Is This Program for You?
Who Should Join — and Who Shouldn’t?
A career-focused program for students ready to learn actively, practice consistently and build demonstrable Embedded Software skills.
Who Should Join?
This Program May Not Be Suitable If You…
Why Kernel Masters Online?
Structured Interactive Online Learning Methodology
Recorded preparation where appropriate. Core concepts, implementation and debugging through live interactive learning.
01
Prerequisites
Recorded Primers
02
Concept
Live Interactive
03
Implementation
Live Interactive
04
Debugging
Live Interactive
05
Assignment
Evaluation
06
Project
Demonstration
LMS
Dedicated Online Learning Platform
Course material, assignments, assessments, available recordings and technical resources.
9H
Live Technical Doubt Support
Learning, coding and hardware-related technical support.
9:00 AM – 6:00 PM
Learn → Practice → Ask → Resolve → Implement
Is this a recorded-video course?
- Live Classes: All core technical concepts are taught live to allow for real-time interaction and question-and-answer sessions.
- Recorded Primers: Selected video recordings are provided strictly as supplementary material.
- Flexible Learning: These recorded materials are used for prerequisite preparation before a topic begins or for your own revision later.
What are recorded primers used for?
- Before Class (Recorded Primers): You use these videos to learn prerequisite concepts and foundational theory before the topic begins.
- During Class (Live & Interactive): Core technical concepts, practical implementation, and real-time debugging are entirely instructor-led.
What happens during live interactive sessions?
- Live Coding & Implementation: Watch instructors code in real time and build your own programs alongside them.
- Debugging & Problem Solving: Learn how to isolate errors, fix bugs, and optimize your code on the spot.
- Hardware Practice: Get direct, practical experience working with embedded hardware and tools.
- Discussions & Assignments: Engage in technical deep-dives and tackle practical assignments to reinforce concepts.
- Real-Time Doubt Clarification: Ask questions and get instant answers from your instructor during the session.
Are recordings of interactive sessions provided?
- What is provided: Recorded concept material is available to help you prepare before classes and revise topics afterward.
- What is not provided: Regular recordings of the live interactive sessions are not distributed, as these sessions rely heavily on live, active engagement.
Why is attendance important for interactive sessions?
- Hands-on Implementation: You build real-time coding and hardware skills actively during class.
- Live Debugging: You learn how to troubleshoot errors and fix broken code on the spot.
- Technical Discussions: You engage in deep-dive conversations that build professional problem-solving skills.
- Doubt Clarification: You get immediate, real-time answers to your questions from the instructor.
How are doubts, assignments and assessments handled?
- All-in-One Support: You get dedicated help for conceptual learning, complex coding challenges, and hardware troubleshooting.
- KMLearnX Platform: Submit queries directly through the built-in communication tools on your student portal.
- Technical Doubt-Support Process: Access the program’s structured technical support system designed for fast, accurate troubleshooting by mentors.
Online Doesn’t Mean Theory-Only
Real Hardware. Real Code. Real Debugging.
Students work with a standardized STM32 platform for guided practicals, interfacing, debugging and project implementation.
ONLINE ≠ SIMULATION-ONLY
Online students use a standardized Raayan Mini STM32 hardware platform for lab assignments, peripheral interfacing, debugging and classroom projects.
This allows freshers to focus on learning and implementation without unnecessary hardware-selection or integration difficulties.
- Embedded C & Firmware Development
- STM32 Peripheral Interfacing
- UART, I2C, SPI & CAN
- ADC, PWM, Timers & Interrupts
- RTOS-Based Implementation
- Debugging & Hardware Testing
- Industrial Project Practice
Hardware Kit Includes
- Raayan Mini STM32 Development Board
- 16×2 Monochrome LCD
- ST-Link V2 Debugger
- USB-to-TTL Converter
- Jumper Wires & Connectors
- USB-A to USB-B Male Connector
HARDWARE REQUIREMENT:
The Raayan Mini hardware platform is required for practical assignments and classroom projects.
Hardware cost and applicable GST are separate from the course fee.
Will I work on real hardware in the Online program?
Yes. Students perform firmware development, peripheral interfacing, debugging and practical assignments using the Raayan Mini STM32 development platform.
Is Raayan Mini mandatory for the Freshers program?
- Freshers Lab Assignments: Practical exercises designed to build your foundational hardware skills.
- Peripheral Exercises: Hands-on tasks focusing on interfacing external components and sensors.
- Guided Classroom Projects: Real-world project implementations built directly around the Raayan Mini ecosystem.
- Consistent Environment: Every student works on identical hardware, minimizing setup issues and maximizing learning efficiency
Can I use another STM32 development board instead of Raayan Mini?
- The Goal: By using identical hardware, you can focus entirely on learning Embedded Systems, coding, and debugging. You won’t waste time sourcing components, soldering, or troubleshooting messy circuit wiring.
- The Future: Once you build sufficient technical confidence, you are highly encouraged to use any additional hardware for independent personal projects. This helps you move beyond guided sessions and builds a powerful portfolio for interviews and placements.
Is the hardware kit included in the course fee?
No. The hardware kit is purchased separately.
Applicable GST is additional.
Your Learning Rhythm
How Your Learning Week Works
A repeatable cycle that keeps learning connected to implementation.
01
Concept
Live Class
02
Implement
Guided Practice
03
Debug
Ask & Resolve
04
Demonstrate
Submit & Explain
Before You Join
Hardware & Technical Requirements
A suitable setup for live classes, programming and hardware practice.
Laptop / Desktop
- System capable of running required development tools.
- USB connectivity for hardware and debugger.
- Storage for tools, code and course work.
Live-Class Setup
- Reliable internet connection.
- Microphone and speaker / headphones.
- Working camera.
Practical Workspace
- Stable workspace for hardware practical sessions.
- Keep the required Raayan Mini kit accessible during guided labs.
- Follow the lab setup instructions provided during training.
PROGRAM CURRICULUM
Embedded AI & IoT — Quick Syllabus View
Explore the major topics covered across programming, embedded systems, firmware, Linux, IoT and placement preparation.
Part 01 Programming Concepts Linux Basics • C Programming • Advanced C • Data Structures • Shell • Python
Module 1 : Linux Basics Linux fundamentals • commands • filesystems
- Linux Fundamentals
- Commands and Shell
- Filesystems
- Users & Groups
Module 2 : Programming Programming foundations from C to Python
- C Programming
- Advanced C
- Data Structures
- Shell Programming
- Python Programming
Part 02 Embedded C & Firmware Development Embedded fundamentals → ARM Cortex-M4 → STM32 → interfaces → RTOS → Industrial IoT projects
Module 3 : Embedded Systems Essentials – Academic Level Academic embedded foundations • electronics • computer organization
- Electronics
- Digital Electronics
- Embedded Systems
- Computer Organization
- Microprocessors
Module 4 : Industrial Embedded Systems ARM Cortex-M4 • STM32 • interfacing • RTOS
- ARM Cortex M4
- Embedded C
- STM32
- Hardware Interfacing
- RTOS
- Industrial IoT Projects
Part 03 Embedded Linux Development Advanced Embedded Systems Linux System Programming • Open Source Development • Internet of Things
Module 5 : Linux System Programming Processes • Memory • IPC • Networking
Module 6 : Open Source Development Environment Git • version control • bug tracking • source browsing
Module 7 : Internet Of Things (IoT) IoT architecture • MQTT • cloud • wireless connectivity
Placement Assistance Kernel Masters Placement Assistance Program Profile Preparation • Assessments • Interview Guidance • Project Presentation • Mock Interviews
Module 8 : KERNEL MASTERS Placement Assistance Program (KMPAP) Profile • assessments • interviews • project presentation
Want to explore every topic and subtopic?
Build Real Projects
Show What You Can Build
Selected project examples show the practical implementation students work toward during the program.
Firmware & Peripheral Project
RTOS-Based Project
IoT / Connected Device Project
From Training to Career
Structured Career & Placement Support
Technical readiness, project presentation, profile preparation and interview support.
100% Placement Opportunity
01
Technical Assessments
Regular tests and practical evaluation help identify technical strengths and areas for improvement.
02
Project Readiness
Projects are reviewed for implementation, technical understanding and the student’s ability to explain their work.
03
Profile Preparation
Students receive guidance to present technical skills, projects and learning clearly in their resume and professional profile.
04
Interview Revision
Focused revision helps students revisit important technical concepts and prepare for interview expectations.
05
Mock Interviews & Guidance
Technical mock interviews, feedback and individual guidance help students improve before hiring processes.
06
Placement Opportunities
Students receive support to participate in relevant placement opportunities, interviews and selection processes.
PLACEMENT PARTICIPATION POLICY
Students enrolled in the Online program should be prepared to attend placement drives, interviews and selection rounds offline at Kernel Masters or the hiring company’s location when required.
Online interview participation depends on whether the employer allows it.
100% Placement Opportunity does not mean a job guarantee. Final selection depends on student preparation, technical ability, interview performance and employer requirements.
What does 100% Placement Opportunity mean?
- Opportunities for All: Every student gets dedicated access to placement drives and career support.
- Employer Criteria: You are not automatically entered into every process; hiring companies set their own custom screening and shortlisting rules.
- Final Selection: Your success ultimately depends on your individual preparation, technical skills, and interview performance.
Can Online students be asked to attend placements offline?
- In-Person Attendance: You may be required to attend placement drives or interviews physically at the Kernel Masters campus or at the hiring company’s specified location.
- Online Participation: Virtual interviews are only possible if the hiring company explicitly designs its recruitment process to allow online selection.
Will every student be submitted to every hiring company?
- Employer Rule: Hiring companies set their own specific screening, eligibility, and shortlisting criteria (such as academic percentages, test scores, or skill cut-offs).
- Strict Compliance: Kernel Masters is strictly required to follow and respect these employer-specified guidelines.
- Equal Opportunity: Every student gets access to the pool of opportunities, but progressing to the interview stage depends on meeting each company’s unique criteria.
Industry Outcomes
Where Kernel Masters Alumni Are Building Their Careers
Placement records, certificate verification and student reviews provide transparent proof
beyond marketing claims.
VERIFIED OUTCOMES
Placement Records
Published placement outcomes and employer records.
VERIFICATION
Certificate Verification
Verify Kernel Masters certificates through the official portal.
General FAQs
Common Questions Before Joining
Answers about admissions, program suitability and participation.
Can I shift from Online to Offline later?
- Fee Difference: You must pay the price difference between the Online and Offline course fees based on the rates applicable at the time of your original admission.
- Additional Costs: Any other applicable processing charges will be clearly communicated to you before the mode change is finalized.
Can 3rd-year engineering students join?
- Pre-Final Year Students: Engineering students currently in their 3rd year.
- Final Year Students: Engineering students currently in their 4th year.
- Recent Graduates: Fresh graduates looking to launch their careers in the industry.
Do I need prior Embedded Systems knowledge before joining?
- Progressive Foundation: The curriculum starts with core basics and advances systematically into complex topics.
- Consistent Participation: You are expected to attend all interactive sessions regularly to stay aligned with the learning pace.
- Daily Practice: Success in the course depends on your commitment to regular, hands-on practice after classes.
Will I receive a certificate after completing the course, and can it be verified?
- Credential Verification: Employers and students can easily verify the authenticity of the certificate online.
- Verification Method: Simply visit the official Kernel Masters Certificate Verification portal to validate the document.
Can I join from outside Hyderabad?
- Remote Learning: All lectures, interactive sessions, and coding labs are conducted online.
- On-Site Interviews: Certain recruitment processes may require your physical presence.
- Travel Flexibility: You must be prepared to attend placement drives or interviews offline if explicitly requested by the hiring employer.
How can I speak with Kernel Masters before taking admission?
Students can contact the Kernel Masters admissions team to clarify program suitability, current batch information and admission-related questions before enrolling.
Start Your Career Journey
Learn Online. Build on Real Hardware. Prepare for Industry.
Talk to admissions about the batch schedule, fee, hardware requirement and program fit.
Admission for 6 months Embedded AI & IoT offline course at Hyderabad & Bangalore