Departments

All the things you need to know!

Departments

Indian Institute of Technology (IIT) Bhilai currently comprises eleven departments. These departments have been established to cater to the diverse academic interests and research pursuits of our esteemed institution. They are as follows:


  • Department of Bioscience and Biomedical Engineering
  • Department of Chemistry
  • Department of Physics
  • Department of Computer Science and Engineering
  • Department of Electrical Engineering
  • Department of Electronics and Communication Engineering
  • Department of Mechatronics
  • Department of Materials Science and Metallurgical Engineering
  • Department of Mathematics
  • Department of Mechanical Engineering
  • Department of Liberal Arts

Disciplines

Any program and course are offered by an Academic Unit or discipline. The names of disciplines, associated department(s) and their discipline codes are given in the table below.



Discipline Associated with department(s) of Discipline code
Bioscience and Biomedical Engineering Bioscience and Biomedical Engineering BM
Chemistry Chemistry CY
Computer Science and Engineering Computer Science and Engineering CS
Data Science and Artificial Intelligence Computer Science and Engineering DS
Electric Vehicle Technology Electrical Engineering EV
Electrical Engineering Electrical Engineering EE
Electronics and Communication Engineering Electronics and Communication Engineering EC
Liberal Arts Liberal Arts LA
Materials Science and Metallurgical Engineering Materials Science and Metallurgical Engineering MM
Mathematics Mathematics MA
Mechanical Engineering Mechanical Engineering ME
Mechatronics Engineering Mechatronics Engineering MT
Physics Physics PH

Programs Offered

IIT Bhilai offers various academic programs for students with different backgrounds. Admission to many of these programs are based on performance in national level tests/entrance examinations. The programs offered by IIT Bhilai are currently classified as Undergraduate (UG) and Postgraduate (PG) programs. Various degree programs offered by the Institute are listed below.



Program Offered in Offered by department(s)
Bachelor of Technology (BTech) Computer Science and Engineering Computer Science and Engineering
Data Science and Artificial Intelligence
Electronics & Communication Engineering Electronics & Communication Engineering
Electrical Engineering Electrical Engineering
Materials Science and Metallurgical Engineering Materials Science and Metallurgical Engineering
Mechanical Engineering Mechanical Engineering
Mechatronics Engineering Mechatronics Engineering
Master of Science (MSc) Chemistry Chemistry
Mathematics and computing Mathematics
Physics Physics
Master of Technology (MTech) Bioengineering Bioscience and Biomedical Engineering
Computer Science and Engineering Computer Science and Engineering
Data Science and Artificial Intelligence
Electronics & Communication Engineering Electronics & Communication Engineering
Control and Instrumentation Electrical Engineering
Power Systems and Power Electronics
Electric Vehicle Technology
Materials Science and Metallurgical Engineering Materials Science and Metallurgical Engineering
Design and Manufacturing Mechanical Engineering
Thermal and Fluids Engineering
Mechatronics Engineering Mechatronics Engineering
Doctor of Philosophy (PhD) Bioscience and Biomedical Engineering Bioscience and Biomedical Engineering
Chemistry Chemistry
Computer Science and Engineering Computer Science and Engineering
Data Science and Artificial Intelligence
Electrical Engineering Electrical Engineering
Electric Vehicle Technology
Electronics & Communication Engineering Electronics & Communication Engineering
Liberal Arts Liberal Arts
Materials Science and Metallurgical Engineering Materials Science and Metallurgical Engineering
Mathematics Mathematics
Mechanical Engineering Mechanical Engineering
Mechatronics Engineering Mechatronics Engineering
Physics Physics

For More Info -

Courses of Study

Computer Science & Engineering - An Intro

The Department of Computer Science and Engineering at IIT Bhilai offers a robust environment for education and research, backed by advanced laboratories and cutting-edge computing infrastructure. The department focuses on providing hands-on, research-driven learning that prepares students for emerging challenges in computational sciences and industry innovation.


CSE Hacks

  • It is recommended to have a laptop as there will be a respectable number of courses which require you to write assignments on a computer and submit them online. E.g. CAD Modelling, Programming, Some electrical courses.
  • Though it is not a pre-requisite but having an idea of coding (loops, basic syntax, conditionals, functions, a tiny bit of pointers), mainly C language would surely help you to catch pace during the various courses.
  • Get some knowledge about Linux based systems, mainly Ubuntu. There are plenty of resources on the net to help you install the same along with your Windows OS.
  • Having some knowledge of Python and MATLAB can be helpful in some courses as these languages are used as tools in their assignments (Digital Signal Processing).
  • Advanced C concepts such as Algorithms and Data Structures can be studied. This will help you breeze through the basics in the classes and focus on more advanced concepts.
  • Try reading about analysis of algorithms, mainly in terms of time complexity.
  • Some basic familiarity with Discrete Mathematics/Mathematical Logic will really help you in some of the courses but is not compulsory.
  • Practice touch typing and shortcuts on your system's terminal or IDEs (e.g., VS Code, Vim) — it saves a lot of time in coding and debugging.
  • Build a habit of reading documentation — whether it's for Python libraries, MATLAB functions, or Linux commands. It's the best way to become self-sufficient.
  • The world is at your feet in form of the internet. Explore the same for your benefit.

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.

Data Science and Artificial Intelligence (DSAI) - An Intro

The DSAI program at IIT Bhilai is designed to equip students with a solid foundation in data-driven technologies and intelligent systems. It blends mathematics, statistics, computer science, and domain knowledge to prepare students for solving real-world problems using data.


DSAI Hacks

  • If you are looking forward to choose this discipline, then please let me aware you that you should make mathematics your friend.
  • Focus on linear algebra, probability, statistics, and calculus — they form the backbone of ML and data science.
  • The core courses related to data science will involve subjects like Data Analytics and Visualization, Artificial Intelligence, Machine learning, Management of Large Data etc.
  • Python is the primary language used in most courses. Practice libraries like NumPy, Pandas, and Matplotlib early.
  • Understanding how to write efficient code and analyze time complexity will help in both programming and AI.
  • Version control is crucial for collaboration and managing your projects efficiently.
  • Start with small projects (spam filter, movie recommender, etc.). They help solidify your learning and build a strong resume.

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.

Electronics & Communication Engineering (ECE) - An Intro

The ECE program at IIT Bhilai offers a strong blend of theoretical foundations and practical exposure in electronics, communication, embedded systems, and signal processing. It prepares students to innovate in areas like semiconductor technology, communication networks, robotics, and IoT


ECE Hacks

  • If you are considering this discipline, it's important to know that having a passion for innovation and technology is essential.
  • One with keen interests in Calculus, Differential Equations, Signals and Systems, and Electromagnetic Theory should definitely pursue this.
  • The core courses related to electronics and communication engineering will involve subjects like Analog and Digital Communications, Microprocessors and Microcontrollers, Antenna and Wave Propagation, Digital Signal Processing, and VLSI Design.
  • FPGA boards, signal analyzers, oscilloscopes, and embedded development platforms.
  • Focus on real-world projects, hardware-software integration, and simulation tools like MATLAB, Xilinx, and LabVIEW.
  • Projects and electives in AI/ML, robotics, and power electronics in collaboration with other departments.
  • Research and innovation in cutting-edge areas like 5G, wireless communication, VLSI, and autonomous systems.

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.

Electrical Engineering - An Intro

The Electrical Engineering program at IIT Bhilai is designed to provide students with a strong foundation in essential domains such as power systems, control systems, electrical machines, electronics, and signal processing. Through a balanced mix of theory and hands-on learning, the curriculum equips students with the core technical skills needed to understand and solve real-world engineering problems


The Discipline offers Undergraduate program (B. Tech), Postgraduate programs (MTech.) and Doctorate (PhD) program from the session beginning in 2017. The research interests of our faculty encompass a wide gamut of sub-disciplines of Electrical Engineering. We have state-of- the-art lab facilities along with trained staff to handle the latest equipment. The Discipline has been playing a key role in instilling the avidity amongst students and encouraging research in the various sub-disciplines of Electrical Engineering. In the coming years we see ourselves as pioneers of Advanced Research and Development in our field.


EE Hacks

  • Do small projects on weekend. Learn the use of sensors. This will help you in IOT class and Independent projects.
  • Coding: Make yourself comfortable with programming in first year only. Without learning programming, you may fall back in many areas of EE in the future.
  • Solve many problems in core subjects like Analog electronics, Semiconductors, Signals and Systems etc.
  • Technical Skills:
    • Learn to use electrical instruments like Oscilloscope, Function generator, Digital Multimeter in EE lab.
    • Develop the skills of doing circuit analysis using Laplace transform, differential equations etc. Most of the time you must do this.
    • Basics of microcontrollers (Arduino, STM32) and FPGA programming (Verilog/VHDL).
  • FPGA boards, DSP kits, oscilloscopes, VFDs, PV and wind emulators, dSPACE systems, and more.
  • Soft Skills:
    • MATLAB (Used for Data Analytics)
    • Python (Considering the first year this is more important for DSP and Data Analytics)
    • C language (for Data Structure and Arduino programming)
    • Using tools like KiCAD, Eagle, or Altium for making your own boards.
  • Maths: It is a natural tendency of most students after coming to IIT to neglect maths. DON'T do it! In CSE we can see the result of our programming is on screen. And in Mechanical Engineering whatever is happening we can see it physically e.g. by applying force, weighing it etc. But in EE we can't. First, we need to MODEL IT in MATHEMATICAL EQUATIONS and then see, what is the output for input. So, topics in maths like Vector Calculus, Fourier and Laplace transforms, Differential Equations, Matrix Analysis are very important. Don't detest these subjects.
  • The world is at your feet in form of the internet. Explore the same for your benefit.
  • Understand Simulation Tools - Tools like LTspice, Proteus, or Simulink are essential.
  • Explore Elective Areas - From power systems to embedded control — discover your interest early.

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.

Mechanical Engineering - An Intro

Have you ever wondered how rockets and flights are manoeuvred? Does the flourishing sound of an engine and manufacturing processes tingle your curiosity? Then this field is for you. You will get a boost to your mechanics, statics, solid and fluid dynamics knowledge and you will surely enjoy all of it, you'll also learn how mechanical structures are supported, automation and robotics, workshops (e.g. welding, lathing) and their applications.


Mechanical Engineering basically deals with the following domains:

  • Design
  • Production and operation of machinery
  • Application of thermodynamics and mechanics
  • Automated control systems
  • Manufacturing

The Mechanical Engineering program at IIT Bhilai offers a well-rounded education in both classical and modern aspects of mechanical systems, emphasizing design, manufacturing, thermal sciences, fluid dynamics, and mechanics. It also integrates emerging areas like robotics, computational simulations, materials engineering, and sustainable technologies.


ME Hacks

  • Mechanical Engineering is all about understanding existing systems and then designing new ones inspired by the ones we have studied. It will be beneficial if you have your JEE concepts fresh for the following topics:  
    • Fluid Mechanics
    • General Mechanics
    • Thermodynamics
    • Chemical Kinetics
    • Solid Mechanics (Stress, Strain, Elasticity)
    • Materials Science and Manufacturing Processes

  • Make yourself comfortable with programming in any one language (preferably C/C++) during the first year itself.
  • Familiarizing yourself with Arduino and other micro-controllers, it will help you a lot in your independent project at the end of the first semester.
  • The first year mechanical curriculum consists of a good number of Math Courses. Do not ignore them as they carry with them significant credits of the semester.
  • CNC machines, 3D printers, wind tunnels, vibration labs, and thermal analysis systems.
  • Simulation tools like ANSYS, SolidWorks, MATLAB, and AutoCAD.
  • Project-based coursework, design challenges, and fabrication experience through labs and competitions (e.g. SAE, Go-Kart, Drone Racing).
  • Opportunity to work on systems involving mechatronics, automation, and AI applications in mechanical design

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.

Mechatronics - An Intro

The Mechatronics Engineering program at IIT Bhilai is an interdisciplinary course blending mechanical engineering, electronics, computer science, and control systems to design and develop smart automated systems and robotics.


Mechatronics Hacks

  • Focus on projects as much as possible. Tinker with Arduino, sensors and actuators on weekends and try to learn about them as mush as possible.
  • A decent knowledge of a programming language like C/C++ or Python would be really helpful.
  • Since the discipline of Mechatronics involves the concepts of both mechanical engineering and electronics engineering, a basic knowledge of the fundamentals of these disciplines would be of a great help.
  • Try to revise JEE topics relevant to Mechatronics such as Mechanics, Solid Mechanics (elasticity, stress, strain, stress-strain curve etc.), Electrodynamics and Circuits, and basics of Electronic devices (diodes, transistors etc.)
  • Last but most important, do take your 1st sem Digital Fabrication course very seriously, as there you are taught CAD modelling and basics of fabrication, which would prove to be very useful to you in further sems.
  • Hands-on experience with robotics kits, automation platforms, and industrial control systems.
  • Integration of hardware and software in real-world applications like drones, autonomous vehicles, and smart devices
  • Basics of C, Python, or MATLAB help immensely across disciplines.

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.

Materials Science and Metallurgical Engineering (MSME) - An Intro

Are you fascinated by the properties of metals and materials? Does the science behind alloys, composites, and their industrial applications intrigue you? If so, Materials Science and Metallurgical Engineering might be the perfect fit. This field delves into the fundamentals of material structure, properties, and processing techniques, offering insights into how different materials can be tailored for specific applications.


Materials Science and Metallurgical Engineering covers a wide array of domains including:

  • Structure and Properties of Materials
  • Metals, Alloys, and Composites
  • Processing and Fabrication Techniques
  • Physical Metallurgy
  • Materials Characterization

The Materials Science and Metallurgical Engineering (MSME) program at IIT Bhilai focuses on the study, design, and development of materials — metals, ceramics, polymers, composites, and nanomaterials — to meet the demands of advanced technologies across industries like aerospace, energy, manufacturing, and electronics.


MSME Hacks

  • Materials Science and Metallurgical Engineering involves a deep understanding of material properties and their applications. It will be advantageous to have a strong foundation in the following areas: 
    • Crystallography and Phase Transformation
    • Mechanical Behavior of Materials
    • Thermodynamics of Materials
    • Chemical Kinetics in Metallurgical Processes
    • Electrochemistry

  • Develop proficiency in scientific programming early on, particularly in languages like Python or MATLAB, which are widely used in materials research.
  • Get acquainted with fundamental laboratory techniques like microscopy and spectroscopy to strengthen your practical skills.
  • Pay attention to foundational courses in mathematics and physics during your first year, as they provide the basis for understanding material science principles.
  • State-of-the-art labs for materials synthesis, heat treatment, microstructure analysis, and mechanical testing.
  • Access to X-ray diffraction (XRD), scanning electron microscopy (SEM), universal testing machines, and more.
  • Applications in aerospace, energy storage, biomaterials, semiconductors, and manufacturing.

* The tips are in no sense a pre-requisite for any of the courses you take during your semesters. They are just a set of pointers to get you in the right direction without having to fumble over a plethora of resources.