle

Week 3: GPIO Programming and Bit Manipulation

• GPIO peripheral deep dive: Registers (MODER, OTYPR, PUPDR, IDR, ODR, BSRR)

• Embedded C for bit manipulation: Bitwise operators, masks, structures for register access

• Input/Output configurations, alternate functions

• Labs: LED control, button input, debounce, 7-segment display interfacing

Week 4: Interrupts and Exceptions (NVIC)

• Cortex-M4 exception model: Reset, NMI, HardFault, SVCall, PendSV, SysTick

• NVIC (Nested Vectored Interrupt Controller): Priority, preemption, enabling/disabling

• EXTI (External Interrupts) configuration

• Interrupt handling in C, ISR guidelines

• Labs: External button interrupt, SysTick for delays, priority testing

Week 5: Timers and PWM

• General-purpose timers: Clock sources, counter modes (up/down/center), prescaler/ARR

• Timer interrupts, input capture, output compare

• PWM generation: Channels, duty cycle, frequency

• Advanced: Complementary outputs, dead-time (if applicable)

• Labs: Precise delays, PWM for LED dimming/fading, servo motor control

Week 6: Analog-to-Digital Converter (ADC)

• ADC basics: Resolution, channels, sampling time

• Single/conversion modes, continuous scanning

• Trigger sources (timer/software), injected channels

• Data alignment, DMA basics for ADC (intro only)

• Labs: Read potentiometer, temperature sensor, multi-channel scanning

Week 7: Digital-to-Analog Converter (DAC) and Comparators

• DAC peripheral: Channels, triggers, waveform generation

• Using DAC with timers/DMA for signals

• Comparator and OpAmp basics (if available on board)

• Labs: Generate sine/triangle waves, simple audio output, voltage monitoring

Week 8: Serial Communication - UART/USART

• UART fundamentals: Baud rate, frame format, parity

• Transmit/Receive registers, interrupts vs polling

• Flow control (CTS/RTS if needed)

• Labs: Serial console (printf redirection), PC communication, data logging

Week 9: Serial Communication - I2C and SPI

• I2C: Master/slave modes, addressing, clock stretching

• SPI: Master/slave, modes (CPOL/CPHA), full-duplex

• Bit-banging vs hardware

• Labs: I2C EEPROM/sensor (e.g., accelerometer), SPI flash/SD card basics

Week 10: Direct Memory Access (DMA)

• DMA controller overview: Streams/channels, memory-to-peripheral/peripheral-to-memory

• Circular/normal modes, priority

• Integration with peripherals (ADC, UART, timers)

• Labs: Zero-CPU ADC sampling, UART transfer, memory copy

Week 11: Power Management, Watchdogs, and Low-Power Modes

• Clock gating, low-power modes (Sleep, Stop, Standby)

• Wakeup sources, RTC basics (without deep calendar)

• Independent Watchdog (IWDG), Window Watchdog (WWDG)

• Labs: Implement low-power delay, watchdog reset handling

Week 12: Advanced Topics, Integration Project, and Best Practices

• Memory management: Flash programming (simple), CRC

• Fault handling (HardFault analysis), CMSIS core access

• Driver development best practices: Reusable code, error handling

• Code optimization, debugging tips, industry tools overview

• MISRA C:2012 guidelines

Assessment: Weekly labs/assignments (70%), final project (30%).

Prerequisites: Basic C programming, digital electronics.

Outcomes: Proficient in bare-metal/STM32 HAL programming, ready for industry embedded roles.

What our students say

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“Professional, transparent, and truly supportive – I trust them with every major decisions.”

Sagar Sundaray,
RedHat

"Clear, honest guidance and support – they’ve helped make me confident in Embedded system every time."

Suprabhat Tripathy,
Continental

“Secure tools, helpful experts, and reliable – they’ve made managing my learning goals much easier.”

Satya Prakash,
Qualcomm

Frequently Asked Questions

Do I need prior experience to take this course?

Yes, you should have basic C programming knowledge (pointers, structures, bitwise operations) and fundamental digital electronics concepts. Familiarity with microcontrollers is helpful but not mandatory.

Does this course provide placement assistance or job support?

Yes, we provide dedicated placement assistance upon successful course completion. This includes:

• Resume building and review tailored for embedded systems roles

• Mock interviews (technical + HR) focused on STM32, ARM Cortex-M, and embedded C questions

• Guidance on preparing for company-specific tests (e.g., Bosch, Tata Elxsi, Continental, Texas Instruments, etc.)

• Access to our active job referral network with partner companies hiring fresh embedded engineers

• Lifetime access to our private job portal and alumni community for ongoing opportunities Note: Placement is not guaranteed but strongly supported—over 80% of committed students from similar batches have secured roles as Junior Embedded Engineers, Firmware Developers, or Hardware-Software Interface roles (salary range typically ₹4–10 LPA for freshers in India, depending on performance and location).

Will there be a final project?

Yes. In Week 12, you’ll build an integrated system using multiple peripherals (e.g., read sensors via ADC/I2C → process data → output via PWM/UART/DAC). The project must follow MISRA guidelines and include proper documentation.

I have no coding background or prior programming experience. Will this course still help me, and how?

Yes, this course is designed to be accessible even if you have zero coding experience, though it will require consistent effort.

• We start from the basics: Week 1 includes a quick refresher/introduction to embedded C (variables, loops, functions, pointers, bitwise operations) with simple examples—no prior knowledge assumed.

• All concepts are taught step-by-step with hands-on labs that build incrementally (e.g., first program is just blinking an LED).

• Extra resources are provided for beginners: Recommended pre-course videos (free on YouTube) for basic C, 1:1 doubt-clearing sessions, and slower-paced explanations in early weeks.

• By the end, even non-CS background students (ECE, EEE, Instrumentation, Mechatronics) successfully complete projects and become job-ready. Many of our past students from non-coding backgrounds are now working in core embedded companies. Tip: If you're completely new, spend 1–2 weeks before starting on basic C programming—it will make the journey much smoother.

After this course, will I be ready for industry STM32 jobs?

Yes. This syllabus mirrors professional bare-metal training programs. You’ll gain skills in low-level programming, peripheral configuration, interrupts, DMA, power management, and industry coding standards (MISRA), which are highly valued in embedded roles.

What is the validity of the course completion certificate, and how long do I have access to the materials?

• Certificate Validity: The course completion certificate is valid for a lifetime and has no expiry date. It is widely recognized in the industry as proof of hands-on STM32 bare-metal programming skills (including ARM Cortex-M4 concepts and MISRA C practices). Many students have successfully used it to secure jobs at companies like Bosch, Continental, Tata Elxsi, Texas Instruments, NXP, and embedded startups even 2–3 years after completion.

• Course Access: You get lifetime access to all recorded videos, lab codes, reference materials (including STM32 datasheets, MISRA rule summaries), assignments, and future minor updates to the course content (e.g., new STM32CubeIDE features).

• Updates: Major syllabus changes (rare) may be released as a new version, but existing students get discounted/upgraded access. This ensures your learning and certification remain valuable throughout your embedded systems career.

Once payment is done, is the course fee refundable?

We operate a strict no-refund policy. Once payment is made and enrollment is confirmed, the course fee is non-refundable under any circumstances. This includes cases of personal emergencies, change of mind, inability to attend, or dissatisfaction with the content. We maintain this policy to ensure serious commitment from students and to keep the course fees affordable while delivering high-value mentorship, placement support, and lifetime access.

How is XsiliconLabs different from other online platforms offering Embedded Systems courses?

XsiliconLabs stands out from generic online platforms in several key ways that make it more aligned with real industry needs and student success:

• Industry-Focused & Hands-On Curriculum: Unlike many platforms with theoretical or outdated content, our syllabus is designed by active embedded engineers with 10+ years in core companies (Bosch, Continental, Texas Instruments). It emphasizes bare-metal register-level programming, ARM Cortex-M4 internals, ARM Architecture in detail and MISRA C—skills directly demanded in job interviews.

• Strong Placement Support: We don’t just teach—we help you get placed. Dedicated resume building, mock interviews (technical + HR), company-specific guidance, and an active job referral network with partner companies. Many generic platforms offer no placement assistance at all.

• Mentorship & Doubt Clearing: Live interactive sessions, 1:1 doubt resolution, and small batch sizes ensure personalized attention. You’re not left watching pre-recorded videos alone like on most mass platforms.

• Lifetime Access + Community: Lifetime access to materials, updates, private alumni network, and ongoing job portal—far beyond one-time course access on other sites.

• Project & Certification Focus: Mandatory industry-grade final project with code reviews, plus a lifetime-valid certificate recognized by recruiters.

• Proven Track Record: Hundreds of students (including non-CS backgrounds) placed in core embedded roles with packages ₹4–20 LPA. We focus on quality over quantity, not just selling courses.

In short, XsiliconLabs is built for serious learners who want job-ready skills and real career growth, not just a certificate.

Why is there a no-refund policy?

A strict no-refund policy allows us to:

• Offer premium features like small batch sizes, personalized mentorship, dedicated placement assistance, and lifetime access at a competitive price.

• Ensure students are fully committed, leading to better completion rates and job placements.

• Avoid administrative overhead that would otherwise increase fees for everyone. Most professional bootcamps and high-value embedded training programs follow similar policies.

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