EE IIT Dharwad



    Department of

      Electrical, Electronics and Communication Engineering

  Indian Institute of Technology Dharwad


B. Tech.

NEWS:

Electrical and Electronics Engineering (EEE)

In recognition of the ever-expanding field of electrical engineering, we have streamlined our BTech program to focus on two distinct specializations: Electronics and Communication Engineering (ECE) and Electrical and Electronics Engineering (EEE). This change allows us to provide a more focused curriculum that aligns with the latest advancements in both areas, while still offering a strong foundation in core electrical engineering principles. Prospective students interested in pursuing a BTech degree in electrical engineering can now choose between the ECE and EEE tracks. The ECE program will delve deeper into areas like communication systems, signal processing, circuit design etc.. The EEE program will emphasize on power electronics, power systems, control engineering, machine drives etc.

The core courses, i.e. courses in the first two years, will be common for both EEE and ECE. The semester wise course outline can be downloaded here.

Electronics and Communications Engineering (ECE)

In recognition of the ever-expanding field of electrical engineering, we have streamlined our BTech program to focus on two distinct specializations: Electronics and Communication Engineering (ECE) and Electrical and Electronics Engineering (EEE). This change allows us to provide a more focused curriculum that aligns with the latest advancements in both areas, while still offering a strong foundation in core electrical engineering principles. Prospective students interested in pursuing a BTech degree in electrical engineering can now choose between the ECE and EEE tracks. The ECE program will delve deeper into areas like communication systems, signal processing, circuit design etc.. The EEE program will emphasize on power electronics, power systems, control engineering, machine drives etc.

The core courses, i.e. courses in the first two years, will be common for both EEE and ECE. The semester wise course outline can be downloaded here.

Prior to 2024 Batch

  • The details below are only applicable to students admitted upto academic session 2023-24 and earlier.

  • The Department of Electrical, Electronics and Communication Engineering offers a B.Tech degree in Electrical Engineering. Some salient features of the degree are given below:
  • ● Most of the core courses are completed by the end of the second year. Students have the flexibility to choose the elective courses from the department and other departments in the next two years.
  • ● Students can choose an industry internship for an extended period at the end of the three years. They can work on industry-oriented projects and that is counted in the credit requirement for the B.Tech degree.
  • Curriculum: Semester wise curriculum can be found below:
  •  
  • L: Lecture        T: Tutorial        P: Practical lab session

Semester 1:

Course Code Course L-T-P Credits
MA 101 Calculus 3-1-0 8
PH 101 Quantum physics and Applications 2-1-0 6
CH 101 Chemistry for Engineers:Fundamental Concepts and Applications 3-1-0 8
CH 111 Chemistry laboratory 0-0-3 3
ME 111 Engineering Graphics Lab 1-0-3 5
ME 113 Hands-on- Engineering Lab 0-0-3 3
HS 101 Introduction to Fine Arts 0-0-1 1(P/NP)
NO 101 Sports 0-0-0 P/NP
    Total Credits 34

Semester 2:

Course Code Course L-T-P Credits
MA 102 Linear Algebra 3-1-0 4
MA 103 Differential equations – I 3-1-0 4
PH 102 Electricity and Magnetism 2-1-0 6
EE 101 Introduction to Electrical andElectronics Circuits 3-0-0 6
PH 111 Physics Laboratory 0-0-3 3
BB 101 Essential Biology for Engineers 3-0-1 7
CS 101 Computer Programming 3-0-2 8
NO 102 National Sports Organisation 0-0-0 P/NP
    Total 38

Semester 3:

Course Code First Half Second Half Credits
EE 221 /EE 227 Introduction to Probability (3)  Data Analysis (3) 6
EE 229/EE 202 Electronic Devices (3)  Analog Circuits (3) 6
EE 205 Network Theory 6
EE 207 Signals and Systems 6
HS 201 Economics 6
NO 102MA 207 Complex Analysis (4) Differential Equations II (4) 8
    Total Credit 38

Semester 4:

Course Code First Half Second Half Credits
EE 206/EE 209 Intro to ElectricalMachines (3) Intro to Power Electronics (3) 6
EE 208/EE 223 EngineeringElectro-magnetics (3) Intro to Power Systems (3) 6
EE 309/216 Intro to CommunicationSystems (3) Comm Lab – I(2) 5
EE 204 Digital Systems   6
EE 214 Digital Circuits Lab   3
EE 303 Control Systems + Lab   6
EE 212 Devices and Circuits Lab   3
    Total Credits 35

Semester 5:

Course Code First Half Second Half Credits
EE 325 Microprocessors and Microcontrollers                                              
EE 319  Microprocessors and Microcontrollers Lab  
HS HSS Elective     6
EE 321/EE 315 DSP (3)  DSP Lab – I(2)   5
   ELECTIVES    12
EE 311 EMPE Lab (3)    3
     Total Credits 35 

Semester 6:

Course Code  First Half Second Half Credits 
CH 301   Environmental Studies  
 EE 314 Electronics Design Lab   
  ELECTIVES     24
     Total Credits 36

Final Year:

BTP: Btech project, Co-op Project: Project work in Industry

1. A student has to earn 36 credits in the fourth year.
2. A student may choose to earn zero or 6 or 12 credits through BTP/co-op project.
3. The BTP/co-op may be split into two semesters (6 credits per semester).
4. The remaining credits should be earned through Institute Elective.