When can I start attending placements after enrollment?+
Typically our placement process starts from the third month onward
once students complete programming modules like C, C++ and
microcontroller basics . The placement process continues till you
get placed .
How this course will help me to become an Embedded Engineer?+
Embedded engineers design and develop systems that include
software and hardware components. They work on creating and
integrating software and hardware to control devices and systems.
The skills and knowledge required to become an embedded engineer
can vary depending on the specific role, but typically include:
-
Strong programming skills, including proficiency in at least
one programming language commonly used in embedded systems
such as C or C++.
-
Knowledge of computer architecture and microcontrollers,
including how to program and debug microcontrollers.
-
Familiarity with electronics, including digital and analog
circuits and electronics design tools like circuit simulators
and oscilloscopes.
-
Knowledge of operating systems, including real-time operating
systems commonly used in embedded systems.
-
Experience with development tools such as integrated
development environments (IDEs), version control systems, and
debuggers.
-
Good understanding of software development processes,
including design, testing, and documentation.
-
Familiarity with communication protocols such as serial, I2C,
and SPI, used in embedded systems.
The course you're referring to can provide a structured and
comprehensive curriculum to help you learn and develop these
skills, and can also provide opportunities for hands-on projects
and practical experience. However, becoming an embedded engineer
also requires continuous learning and staying up-to-date with
the latest technologies and industry developments.
How are salary trends in embedded system jobs?+
Embedded systems is a rapidly growing field in India, with a high
demand for skilled professionals. The salaries in this industry
tend to be competitive and reflect the high demand, with several
factors influencing salary levels.
On average,
entry-level embedded engineers in India can expect to earn around
INR 4-6 lakhs per annum, while more experienced engineers can earn
upwards of INR 15-20 lakhs per annum.
The location of
an engineer can also impact their salary, with cities such as
Bangalore, Hyderabad, and Pune having a high demand for embedded
engineers and therefore offering higher salaries. According to
Glassdoor, the average salary for an Embedded Systems Engineer in
pune is around INR 6.5 lakhs per annum.
What type of companies participate in placements?+
We have placement collaboration with 1355+ companies. All of them
work on Embedded Systems development across various verticals
starting from Automotive to IoT. These companies can be
categorized into three categories .
- Multinational Companies (MNCs) :
- Indian Big Companies:
- Mid-size companies
- Start-ups & Small scale companies:
What are career options for embedded freshers in india ?+
For freshers in the field of embedded systems in India, there are
several career options available, including:
-
Junior Embedded Systems Engineer: Entry-level
engineers can start their careers as Junior Embedded Systems
Engineers, working on projects and developing their skills and
knowledge.
-
Embedded Systems Trainee: Many companies
offer trainee positions in embedded systems, providing
freshers with hands-on experience and a chance to learn from
experienced professionals.
-
Embedded Systems Technician: Freshers can
also consider becoming an Embedded Systems Technician, working
on the maintenance and repair of embedded systems.
-
Entrepreneur or Freelancing : Freshers can
also look for project-based work or freelance opportunities,
working on projects for clients and building their
portfolios.Attending industry events, conferences, and
workshops can provide an opportunity to meet other
professionals in the field, learn about current trends and
technologies, and build industry connections
-
Embedded Tester: A job in embedded system
testing involves designing and executing tests to ensure that
the embedded system meets the specified requirements.
What skill required to become embedded engineer+
Becoming an Embedded Engineer requires a combination of technical
skills and personal qualities. Some of the key skills required for
this role include:
-
Strong programming skills: Embedded Engineers
must have strong programming skills, including proficiency in
C, C++, and other programming languages commonly used in
embedded systems.
-
Knowledge of embedded systems: Embedded
Engineers should have a good understanding of embedded systems
and their components, including microprocessors,
microcontrollers, and firmware.
-
Experience with real-time operating systems:
Familiarity with real-time operating systems such as FreeRTOS,
RTOS, or VxWorks is important for Embedded Engineers.
-
Knowledge of electronics: Embedded Engineers
should have a good understanding of electronics and circuit
design, including knowledge of microcontroller interfaces,
power management, and communication protocols.
-
Debugging skills: Embedded Engineers must
have strong debugging skills, including the ability to debug
complex systems and identify root causes of issues.
-
Problem-solving skills: Embedded Engineers
must have excellent problem-solving skills, including the
ability to identify and solve problems independently and as
part of a team.
-
Collaboration skills: Embedded Engineers must
be able to work effectively as part of a team, collaborating
with hardware and software engineers, as well as other
stakeholders.
-
Communication skills: Embedded Engineers must
have strong written and verbal communication skills, including
the ability to explain complex technical concepts to
non-technical stakeholders.
-
Adaptability: Embedded Engineers must be
adaptable, quick learners and able to work with emerging
technologies and changing requirements.
-
Passion for technology: Embedded Engineers
must have a passion for technology and a genuine interest in
learning about new technologies and trends in the field.
What are steps to learn embedded system+
Learning Embedded Systems can be a challenging but rewarding
journey. Here are some steps you can follow to start your learning
journey:
-
Start with the basics: Learn the fundamentals
of electronics, computer science, and programming. Familiarize
yourself with microcontrollers, microprocessors, and embedded
systems architecture.
-
Get hands-on experience: Start experimenting
with simple embedded systems projects. You can use development
boards and microcontroller kits to get started.
-
Learn programming languages: Embedded
Engineers should be proficient in C and C++. It is also
important to learn other programming languages like Python,
which are commonly used in embedded systems.
-
Familiarize yourself with real-time operating
systems:
Learn about real-time operating systems and how they are used
in embedded systems. Familiarize yourself with popular
real-time operating systems like FreeRTOS, RTOS, and VxWorks.
-
Get experience with debugging tools: Learn
how to use debugging tools such as JTAG, In-Circuit Emulators,
and Logic Analyzers to debug embedded systems.
-
Learn about communication protocols:
Familiarize yourself with common communication protocols such
as SPI, I2C, USB, and how they are used in embedded systems.
-
Participate in online communities: Join
online communities and forums where you can connect with other
embedded systems enthusiasts and experts. You can ask
questions, share knowledge, and collaborate on projects.
-
Keep up-to-date with emerging technologies:
Stay current with the latest developments and trends in
embedded systems. Read technical articles, attend conferences
and workshops, and take online courses to further your
education.
-
Work on real-world projects: Participate in
internships or work on real-world projects to gain practical
experience in the field.
-
Build a portfolio: Document your projects,
achievements, and learning experiences in a portfolio. This
will help you demonstrate your skills and knowledge to
potential employers.
What does an Embedded Software Engineer do?+
An Embedded Software Engineer is responsible for developing and
maintaining software for embedded systems, which are computer
systems integrated into other devices and products. Their job
duties typically include:
-
Designing, developing and testing software for embedded
systems.
-
Writing code in C, C++, or other programming languages
commonly used in embedded systems.
-
Debugging and troubleshooting software issues in embedded
systems.
-
Integrating software with hardware components, including
microprocessors and microcontrollers.
-
Implementing real-time operating systems and communication
protocols in embedded systems.
-
Collaborating with hardware engineers and other stakeholders
to ensure software meets technical and functional
requirements.
-
Participating in code reviews and ensuring code quality
standards are met.
-
Staying current with emerging technologies and trends in the
field of embedded systems.
-
Documenting software design, development processes, and test
results.
-
Providing technical support to customers and other
stakeholders.
Embedded Software Engineers must have strong technical skills,
including proficiency in programming, knowledge of electronics
and circuit design, and experience with real-time operating
systems. They must also have excellent problem-solving skills
and the ability to work effectively as part of a team.
What is relation between Embedded and Automotive?+
Embedded systems and automotive are closely related fields.
Embedded systems refer to computer systems integrated into other
devices and products, while the automotive industry involves the
design, manufacture, and sale of motor vehicles.
In the
automotive industry, embedded systems play a crucial role in the
design and operation of modern vehicles. Embedded systems control
various functions of a vehicle, such as engine management, safety
systems, infotainment, and navigation. These systems are essential
for ensuring the safe and efficient operation of vehicles, and are
increasingly being used to enhance the driving experience.
The
integration of embedded systems into the automotive industry has
led to the development of new technologies, such as advanced
driver assistance systems (ADAS), electric and hybrid vehicles,
and autonomous vehicles. These developments have created new job
opportunities in the field of embedded systems, particularly in
the automotive sector.
Overall, the relationship
between embedded systems and the automotive industry is one of
interdependence, where the advancements in one field drive
advancements in the other.
What skills needed for Automotive Embedded engineer?+
An Automotive Embedded Engineer is responsible for developing and
maintaining software for embedded systems in the automotive
industry. The following skills are important for this role:
-
Programming: Proficiency in programming
languages such as C, C++, and Assembly.
-
Electronics: Knowledge of electronics and
circuit design, including microcontrollers, microprocessors,
and peripheral interfaces.
-
Real-time Operating Systems: Knowledge of
real-time operating systems and their application in the
automotive industry.
-
Automotive Communications Protocols:
Familiarity with automotive communication protocols such as
CAN, LIN, and FlexRay.
-
Debugging and Troubleshooting: Strong
debugging and troubleshooting skills, including the ability to
diagnose and resolve hardware and software issues in embedded
systems.
-
Embedded Software Development: Experience in
embedded software development, including software
architecture, design, implementation, and testing.
-
Automotive Systems: Knowledge of automotive
systems and components, including engine management, safety
systems, infotainment, and navigation.
-
Project Management: Ability to manage
projects, coordinate with cross-functional teams, and deliver
projects within deadlines.
-
Regulatory Compliance: Understanding of
automotive industry regulations and standards, such as ISO
26262 and MISRA.
-
Adaptability: Ability to adapt to new
technologies and changing industry trends.
An Automotive Embedded Engineer must also have strong
interpersonal and communication skills, as well as the ability
to work effectively as part of a team. Additionally, they should
be detail-oriented and have excellent problem-solving skills.
Who recognizes our training certifications?+
Our Training Certifications for course completion are accredited
by ISO and NASSCOM itself. For NASSCOM certification every
candidate has to appear in an evaluation that, after completing
that the candidate will get two certificates from Technoscripts.
One is ISO-certified Technoscripts Certification and One
certification is accredited by NASSCOM itself in embedded
systems.
Technoscripts also provide each candidate with
a project certificate to validate it and that certificate is also
recognized by 100+ MNCs around the globe.
What are the fees for an embedded Systems Course online?+
The Fees for the embedded training online range from 40000-50000
INR and this fee is inclusive of the features of Technoscripts.
Mock
Interviews, LinkedIn optimization, ATS-friendly resumes, Industry
Experienced Mentors, Live Projects, and Online and Offline
Training. Note: Fees for online and offline training remain the
same. The features provided to Students adopting classroom
training will be the same as for online students.
Who recognizes our training certifications?+
Our Training Certifications for course completion are accredited
by ISO and NASSCOM itself. For NASSCOM certification every
candidate has to appear in an evaluation that, after completing
that the candidate will get two certificates from Technoscripts.
One is ISO-certified Technoscripts Certification and One
certification is accredited by NASSCOM itself in embedded
systems.
Technoscripts also provide each candidate with
a project certificate to validate it and that certificate is also
recognized by 100+ MNCs around the globe.
What is the Batch Schedule for The Embedded Systems Course
Online?+
For Embedded Course Online multiple batches are starting each
week. We have facilities for both weekday and weekend batches.
Students according to their comfort level can choose between
weekend and weekday batches. Weekday batches have 2 hours of class
each day whereas weekend batches have 4 hours of class. Students
who missed the classes due to certain reasons can be provided with
recordings and also batches can reallocated according to the
syllabus and availability of our mentors.
