Bitziga-Certified

Learn more about our professional Training programmes that offers advanced Training in Embedded design ensuring comprehensive learning environment with industrial experience & support for placement in core companies by improving the cognitive abilities of Engineering graduate students. The training modules are structured to meet industry expectations with more than 90% of the practical session in each module. Advanced Training comes with additional sessions for wireless technology, Deep Leaning in SBC (Single Board Computers) and project implementation using advanced interfacing modules. The Technical presentations, personality development programs, mock interviews and other various technical activities are the added features of advanced learning for enhancing industrial work experience for the Engineers. On successful completion of the above advanced training programme, we issue various certificates to prove the Engineer’s expertise in related domain which enables you to be recognized as a certified professional. Join to our professional training programmes and become a Certified Engineering professional.

  • Be a Bitziga Certified Engineer & become an industry ready professional
  • 100% placement assurance for Certified Engineers
  • Proven expert skill development programmes in advanced systems & modules
  • Training based on updated syllabus, test papers, projects, technical presentations & mock interviews
  • Innovate, Design & Learn to step into your next level career

Basic embedded systems training programme with 100% placement assistance. The main objective of this programme is to sharpen your code development skill for 8bit MCUs & 32-bit ARM processor and get expertise in hardware design guided by our experienced Engineers.

100% placement

BASIC

Programming in C, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing wireless modules, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8bit PIC/AVR, 8051 MCUs & 32bit ARM processor​
  • Learn important communication protocols​
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS & Raspberry pi

Basic embedded systems training programme with addon module in IoT (Internet of Things). Get expertise in code development skill for PIC/ ARM MCUs along with in-depth learning on IoT Framework to develop real-world applications & IoT solutions.

100% placement

BASIC

Programming in C, Embedded C, programming for PIC/ 8051 and 32-bit ARM Cortex M3 processor, communication protocols, hardware design, Interfacing wireless modules & IoT Framework, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8-bit PIC, 8051 MCUs & 32bit ARM + IoT framework
  • Learn important communication protocols
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • IoT application development using Cayenne

Embedded systems professional training programme designed for advanced Engineers to get certified as Engineering professional by achieving expertise in advanced modules, design & development tools, along with proficiency in critical thinking, collaboration & time management.

100% placement

PROFESSIONAL

Advanced C programming, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing advanced modules & wireless modules, high power drives, RTOS & projects

Date will be announced later

  • PIC/ AVR, 8051 MCUs & 32bit ARM processor
  • Learn important communication protocols
  • Hardware design & double layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS, Raspberry pi & Embedded Linux

Application oriented Embedded systems training programme crafted for advanced Engineers to get expertise in advanced modules, software & hardware tools for solving real world complex problems in Engineering. This programme also ensures deep technology exposure & training in advanced level along with proficiency in critical thinking & coding skill.

100% placement

PROFESSIONAL

Advanced C programming, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing advanced modules & wireless modules, high power drives, RTOS & projects

Batch starts on: MAR 9 2020

  • PIC/ AVR, 8051 MCUs & 32bit ARM processor
  • Learn important communication protocols
  • Hardware design & double layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS, Raspberry pi & Embedded Linux

Join to our customized Embedded systems training programmes with options to select desired microcontroller for in-depth learning. This include certification in firmware development, implementation of projects & coding in advanced level for Arduino, Raspberry Pi, PIC, AVR, 8051 & ARM controllers.

CUSTOMIZED

Advanced C programming, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing wireless modules, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8bit PIC/AVR, 8051 MCUs & 32bit ARM processor​
  • Learn important communication protocols​
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS & Raspberry pi

Customized training in Embedded design with add-on modules of IoT framework. This is also a certified programme with in-depth learning in Internet of Things. Students can select the modules as per their preference of microcontrollers, 8051, PIC & AVR with IoT hardware & software design.

CUSTOMIZED

Advanced C programming, Embedded C, programming for PIC/ 8051 and 32-bit ARM Cortex M3 processor, communication protocols, hardware design, Interfacing wireless modules & IoT Framework, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8-bit PIC, 8051 MCUs & 32bit ARM + IoT framework
  • Learn important communication protocols
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • IoT application development using Cayenne

The best way of learning embedded systems is to design your own working model associated with your application requirement. Although it may not be easier in the case of complex projects, but will be helpful in most of the cases as it will improve your skill for finding solutions for similar problems or adopting the solving methodology followed earlier time for achieving optimized design. We at Bitziga, adopted in-depth learning by doing methodology that encourages your potential to think in a different way and support the innovation capabilities. We support learning each code snippet by burning it directly to a real hardware part than using a software simulator. This method of learning will help to design optimized software and hardware for a particular application to understand real world problems & the best solutions for it. We believe in unique ability of each student for accelerating the learning curve towards their successful career than a usual learning practice.

We provide hands-on guidance with more than 90% practical Lab sessions & projects associated with add-on internship programme to support students in developing their skill set in professional competence. Our main focus is to mould each candidate, for meeting the qualities essential for an Engineering professional such as critical thinking, high skill level of coding, communication, collaboration with team members & time management in work. To achieve this goal, we have designed the following structure for Learning Embedded Systems in in an industrial environment.

Concept, modelling, hardware & software design

Learn steps involved in developing a design model for any project, its feasibility test, development of algorithm & model. In this phase, experience the coding techniques, hardware design and practice optimized firmware development.

Learn the development phase by integrating each blocks & add-ons

Learn integrating small add-on blocks together after testing individual blocks for both hardware and software, checking the communication among each block.

Testing of hardware & software, prototyping the model

Understand the important stages of testing for both hardware & software in projects developed by students. Learn techniques for fixing errors in a software using suitable error free working hardware and later solving the issue in hardware.

Technical presentations & mock interviews

We organize regular technical presentations, personality development program, assignments, Tests series for each module & mock interviews associated with the professional training to ensure comprehensive learning and placement.

Internship programme, insight into the Industrial design process

all professional training programmes incorporate an add-on Internship to learn various processes involved in product development and to get an effective insight into industrial design process.

We have an active placement cell, integrated with all of our job assured Training programmes for shaping up the career goals of our smart students.The basic functions of the placement cell is managed through the following processes. We are committed to each student for imparting knowledge and deliver highly professional training through the advanced IT finishing programmes with innovative learning methodologies. The placement cell is always focusing to ensure the placement for all the students who have completed our job assured training successfully. Each student will go through all above processes for achieving their job in core companies.

  • Assisting and supporting our students to develop their career & skills to meet the requirements in industry.
  • Development of Soft skills like interpersonal skills & communication skills
  • Presentation skill development, preparation of Resume & mock interviews
  • Regularly updating the database of Embedded Systems based R&D companies and schedules the interviews.
  • Additional support by Intensive Training & placement programme.

Hundreds of MNCs recruit about thousands of candidates every year with attractive salary packages by evaluating their knowledge in academic education along with the expertise in add-on professional skills. Most of the companies prefer skilled professionals to reduce the training period of the recruited Trainee Engineers and ensure the productivity. So the requirements in the Embedded systems  industry are unlimited among MNCs, small companies, startup companies and the opportunities for skilled professionals are very large. The Alumni of our customized corporate training programmes are mainly working in leading Embedded Systems based R&D companies in all over India. The tech giants such as TCS, Infosys, Robert Bosch etc. are some of the reputed companies where our competent candidates got placement.

Bitziga-Certified

Learn more about our professional Training programmes that offers advanced Training in Embedded design ensuring comprehensive learning environment with industrial experience & support for placement in core companies by improving the cognitive abilities of Engineering graduate students. The training modules are structured to meet industry expectations with more than 90% of the practical session in each module. Advanced Training comes with additional sessions for wireless technology, Deep Leaning in SBC (Single Board Computers) and project implementation using advanced interfacing modules. The Technical presentations, personality development programs, mock interviews and other various technical activities are the added features of advanced learning for enhancing industrial work experience for the Engineers. On successful completion of the above advanced training programme, we issue various certificates to prove the Engineer’s expertise in related domain which enables you to be recognized as a certified professional. Join to our professional training programmes and become a Certified Engineering professional.

  • Be a Bitziga Certified Engineer & become an industry ready professional
  • 100% placement assurance for Certified Engineers
  • Proven expert skill development programmes in advanced systems & modules
  • Training based on updated syllabus, test papers, projects, technical presentations & mock interviews
  • Innovate, Design & Learn to step into your next level career

Basic embedded systems training programme with 100% placement assistance. The main objective of this programme is to sharpen your code development skill for 8bit MCUs & 32-bit ARM processor and get expertise in hardware design guided by our experienced Engineers.

100% placement

BASIC

Programming in C, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing wireless modules, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8bit PIC/AVR, 8051 MCUs & 32bit ARM processor​
  • Learn important communication protocols​
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS & Raspberry pi

Basic embedded systems training programme with addon module in IoT (Internet of Things). Get expertise in code development skill for PIC/ ARM MCUs along with in-depth learning on IoT Framework to develop real-world applications & IoT solutions.

100% placement

BASIC

Programming in C, Embedded C, programming for PIC/ 8051 and 32-bit ARM Cortex M3 processor, communication protocols, hardware design, Interfacing wireless modules & IoT Framework, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8-bit PIC, 8051 MCUs & 32bit ARM + IoT framework
  • Learn important communication protocols
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • IoT application development using Cayenne

Embedded systems professional training programme designed for advanced Engineers to get certified as Engineering professional by achieving expertise in advanced modules, design & development tools, along with proficiency in critical thinking, collaboration & time management.

100% placement

PROFESSIONAL

Advanced C programming, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing advanced modules & wireless modules, high power drives, RTOS & projects

Date will be announced later

  • PIC/ AVR, 8051 MCUs & 32bit ARM processor
  • Learn important communication protocols
  • Hardware design & double layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS, Raspberry pi & Embedded Linux

Application oriented Embedded systems training programme crafted for advanced Engineers to get expertise in advanced modules, software & hardware tools for solving real world complex problems in Engineering. This programme also ensures deep technology exposure & training in advanced level along with proficiency in critical thinking & coding skill.

100% placement

PROFESSIONAL

Advanced C programming, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing advanced modules & wireless modules, high power drives, RTOS & projects

Batch starts on: MAR 9 2020

  • PIC/ AVR, 8051 MCUs & 32bit ARM processor
  • Learn important communication protocols
  • Hardware design & double layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS, Raspberry pi & Embedded Linux

Join to our customized Embedded systems training programmes with options to select desired microcontroller for in-depth learning. This include certification in firmware development, implementation of projects & coding in advanced level for Arduino, Raspberry Pi, PIC, AVR, 8051 & ARM controllers.

CUSTOMIZED

Advanced C programming, Embedded C, programming for 8-bit microcontrollers, 8051, PIC, AVR & 32-bit ARM Cortex M3 processor, communication protocols, hardware design, interfacing wireless modules, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8bit PIC/AVR, 8051 MCUs & 32bit ARM processor​
  • Learn important communication protocols​
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • RTOS & Raspberry pi

Customized training in Embedded design with add-on modules of IoT framework. This is also a certified programme with in-depth learning in Internet of Things. Students can select the modules as per their preference of microcontrollers, 8051, PIC & AVR with IoT hardware & software design.

CUSTOMIZED

Advanced C programming, Embedded C, programming for PIC/ 8051 and 32-bit ARM Cortex M3 processor, communication protocols, hardware design, Interfacing wireless modules & IoT Framework, high power drives, RTOS & projects

Batch starts on: JAN 30 2020

  • 8-bit PIC, 8051 MCUs & 32bit ARM + IoT framework
  • Learn important communication protocols
  • Hardware design & Single layer PCB design
  • Interfacing wireless modules & power circuits
  • IoT application development using Cayenne

The best way of learning embedded systems is to design your own working model associated with your application requirement. Although it may not be easier in the case of complex projects, but will be helpful in most of the cases as it will improve your skill for finding solutions for similar problems or adopting the solving methodology followed earlier time for achieving optimized design. We at Bitziga, adopted in-depth learning by doing methodology that encourages your potential to think in a different way and support the innovation capabilities. We support learning each code snippet by burning it directly to a real hardware part than using a software simulator. This method of learning will help to design optimized software and hardware for a particular application to understand real world problems & the best solutions for it. We believe in unique ability of each student for accelerating the learning curve towards their successful career than a usual learning practice.

We provide hands-on guidance with more than 90% practical Lab sessions & projects associated with add-on internship programme to support students in developing their skill set in professional competence. Our main focus is to mould each candidate, for meeting the qualities essential for an Engineering professional such as critical thinking, high skill level of coding, communication, collaboration with team members & time management in work. To achieve this goal, we have designed the following structure for Learning Embedded Systems in in an industrial environment.

Concept, modelling, hardware & software design

Learn steps involved in developing a design model for any project, its feasibility test, development of algorithm & model. In this phase, experience the coding techniques, hardware design and practice optimized firmware development.

Learn the development phase by integrating each blocks & add-ons

Learn integrating small add-on blocks together after testing individual blocks for both hardware and software, checking the communication among each block.

Testing of hardware & software, prototyping the model

Understand the important stages of testing for both hardware & software in projects developed by students. Learn techniques for fixing errors in a software using suitable error free working hardware and later solving the issue in hardware.

Technical presentations & mock interviews

We organize regular technical presentations, personality development program, assignments, Tests series for each module & mock interviews associated with the professional training to ensure comprehensive learning and placement.

Internship programme, insight into the Industrial design process

all professional training programmes incorporate an add-on Internship to learn various processes involved in product development and to get an effective insight into industrial design process.

We have an active placement cell, integrated with all of our job assured Training programmes for shaping up the career goals of our smart students.The basic functions of the placement cell is managed through the following processes. We are committed to each student for imparting knowledge and deliver highly professional training through the advanced IT finishing programmes with innovative learning methodologies. The placement cell is always focusing to ensure the placement for all the students who have completed our job assured training successfully. Each student will go through all above processes for achieving their job in core companies.

  • Assisting and supporting our students to develop their career & skills to meet the requirements in industry.
  • Development of Soft skills like interpersonal skills & communication skills
  • Presentation skill development, preparation of Resume & mock interviews
  • Regularly updating the database of Embedded Systems based R&D companies and schedules the interviews.
  • Additional support by Intensive Training & placement programme.

Hundreds of MNCs recruit about thousands of candidates every year with attractive salary packages by evaluating their knowledge in academic education along with the expertise in add-on professional skills. Most of the companies prefer skilled professionals to reduce the training period of the recruited Trainee Engineers and ensure the productivity. So the requirements in the Embedded systems  industry are unlimited among MNCs, small companies, startup companies and the opportunities for skilled professionals are very large. The Alumni of our customized corporate training programmes are mainly working in leading Embedded Systems based R&D companies in all over India. The tech giants such as TCS, Infosys, Robert Bosch etc. are some of the reputed companies where our competent candidates got placement.

Programming in C   |   PIC18F4550   |   Atmel AT89S   |   ARM Cortex M3/ LPC2148   |   USART   |   I2C   |   SPI   |   CAN   |  USB 2.0   |   JTAG   |   CCP   |   ADC   |   RS232   |   LCD   |  ESP32   |   Bluetooth    |    Wi-Fi   |   RFID   |   LoRa   |   TFT  |  LCD   |   Graphic LCD   |   RTOS   |   Raspberry pi   |   PWM   |  Relay   |   Stepper motor   |   DC motor   |   GSM   |   KEYPAD   |  GPS |   DAC   |   Micro SD   |   EEPROM    |    RTC