Bicard-Embedded Systems Online Course with Certification
BICARD – We are providing one of the best Embedded Systems Online certification training courses with our team of most dedicated Professionals and industry leaders who have vast and extensive knowledge about the usage of embedded. Being an advanced technology Embedded systems can be helpful in various industries ranging from telecom, airplanes, mobile technology to military, medical, automation, and many more. And this entire concept of Embedded Systems can as well be used for both small portable devices and large utilities.

Embedded Systems Online Course: Details
Embedded technology is one such technology that’s integrated with other relevant technologies for optimized performance which uses less power and more importantly works with existing limited memory. The three broad subdivisions of embedded systems are small, medium, and sophisticated. The embedded system is operated with dozens of hardware gates, output drivers, buffers, and timing circuits with a cheap microprocessor. Embedded is the most looked upon and liked technology in the present days is due to its versatility to adapt in different environments.

On learning this Embedded Systems Online Training, will invariably open you to practical application knowledge therefore giving reasonable knowledge in creating different software products. And on completing this training course, you will easily get the certificate on Mastering Microcontroller. More interesting to know is that Analysts from around the globe are saying that the embedded market will move to $140 billion by the year 2030.

In this training of BICARD, the schedule is so well designed and programmed that everyone can easily get the best practice of Embedded Systems and can soon be a master of it. Moreover, our Embedded Systems Certification Training comprises various meticulously planned and well-defined modules that cover vast topics like PLD, ARM Controllers, Microcontrollers, RISC Machine, Microprocessors, system on Chip, Embedded Linux and many more to know. Training provided at BICARD is by some of our most specialized mentors who also come up along with practical training. And by also providing demanding assessment our team of professionals is helping thousands of freshers and experienced candidates to clear the online and classroom training. And last but certainly not least, the price of each course provided at BICARD is very reasonable and hence, can be afforded by any level of people.

Embedded Systems Course in Pune-Embedded Systems Course Training institute in Pune
Embedded Systems Classes in Pune: Bicard is leading Embedded Systems Course Training Institute in Pune, Maharashtra. Bicard provides Embedded Systems classes in Pune. Biard is best embedded system training institute in pune. Bicard has experienced faculty who are working in the same field. Bicard offers various diploma courses and masters degree in Embedded Systems Classes. Bicard embedded systems course offers theoretical knowledge and practical knowledge. Bicard provides certification after successful completion training. In class room training more than 5000 students has trained at Pune bicard. Embedded Systems Classes in Pune at bicard has lab facility to sharpen your skills. Along with Embedded Systems classes bicard also gives training for AI Courses, Machine learning and IOT courses.

Bicard Training Institute for Embedded Systems Course in Pune-
Who offers Embedded Systems Course in Pune?
Bicard at Pune offers Diploma in Embedded Course and Masters Degree in Embedded systems course. Bicard provides 100% placement support and also HR support.

Who are eligible for embedded systems training in Pune?
Specially B.Tech qualified candidates can learn Embedded Systems course.

Those who are interested in Embedded Systems course they can learn via online or class room with bicard.

What are Embedded Systems training modules?
Candidates will learn various modules in embedded systems. Embedded Systems classes in Pune at Bicard gives training in Microprocessor Microcontrollers, peripherals, modular programming, VLSI, digital electronics, Robotics, Embedded C, cad, cam and other modules.

What are the benefits learning Embedded Systems Course Pune at Bicard?
100% placement support
Experienced Faculty
Lab Support
Training certification
HR Support
Does Bicard offers Embedded Systems Online classes?
We are preparing for online classes. We will update in our website at for the online classes schedule.

Introduction to STM32 Microcontroller: This training is introducing the STM32 microcontroller series. It starts with the presentation of CORTEX M3 core and architecture on which the STM32 is based. It is followed by the memory organization, reset block, interrupts, low power modes and all peripherals, such as IO ports, ADC, timers, RTC, SPI, USART, I2C, CAN, USB, DAC, bicard comparators and Op-Amps. Most of the theoretical presentations are combined with practical hands-on examples. Part of the training focuses on the software and hardware development tools. Pre-requisition: Electronics circuit basic Duration of STM32 Microcontroller Course: 20 hours / Part time/on-line Content:

Embedded Systems Design Course encompasses the learner to understand about the Microcontroller / DSP based communication interfaces. Microcontrollers are small and have multiple uses in the Industry. The PIC microcontrollers (Programmable Interface Controllers), are electronic circuits that can be programmed to carry out a vast range of tasks. The learner gets to understand the intricacies and the usage of the Microcontrollers in relation to the Industry practically. Firmware Driver & Software development helps the learner to understand more about C programming, ARM CORTEX, Linux device drivers and network device drivers along with a host of other embedded components. Firmware programming is a software that is permanently etched into the hardware devices such as BIOS, Keyboard, Video cards & many others. A learner will get a comprehensive understanding of all these aspects.

Embedded Systems Design Course-RTOS:
RTOS (Real Time Operating System) is the lifeline of all the operations of the operating system. It differs from general operating system for its ability to multitask applications. The learner gets to understand its operations, usage, architecture, portability and many other concepts for Industrial applications and usage. Wireless protocol understanding includes in depth study of Bluetooth, Zigbee, RFID, LAN and other components.

Communication Interfaces along with Linux programming give a deep insight of the communication that happens in Embedded Systems. The learner gets to understand in detail about the serial & parallel networks along with GSM, GPIO, timers, LCD’s, USB’s and a host of other interfaces. QT framework with an in depth understanding of Arm9, Arm11 enables the learner to gain an in depth knowledge of the Industry applications.

A learner gets to choose one of the electives along with a real time Project of his / her choice which enables them to boldly face the job interviews & quickly start working on real time Industrial projects through embedded systems design course. In a nutshell, the course is for individuals who want to quickly learn and get placed as an Embedded Engineer in the Industry.

One of the “most sought after” domain these days is Artificial Intelligence (AI). Artificial Intelligence (AI) capabilities for e-commerce and other Platforms today are able to leverage available information regarding similarities and dissimilarities between customers, along with the Phone. The ability to utilize the vast datasets regarding customer behavior and usage patterns acquired by e-commerce platforms, artificial intelligence – with its self-learning algorithms and intelligence, creates personalized shopping experiences for online buyers.

Bicard-Artificial Intelligence (AI) in Real World:
The Chat bots Revolution for both, machines and smart devices
AI is rapidly reducing manual effort in communication for the e-commerce platforms via natural language processing (NLP) and machine learning capabilities, AI’s chat bots are able to automate conversation with the buyers.

This can carry out the daily transactional conversation, which otherwise required human support staff. Furthermore, the chat bots-led conversations transpire with zero scope for human error. Chat assistants are further being used for CRM, personalizing buyer experience by addressing their queries.

This is the reason why e-commerce sites are today able to drive conversations with their users via AI. The Industry Gurus believe that e-commerce players to go big on the entire chatbots revolution. Gartner predicted that chat bots are going to replace 85 per cent of customer interactions by 2020.

Virtual Buying Assistants:
These days AI-powered virtual assistants, e-commerce sites are able to provide their shoppers with a personal fashion assistant. The technology assists shoppers through personalized recommendations, on the basis of their preferences and past usage patterns. For example, sending notifications or prompts when prices drop; the virtual assistants will let the shoppers know the instant there is a price change, this will help them to increase the footfalls on the site, leading to more successful conversions.

Analyzing Data using Artificial Intelligence:
Monotonous or Traditional merchandising systems no longer possess the required wherewithal to analyze large volumes of data, or read and predict consumer trends. This is where AI comes in, helping consumers with what to buy, based on their behavior patterns and preferences. The same also provides e-commerce sites with actionable insights to make their platform best suited for their buyers, and come up with the most relevant offers, campaigns, strategic messaging etc.

Making conversations and Improving Order Fulfillment using Artificial Intelligence:
Because of the sheer number of mushrooming e-commerce platforms, consumers today are bombarded with a volley of messages. It not a surprise anymore, when most of the times important communication from e-commerce sites is missed by the customers. To tackle these challenges, Companies using Artificial Intelligence exploit, Predictive Intelligence and Contextual Messaging functionalities to determine the right time to target a customer. This ensures higher conversation rates, whilst also improving brand’s engagement with its customers.

Furthermore, the noteworthy aspect of the Artificial Intelligence technology is that the practice can be used to target each and every customer individually. Companies can now re-engage with every customer via strategic messaging, most opportune time, and a communication channel of their preference which makes it convenient for them.

AI potential has been utilized by e-commerce companies across the globe to minimize shopping cart abandonment, automate processes and optimize the conversion rate. E-commerce sites are increasingly adopting AI to provide a much more personal, intuitive and simplified experience to their patrons. The future belongs to industry-level collaborations between AI and e-commerce giants, with the sole intention of putting forth the best platform for the customers.

Introduction to Bluetooth Mobile Application Development Course:
Bluetooth is well known to the public as a technology that provides a wireless link for local connectivity between a phone and a headset, or as a cable replacement. Its new extension, Bluetooth Low Energy (BLE) is intended for such energy-constrained applications as a sensor or a disposable device. BLE was designed to enable wireless connectivity with small devices running on a coin cell battery. Bicard bicard Systems Pune offers you Bluetooth Mobile Application Development Course.

This course teaches the necessary skills to develop BLE4.0 applications on mobile devices. Knowledge in hardware, firmware as well as mobile programming will be covered in this course.

Duration of Bluetooth Mobile Application Course:
30 hours/part-time/on-line

C Programming, Electronics & Microcontroller


Introduction to BLE4.0 and the development kit
GPIO programming
Hello Word—UART programming
Wireless (2.4GHz) communication
Power management
MPU6050 sensor
Task, event and interrupt
BLE programming
iOS programming basics
Experiment and Design Project
We believe in one saying: “Do something today that your future self will thank you for one day.” Seize the opportunity to learn and we hope to see you in our Bluetooth mobile application development course

Embedded system course in Pune
Embedded Systems – What is it ?
An Embedded System can be defined as a special purpose system in which the Computer is completely encapsulated by the device which is encapsulated by the device it controls. In short, an embedded system is a combination of hardware and software. There is no domain where Embedded System applications are not involved. Automobiles, Smart Cards, missiles, satellites, computer networking & digital consumers are a few to name. Embedded System design courses differ from the traditional courses

What is the Embedded System design course about ?
Diploma / Post Graduate Diploma in Embedded Systems course will train and skill the engineering students further to implement modern real time embedded systems & design. It facilitates to acquire knowledge, skill needed to conceive, design, implement and deploy dedicated embedded systems. By this course, a student gets to know all the technical know-how and get employed quickly in the Embedded domain.

The Embedded System design course is suitable for all individuals who specialize in
Electronics Engineering (or related) diploma/graduates with aspiration and enthusiasm to build career in Embedded Systems Design
Electronics Engineering (or related) professionals and managers looking to enhance skill and achieve better prospects
Current professionals who wants to excel in the field of technology
Entrepreneurs who wants to venture into the field of Embedded Systems
Bicard Embedded Systems Course Objectives help you to :
Deploy dedicated embedded systems in a wide range of applications.
The project gives the change to study an area of interest in greater depth and gain valuable research skills as well as hands-on experience to deal with real life projects.
To develop skills like Problem Solving & Organizational Skills, Managing Challenges in Embedded Projects along with cooperation and team work.
You will be highly skilled in understanding :
Introduction to Embedded Systems Design.
Embedded Hardware Design and Development.
Embedded Programming Concepts.
Microcontrollers/DSP-base design.
Embedded Communication and interfaces.
Firmware, driver and software development.
Linux network programming.
Operating Systems
Real-Time Operating Systems
Internet of Things (IoT) development.
Running Qt for Embedded applications.
Project and Seminar.
For more details please contact us at :

Embedded systems course training in Pune: BICARD is the most reputed and much looked upon institute for class room Courses in Embedded Systems. It provides numerous Embedded Systems courses and specializations that are ideal for every individual to learn embedded systems and thereby develop a bright career in the same field. BICARD is also known as one of the India’s largest learning platform that has partnered with top universities and organizations to offer such courses in multiple subjects.

Over a team of 25+ World Class Industry experts at our BICARD has compiled this Best and Extraordinary list of Embedded System Courses, Classes, Tutorials, Training, and Certification programs which are now readily available for 2020. The list of courses includes

Masters in embedded Systems design
P.G Diploma in Embedded systems design
P.G Diploma in Automotive Embedded Systems
Dip in embedded systems Design
Embedded Systems Course Overview:
Like Development of Secure Embedded Systems, Introduction to Embedded Systems Software and Development Environments, Web Connectivity and Security in Embedded Systems, and many more to follow. You can smartly start from the basic concepts of Embedded Systems and move on to the advanced level topics, such as Modeling and Debugging, Embedded Sensors and Motors, etc. This list includes both paid and free resources that will help you learn Embedded System closely than ever before. Also, these courses are so perfectly designed that it can be ideal for beginners, intermediates and as well as experts too.

What Bicard offers on Embedded Systems Course in Pune?
After completing of each course, you’ll be rewarded with a Certification of Completion from BICARD. The most striking feature of BICARD is that it hosts a team of excellent embedded systems instructors who teach using hands-on methodologies just because we understand the very fundamental criteria of teaching programming embedded systems is much a hands-on practice. Whether you’re programming your first microcontroller, or mastering ARM processor programming, BICARD has a course for you.

Embedded Systems Course Training in Pune at Bicard
BICARD has charted out the training program with Topics of study which include the design and exploration of multi-core processor, memory, interconnection, and sensor architectures. The certificate in embedded systems prepares our students with the adequate skills to design, analyze, and optimize strategies in embedded systems, with a specific focus on: Security, Reliability, Real-time performance, Predictability, Power and energy and Cost.

Here at BICARD embedded systems students learn to anticipate and overcome current and future challenges that may arise for embedded systems professionals. And some of such crucial challenges include:

How to design a system that is secure, reliable, and cost effective.
How to write embedded software.
How to specify, model, and optimize embedded systems, including both software and hardware.
Being able to understand the trade-offs between various embedded system designs and external demands.
How to handle demands for continually increasing performance of devices.
BICARD: What we teach in Embedded Systems Course Classes in Pune?
Embedded systems training includes both group and individual projects. Students can tailor projects on their respective individual interests and as well focus on software or hardware, or even both. Basically our classes providing embedded systems training has a core focus on how to:

Analyze and explore an embedded system design space, including processors, memories, networks, and sensors.
Address contemporary design challenges pertaining to reliability, power and thermal efficiency, real-time performance, and security.
Model embedded hardware and software components for simulation and exploration.
Embedded systems classes with expert Faculty
Masters in Embedded Systems is taught by some of the experts in the same field and who also have both industry and research experience. The Faculty shares all those experiences in the online classroom so that the students gain both practical and academic knowledge of embedded systems and this invariably makes our students well prepared to face the existing and future challenges that may arise according to the present changing trends.

More importantly the teaching faculty of embedded systems course at BICARD also has an active collaboration with leading semiconductor companies, system on chip (SOC) design companies, and application domain experts (e.g., automotive companies). And all these partnerships result and aim to improve products and performance of our students of embedded systems training, which is an HALL MARK achievement BICARD has attained and others fail too. With all these comprehensive teaching methods in embedded systems course put together is making our students well prepared in learning to solve the real-world challenges of the present day smart tech industry which has always been our main motto and is being successfully achieved for very long in BICARD.

Many people are familiar with machine learning from shopping on the internet and being served ads related to their purchase. This happens because recommendation engines use machine learning to personalize online ad delivery in almost real time. Beyond personalized marketing, other common machine learning use cases include fraud detection, spam filtering, network security threat detection, predictive maintenance and building news feeds.

Now lets brief about Machine Learning

Machine learning is an application of artificial intelligence (AI) that provides systems the ability to automatically learn and improve from experience without being explicitly programmed. Machine learning focuses on the development of computer programs that can access data and use it learn for themselves.

The process of learning begins with observations or data, such as examples, direct experience, or instruction, in order to look for patterns in data and make better decisions in the future based on the examples that we provide. The primary aim is to allow the computers learn automatically without human intervention or assistance and adjust actions accordingly.

And, the good news is, Latest technology is advancing consistently and revolutionizing every facet of our routines. Humans had their first brush-up with Machine Learning when voice-controlled personal assistants — Amazon’s Echo and Alexa — were launched. These devices are a new normal with the trend of smart homes picking up. Driverless cars, which were a quintessential sci-fi fantasy, aren’t something of the far-off future now. These new-age vehicles, aimed at cutting down human labor, are tested across the world for their utility benefits.

Let’s dive in how Machine Learning is revolutionizing our lives.

1. Health
Machine Learning can empower surgical robots to help doctors in medical procedures while ensuring minimal invasion and high precision. This achievement can improve the success rates of surgical procedures and accelerate turnaround time with cost benefits. In the context of healthcare, ML can be a critical enabler to efficient diagnosis, research, and treatment, thereby underlining the holistic transformation of the sector.

From administration, record-keeping to fully fledged diagnosis and treatments, ML has the capability to analyze the crisis at hand and compare it with numerous other scenarios for the right treatment and procedure. This comparison saves time and paves a strategic path for the decisive medical approach.

2. Transportation
Today’s transportation industry is highly influenced by Machine Learning. The technology has been instrumental in eradicating the threat posed by reckless driving through the deployment of sensory management and automation. This has intelligized vehicles to understand the surrounding parameters and take precautionary action whenever required to ensure passenger safety.

China is testing driverless buses for its city while Google and Rolls Royce have collaborated to design and launch the world’s first self-driving ship by 2020. The ship will be leveraging Google’s Cloud Machine Learning Engine to understand the sea and objects surrounding it. This will enable the remote controlling of the vessel and end up reducing the resources involved in the transportation.

Beyond vehicles, Machine Learning can soon by deployed for traffic management and preventing traffic congestions on roads. China and Singapore, at the moment, are leading the innovation and creating algorithms that can help drivers choose routes cleared off traffic.

3. BFSI — Banking and Financial Service Industry
Several banks and financial institutions are using ML-based complex algorithms to analyze and predict loan risks and assess the quality of the application. Therefore, reinforcing them to take informed decisions. It’s also helping in the detection of frauds and scams via analytics.

The otherwise traditional industry is favoring Machine Learning to mitigate its transformational bottlenecks and create better user engagement for the stakeholders, including the customers. Voice Recognition, Chatbots, and Predictive Analysis are helping bridge the gap between financial establishments and potential customers. Today, customers can contact a business anytime around the day and rest assured of instant, real-time replies from Chatbots. This saves time as well as improves the customer experience for the organizations.

4. Education
It’s true that teachers cannot be replaced by bots, but they sure can be assisted by the diversity. Machine Learning can provide to their methods of teaching and education on a whole. ML capabilities are being used to assess the child’s academic understanding, analyze the way he/she perceives knowledge, and create a customized academic plan that can help focus on the wholesome attribute of that specific student.

The algorithms analyze test results and create a unique grading system that can free up the teachers’ time and help refine the education modules for children. Not to mention, ML can be extremely helpful for students with disabilities and learning gaps.

ML, in addition to teaching, is simplifying administrative duties. It helps educational institutions create an organized means of administering students and staff via its automated responses, customized software and more. It’s all about breaking down the processes and making organizing an institution less of a burden.

5. Law
Lawyers remain busy. So, automating their day-to-day activities can free them from the redundant tasks and help them focus on creating liable solutions to the cases at hand.

Machine Learning brings forth this automation and adds a new twist to the otherwise conventional industry. It augments documents and their processing. It also analyzes them for proofs and research, which can help the lawyers extract the relevant information without having to expend time in pouring over books and legal documents. They can also help systemize the operational tasks, such as staying abreast with the hearings and keeping note of the impending dates.

ML can strategize how lawyers review their cases and hopefully, can speed up the cases that otherwise take months and years to resolve.

Want to Be A Data Scientist?

Internet of Things (IoT) & the future

The IOT Technology isn’t coming soon It’s already here and the year 2017 is the best know for IoT to came into business effective process.

Big players are entering the game. Google bought the Nest Thermostat, Apple is coming out with Home Kit, ARM and Intel have both released new developer tools, Relayer got $2.3M in funding from Cisco to build an Internet of Things App ecosystem and Samsung announced earlier this year that they want to connect 90% of their devices by the end of 2017.

Internet of Things (IoT) is the next wave, world is going to witness. Today we live in an era of connected devices. Internet of Things is a term given to the attempt of connecting objects to the internet and also to each other – allowing people and objects themselves to analyze data from various sources in real-time and take necessary actions in an intelligent fashion.

Many big technology industries like apple, Intel, ARM, Google, IBM, and Microsoft have welcomed IoT and are putting huge investments and R&D efforts in this domain. Cisco’s Internet Business Solutions Group (IBSG) predicts 50 billion devices will be connected by 2020 and the market size, as predicted by GE is 10-20 trillion USD. The IOT Technology is the next revolution for users and brands.

Important Stats:

As per the expert’s estimation the IoT market to expand $1.7 trillion by 2020, connecting approx 50 billion devices. The question is, from where the growth come from? Certainly, U.S. rules the forefront of technological developments, whereas China is in the middle of a massive economic expansion. Then, who will witness the IoT transformation? India to experience the IoT growth, and to become the largest consumer of IoT devices in the years to come.

Business Prospective:

As the future of IoT Technology is bright in India, businesses are more likely to take advantage of the IoT benefits. The industrial automation and efficient operations will soon take over the overall industry. For instance; Logistic is expected to enhance its operation with IoT devices. Many companies have already joined the race to maximize their transportation. Apart from this, in order to make the IoT more accessible, today some of the businesses are focusing to develop a platform’s design.

Right from the way we work and play, IoT will change everything. This IOT technology will transform and assure accuracy, efficiency, and overall productivity. Now, IoT will enable us with better equipped connected device, helping us to make smart and swift business decisions, delight our customers and predict the accurate requirement.


Whenever, innovation is introduced in the tech world, there are many challenges that will still remain the same. However, overcoming these issues, we can get a wholesome approach to success, as the future of the IoT in India is a promising, not to doubt. Visualizing the positive impact, the government is on the way to back sincere effort to develop better infrastructure. Hence different industry verticals are endeavoring to develop innovative products, and understand the benefits the Internet of Things provides.

Further, with sufficient time and resources, the IoT implementation in different business shows great and impressive result on a large scale.

Few more facts :-

1) The Internet of Things (IoT) industry is booming—in 2017, And need for IOT Developer is growing along with it.

2) Gartner predicts By 2020, more than 20.8 billion IoT devices will be in use, A recent report from vision mobile projects 4.5 million IOT Developers will be needed by 2020.

3) The term “IoT developer” remains broad, “There are a lot of discipline areas that are in play, including security, networking, systems engineering, cloud programming, and hardware device programming,” “It pays to be multilingual so that you can be flexible and play many different roles in the team.”

4) While these solutions may seem complex, the deployment of an IoT solution is simpler than would be expected for such a trans-formative benefit. With IoT technologies, you have the ability to dream big,adjusting the scope of your IoT solutions over time and with ease.

5) If you are a techie, or techie-at-heart, you’ll also enjoy his musings on the incredible rate of technological change we’ve seen in the past 50 years.

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