B.Tech. in Mechatronics 

at Maharashtra State Skills University, Mumbai

The syllabus for BTech in Mechatronics Engineering is a mix of both core and elective subjects. The core subject modules are compulsory for you to study in each semester because they give you foundational knowledge of the field, leaving little to no scope for customization.

Talking about the elective subjects in particular, you can pick the subjects based on your interests and understanding - the ones that seem easy to understand and fun to explore, can help you score good marks, and are relevant as per market demands.

When it comes to customizing the syllabus for B Tech in IT, you can always find some scope in the elective subject choices that you choose based on your interests. Every college give you a plethora of elective options to choose from.

On the contrary, the core subjects are compulsory for you to study with zero scope for customization as they are meant to give you a strong base for IT-related concepts for you to become well-equipped and job-ready for the future.

Helpful Link: BTech Information Technology Syllabus

Below are some of the general subjects that you can pick during your BTech studies, as these course will advance your technical and practical knowledge:

Mathematics: A mathematical background includes understanding of Calculus, Linear Algebra, Differential Equations and Statistic Stamina.
Physics: Mechanics, electricity & magnetism, kinetics & dynamics, thermodynamics and wave & optics.
Chemistry: This common general chemistry course involves sub-topics such as organic chemistry, inorganic chemistry among others.
Programming: C+,  Python,  Java
Engineering fundamentals: Statistics, dynamics, fluids and their action, heat and its work, properties of matter
Engineering design: Aesthetics, reasoning process, design tools and methods, using of computer-aided design (CAD).

Rest, the subjects taught in the BTech courses would be specialization-specific, based on your chosen field.

The BTech IT syllabus includes some interesting core and elective subject choices, along with practical training and projects. Some of the popular electives are Cloud Computing, Software Engineering, IoT, and Advanced Database Systems. To pick the right electives, it is important for you to think about your interest areas and pick the easy-going subjects, the ones that align with your future plans and are interesting to learn and explore.

Engineering job profiles vary across the industry as well as the domain where the person is recruited. Since the popular industries include petrochemicals, civil engineering, construction and other allied industries, the following job profiles are very popular and offer promising career opportunities:

Note- The above salary has been taken from external sources, and hence may vary.

Humanities as a stream provides a wide range of courses that can be studied after completing their 12th grade. Pursuing any of these degrees prepares you to understand the various levels of humanities and, as a result, carve out an appropriate job path. Candidates in the humanities can apply for positions in the government sector, such as banking firms, government ministries, legal firms, and political analysts.

Content Writer, Civil Services, Human Resource Manager, Defense Services, Lawyer, Journalist, Counsellor, and Therapist positions are available. As freshers, humanities graduates can expect to earn between INR 2-6 LPA.

The B Tech in Mechatronics Engineering scope is quite promising given the interdisciplinary approach of the field where you get a combination of skills related to Mechanical, Electrical, and Computer Science Engineering. You turn out to be an asset for recruiters across industries and can explore some high-paying job profiles as given below:

• Mechatronics Engineer
• Robotics Engineer
• Automation Engineer
• Computer System Analyst
• Mechanical Engineer
• Control Systems Engineer
• Instrumentation Engineer
• Data Scientist

Mechatronics engineers with more inclination towards the mechanical field use CAD software paired with the mechanical know-how to carefully draft, simulate, and actualize every machine of today. The CAD simulates the 3-D model projects, enabling engineers to visually grasp their designs, collect it, and determine how the device reacts under various conditions and loads.

Mechatronics-Electrical engineers, on the other hand, look after the circuitry, where they design the electromagnetic conversions and highways that send signals to the robotic arms, for instance. They make the finalized circuit boards for a variety of electronic and mechanical devices. Mechatronics engineers who enter into the computer industry, look after the computer software systems and their overall working.

 Imagine the passion project come to life after going through the turbulent phases of design to being tested and getting the stamp of approval. Sounds quite exciting!