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Build Your Future in Electronics
Hands-on training in PCB, hardware, and Python programming
4.8/5 stars
★★★★★
Build Your Future Today
Get trained by top professionals with over 10+ years of real-world experience in electronics, hardware, and software development.
At our academy, we don’t just teach theory — we focus on hands-on training, live projects, and real industrial applications. Every session is designed to help you build practical skills, boost confidence, and stand out in your career.
Join a community of innovators, engineers, and creators. Learn from the best and turn your passion into a profession.
150+
10+
Years of experience
Happy Clients
Our Services
Hands-on training in electronics and programming fields.
Learn to create professional PCB layouts from scratch.
Build and troubleshoot real-world electronic devices.
Master Python programming for data science
About PCB Designing
Learning PCB Design equips individuals with the technical expertise to transform electronic circuit ideas into functional, manufacturable hardware. This training module is designed to build foundational and intermediate skills in PCB design, starting with essential concepts such as electronic components, schematic creation, and circuit connectivity. Learners will gain hands-on experience in using professional PCB design tools, understanding schematic capture, netlist generation, and basic layout principles—all of which are critical for developing reliable and efficient electronic boards used in real-world applications.
As the course progresses, learners delve into advanced PCB layout techniques, including component placement strategies, routing methods, ground planes, power distribution, and signal integrity management. The module also introduces learners to Design for Manufacturing (DFM) and Design for Testing (DFT) principles, enabling them to create boards that are not only functional but also optimized for production and maintenance. Special focus is given to multi-layer PCB design, thermal management, and EMI/EMC considerations, which are essential for ensuring high performance and compliance in industrial-grade circuits.
The training also emphasizes error checking and design validation, teaching learners how to perform Electrical Rule Checks (ERC) and Design Rule Checks (DRC) to identify and correct potential issues before fabrication. By understanding fabrication files such as Gerber and drill files, learners will be prepared to collaborate effectively with manufacturers and bring their designs to life with precision.
Overall, this PCB Design training module provides a comprehensive and practical learning path, combining theoretical understanding with real-world project experience. It empowers learners—whether beginners or aspiring hardware engineers—to confidently design, verify, and prepare PCBs for production. This solid foundation sets the stage for advanced electronics design, including high-speed circuits, mixed-signal boards, and embedded hardware development.
Course Duration : 45 hours
Modes of Training : Online/ Offline
Projects : Available
Personal Mentoring
Fees : Rs.
18,000/-Rs.16,000/-
About Python Programming
Why Python Programming ?
Learning Python for data science empowers individuals to harness the full potential of data through structured programming and analytical techniques. This training module is designed to build foundational and intermediate skills in Python, starting with essential concepts such as variables, strings, and mathematical operations. Learners will gain hands-on experience in writing Python scripts, understanding control flow with conditional and loop statements, and managing data structures like lists—all of which are critical for data preprocessing and logic building in real-world data science tasks.
As the course progresses, learners delve into the powerful capabilities of Python libraries, particularly pandas, which is central to data manipulation and analysis. By mastering operations like grouping, aggregating, merging, and joining datasets, participants will be equipped to handle complex data workflows and extract meaningful insights. The module also emphasizes error handling, ensuring learners can write robust and reliable code that gracefully manages exceptions and syntax issues—an essential skill for maintaining data integrity and debugging analytical pipelines.
Overall, this Python training module provides a balanced blend of self-paced and instructor-led learning, tailored for beginners and intermediate users. It prepares learners to confidently use Python as a tool for data exploration, transformation, and analysis, laying the groundwork for more advanced topics such as machine learning, data visualization, and statistical modeling.
Course Duration : 45 hours
Modes of Training : Online/ Offline
Projects : Available
Personal Mentoring
Fees : Rs.
20,000/-Rs.18,000/-
About Hardware Design & Simulation
Why Hardware Circuit Design?
The Electronics Hardware Circuit Design course provides a comprehensive understanding of the fundamental principles, components, and design methodologies used in power source, Analog and digital hardware systems. The course aims to develop both theoretical knowledge and practical design skills essential for building efficient, reliable, and scalable electronic circuits.
Through a combination of lectures, hands-on laboratory sessions, and project-based learning, students will gain experience in Analyzing, designing, and simulating electronic hardware for Industrial applications.
Course Objectives:
Understand the working principles of essential electronic components and their applications.
Identify and mitigate the effects of electrical noise in hardware systems.
Develop and simulate circuit models using standard industry tools.
Implement operational amplifiers and power supply circuits for industrial use.
Apply design calculations and theoretical principles in practical circuit development.
Learning Outcomes:
Upon successful completion of the course, students will:
Demonstrate proficiency in analyzing and designing basic electronic hardware circuits.
Use laboratory equipment and simulation tools effectively for testing and troubleshooting.
Apply circuit design methodologies in Industrial engineering problems.
Present well-documented circuit design projects with industrial standards.
Course Duration - 45 hours
Modes of Training - Online/ Offline
Projects - Available
Personal Mentoring
Fees - Rs.
20,000/-Rs.18,000/-
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