Virtual Instrumentation Lab

Virtual Instrumentation Lab

Facilities

Setup 

Items list
PXI8176 High-performance PXI/Compact PCI-compatible system controller.
SCXI-1000 Industrial Signal Conditional Chassis
SCXI-1520 8-channel universal bridge input module for Wheatstone bridge-based measurements.
SCXI-1180 Feed through panel to extend the I/O signals of the plug-in DAQ board to the front of the SCXI chassis.
SCXI-1125 An eight-channel isolated analog input conditioning module with programmable gain and filter settings on each channel. Each channel has 12 programmable gain settings from 1 to 2000 and two programmable filter settings of either 4 Hz or 10 kHz. An onboard EEPROM for nonvolatile storage of software correction constants for both gain and offset.
USB - 6009 14 Bit Multifunction I/O and NI- DAQmx
USB- 4432- 24 Bit Sigma Delta ADCs
WSN Starter kit (International)
WSN - 32264 Channel programmable RTD
 NI 9792 Programmable real time controller Integrated WSN Gateway 9 - 35VDC
ELVIS II Hardware Programmable Logic Controller (Allen Bradley) Micrologix 1500 LRP Series B
Micrologix 1000 Analog with I/O Devices.
DC Input Module 13 Inputs
AC DC Output Modules  13 Inputs
RS Logix 500 English Software for PLC Programming and Ladder simulation.
RS-VIEW32 HMI Human Machine Interface Software
0-1250?C Infrared Temperature Scanner
RTD (pt100)
 Thermocouple 
RT to 620?C Temperature Calibrator
Thermo - Anemometer For the measurement of wind speed and relative humidity
PSoC kit Digital Temperature Indicator with data logging with 0 - 100° C with RS 232C Interface
Model No - TT - LVDT LVDT Trainew Kit
ST – 2303 LVDT trainer
ST – 2304 Strain Guage Trainer
PCI DIOT Stepper motor interface
Campus
Pilani
Division/Department
Pilani-Electrical & Electronics Engg

Optical Communication Lab

Optical Communication Lab

Facilities

Serial Number

Items list
1 Agilent 86142 Optical Spectrum Analyzer
2 Agilent Technologies DSO 1022A Oscilloscope (200 MHz) (2 GSa/s)
3 Hameg Instrument HM02022 Digital Oscilloscope (200 MHz/2Ga/2MB)
4 Tektronix TDS 2012B Two channel digital storage oscilloscope (100 MHz, 1Gs/s)
5 20 Mbps PRBS Generator
6 OPTOSCI- Fiber Optic Communications Kit
7 Standa Optomechanics Board
8 Agilent Technologies N7744A Optical Power meter
9 OptoSci Optical Prism Coupling Unit
10 Newport X-Y-Z Aligners
11 Fiber Cleaver
12 OZ Optics Optical Power meter
13 SMF Patch Cord
14 Graded Index multimode Fiber (62.5/125/250 µm)
15 VPIPhotonics Transmission Maker
16 Optisystem
17 OptSim
18 OCSim
19 BeamProp
Campus
Pilani
Division/Department
Pilani-Electrical & Electronics Engg

Wireless Communication Lab

Wireless Communication Lab

Facilities

Jennic ZigBee PRO Wireless Sensor Network Platform

Wireless Sensor Network (WSN) refers to a group of nodes (with some sensors on-board) connected through a wireless link and thus forming a cluster/ network to perform specific task(s) like asset management, smart lighting, remote control, etc. ZigBee PRO is the latest version of ZigBee protocol which is based on IEEE 802.15.4 standard. This WSN platform from Jennic enables users to create ZigBee/ IEEE 802.15.4 based WSN applications. The nodes in this kit have sensors for temperature, humidity and ambient light on-board. The wireless networks formed operate in the 2.4 GHz unlicensed ISM band and support a data-rate of 250KBps. Application development is done in C/C++ on Eclipse IDE with ZigBee PRO libraries provided by Jennic. The work is carried out in this lab is mainly in the domain of developing applications for energy management.

TelosB IEEE802.15.4 based motes with WiEye PIR Sensor

TelosB is an IEEE 802.15.4 based WSN platform. These devices have USB programming capability, an IEEE 802.15.4 radio with integrated antenna, a low-power MCU with extended memory (of 1 MB) for data logging. They run TinyOS on them and have the capability of integrating more sensors for custom applications. The WiEye sensor has a long-range PIR sensor which can detect human presence up to 20-30 feet distance. This sensor board also has visual light and acoustic sensors enabling improved detection. These sensors can be used for surveillance and security applications.

Microcontroller Based GSM, RFID kits

These kits have an 8051 microcontroller interfaced to an RFID/ GSM modem. They also have some other peripherals like RTC, stepper motor controller, etc. all integrated on a single board making it suitable for small scale embedded applications for control and communication.

Campus
Pilani
Division/Department
Pilani-Electrical & Electronics Engg

Power Electronics Lab

Power Electronics Lab

Power Electronics (PE) is a branch of engineering which requires the knowledge of Analog/Digital Electronics and Control Systems domain. Nowadays, PE is employed in applications ranging from few Watts residential to several Megawatts industrial systems and processes. PE is the integral part of modern technology. Application of semiconductor switching devices such as Diode, BJT, SCR, MOSFET, IGBT, GTO etc. to convert and control the amplitude and direction of power flow to met the load requirements is the main objective of this course/laboratory. Practical design issues are also covered in laboratory experiments. After successful completion of this laboratory, students will be able to design, simulate, develop and analyze the performance of various power electronic converters including AC/AC Converters, AC/DC Converters, DC/DC Converters & DC/AC Converters.

Facilities

List of Equipments Available in Power Electronics Lab (Room No 2118)

No
Facilities
1 CRO 20 MHz
2 DSO 40 MHz Tektronix
3 DSO 100 MHz Tektronix
4 DSO 100 MHz 4 Channel
5 Multioutput DC Power Supply
6 Single Output Variable Power Supply 0 to 65 V, 5A
7 LCR-Q Meter
8 Function Generator 2 MHz
9 1 MHz Low Distortion Signal Generator
10 Digital Multimeter RISH Max 10
11 Single Phase Variac 8A
12 Differential Probe 25 MHz
13 3 PH Bridge Diode Rectifier + 3 PH IGBT Based PWM Inverter
14 Transformer 0.5 KVA
15 Rheostat 100 Ohm/5 Amp
16 OPAL-RT ( Advanced Spartan 6 Based Controller OP4510-300-10Y) 
17 dSPACE  -1104  (Advanced Control Educational Kit)
18 Solar  PV Emulator- 2 kW, Make -Ecosense
19 Photovoltaic Simulator Standalone Terrasas: Output Power 10kW, Open Circuit Voltage 600V, Short Circuit 17A.
20 3 Phase IPM Power Module
21 3 Phase 3 Level Diode Clamped Multi Level Inverter
22 SRM Power Module
23 High Voltage PFC and Motor Control Developers Kit
24 BLDC Power Module
25 Educational Practice Board for TMS320F28335
26 TMS320 eZdsp F2812 with DSP in Socket with Fuzzy Logic
27 Nano Board 3000 Advanced  Spartan 6 Based Controller, Make Altium & Entuple
28 Spartan 6 FPGA Development Board
29 Keysight Make 100KHz/100A Current Probe
30 Fluke Make AC/DC Current Probe  Model 90I-610S
31  CT-410 Current Monitor(Clamp-On Current Monitors), Pearson Make
32 Oscilloscope: Digital Storage, 200MHz, 2GS/s, 4 Isolated Channels, TFT Color Display,
33 MSOX3034A Oscilloscope: 350MHZ, 4 Analog Plus 16 Digital Channels.
34 Power Measurement Bundle: TPS2PWR1 Module and Four  P5122 Probes
35 Fluke Make Digital Multimeter Model : 87-V
36 3 Phase Power Quality & Energy Analyzer with all accessories  Model  435-II,Make Fluke

List of SOFTWARE / KITS available in POWER ELECTRONICS Lab (Room No 2118)

1 ETAP Software
2 Matlab /Simulink with 8 other toolbox
3 PSCAD V4.1.1 EE MUL Software 20 User License
4 ACE-Kits (d- space DS1104)
5 TMDSDOCK28335 (TMS320F28335) Experiment Kit
6 NVIS-Hybrid Solar & Wind Energy Trainer NV6009
7 TMS320F2812 eZdsp System Kit
8 Emulator C2000 Series XDS510LC JTAG
9 High Voltage PFC and Motor Control Developers Kit
10 AC Induction Motor for TMDSHVMTRPFC Kit
11 Brushless DC Motor for TMDSHVMTRPFC Kit
12 3 Phase BLDC Motor Kit with DRV8312 and Piccolo MCU
Campus
Pilani
Division/Department
Pilani-Electrical & Electronics Engg

B.E. Electronics & Computer

B.E.

Electronics & Computer



Offered at: Goa Campus

Apply
Now Download
Brochure Talk to a
Counsellor

Building Innovators in Electronics and Computing


The B.E. in Electronics & Computer Engineering at BITS Pilani, Goa, is a rigorous and interdisciplinary programme blending key principles of electronics, computer science, and emerging technologies. Students will sharpen their skills in digital systems, microprocessors, software development, and embedded systems, while also developing critical problem-solving and analytical skills, which are important for the current evolving times. The curriculum amalgamates experiential learning in state-of-the-art infrastructure labs, preparing students for industry trends and the future world of work.



Know More

Design a Degree That Works for You


At BITS Pilani, your academic path is not Linear. It allow you to customise your learning path
according to your aspirations, goals and interest.

The structure of degree programmes and academic regulations also provides certain other flexibilities like choice of electives, number of electives, repetition of courses, departure from normal pace, withdrawal from or substitution of course(s), etc.

Read More

Students interested in exploring courses beyond the scope of their curriculum can opt to audit them. This option is for casual learners who are not enrolled in a degree programme.Courses such as Foreign Languages and Music are offered in addition to the core degree programmes. Students may take these courses on an audit basis, subject to the payment of additional fees.

Read More

High-performing students may transfer to:


Higher Degree or Ph.D. programmes


Between Ph.D. and Higher Degree levels (based on academic standing). This flexibility supports seamless progression for research-driven students.

Read More

One of the most popular flexibilities offered by our educational structure is the dual degree scheme, under which students concurrently work towards completing two integrated first degrees within a reasonable timeframe. All students admitted to Group B programmes are also eligible to work under this scheme for one of the Group A programmes. Assignments to programmes are made based on individual performance during the first year.


In the assignment of dual degrees, first priority is given to students in Group B seeking a second degree under this scheme from among the programmes in Group A. After fully satisfying the known needs of the first priority, a second operation is done to consider the other priority, namely, students in any group seeking a second degree from amongst the programmes in another group. While it would be academically and procedurally acceptable for a student admitted to Group A or B programmes to seek a second degree in Group C in the dual degree scheme, the reverse process is not normally possible. However, a student admitted to Group C will be eligible to compete for a dual degree in any degree in Group C, or any degree in Group B or MMS, but only in Group A.

Read More

Practice School
The Original Experiential Learning Model


The Practice School Programme is a hallmark of BITS Pilani’s experiential learning approach. It provides students with an opportunity to practice what they have learnt in global organisations under the supervision of a mentor. Students work on cutting-edge technologies and have the option to practice in their discipline of study or cross-disciplinary areas. In addition to providing students with an opportunity to play roles that require multifunctional skills, this flagship programme also offers many students the chance to secure a PPO.

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Practice School-I

Practice School I is an eight-week course conducted during the summer term after the second year of study. Students are stationed in an organisation during this programme, and after a comprehensive orientation, students largely learn through observation and work on group projects, under the guidance and mentorship of industry experts and a faculty member from BITS. This not only serves as a first exposure for students to the corporate world but also helps nurture their personality traits, communication, and presentation skills.

Practice School-II

Practice School-II offered in the final year of study is a TWENTY-TWO-week full-time program. First-degree students in their final year of study can register for this program either during the first semester or the second semester, and Dual-Degree students can register for a double-semester PS-II program. For higher degree students, the course is titled Practice School, and such students can register for it in their final semester of study.

Practice School Process

Practice School I is an eight-week course conducted during the summer term after the second year of study. Students are stationed in an organisation during this programme, and after a comprehensive orientation, students largely learn through observation and work on group projects, under the guidance and mentorship of industry experts and a faculty member from BITS. This not only serves as a first exposure for students to the corporate world but also helps nurture their personality traits, communication, and presentation skills.

Programme Structure

Focus: Building strong basics in science, mathematics, and engineering principles

  • BIO F110 - Biology Laboratory
  • BIO F111 - General Biology
  • CHEM F110 - Chemistry Laboratory
  • CHEM F111 - General Chemistry
  • MATH F111 - Mathematics I
    •  
  • PHY F110 - Physics Laboratory
  • PHY F111 - Mechanics, Oscillations & Waves
  • BITS F110 - Engineering Graphics

Focus: Expanding core engineering knowledge and computational skills

  • MATH F211 - Mathematics III
  • Humanities Electives
  • ECOM F213 – Object-Oriented Programming
  • ECOM F214 – Electronic Devices
  • ECOM F215 – Digital Design
    •  
  • ECOM F222 – Discrete Structures for Computer Science

Focus: Advanced topics, electives, and specialisation courses

  • Open/Humanities Electives
  • Discipline Electives
  • ECOM F313 – Analog & Digital VLSI Design
  • ECOM F342 – Computer Architecture
  • ECOM F343 – Communication Networks

Focus: Research, electives, and practice school

  • Open Electives
  • Discipline Electives
  • BITS F221 – Practice School I (Summer term after Year 2, for PS option only)

Master Electronics & Computing with Industry Leaders

A Amalin Prince


Professor,
Department of EEE

Akshay Madan


Assistant Professor

Anita Bhagirathji Agrawal


Associate Professor

Admissions: Everything You Need to Know


Students work hand-on in specialised, fully equipped facilities.

Admission Process

Eligibility Criteria

Fees & Refund Policy

Scholarship

Education Loan

Important Dates

You Asked.
We Answered.

At BITS Pilani, it is an integrated first degree that amalgamates core electronics with computer science foundations, delivered under the EEE department and structured for 8 semesters (4 years).

Yes. This course combines electronics with computer science. You will learn both hardware design and software development, making it broader than just CSE or EEE.

The curriculum at BITS Pilani begins with a strong foundation in Mathematics, Physics, Programming, Analog & Digital VLSI Design and Digital Design.

Yes. Admission to this programme at BITS Pilani is done via the BITSAT entrance exam conducted by the university.

Yes, you can- BITS Pilani follows a flexible credit-based system, allowing students to accelerate or extend their degree timeline.

You must have completed Class 12 with Physics, Chemistry and Mathematics with a minimum of 75% in three subjects and 60% in each subject.

Yes, BITS Pilani offers a variety of electives in AI/ML, IoT, Robotics, Communication Networks and VLSI in later semesters, depending on your interest.

At BITS Pilani, the course is designed to be completed in four years, which comprises 8 semesters.

At BITS Pilani, students secure average salary packages between ₹12–18 LPA, with top offers going to ₹30+ LPA across global tech and consulting firms.

Graduates are recruited by Google, Microsoft, Intel, Qualcomm, Amazon, Deloitte, Infosys, and Accenture, along with core electronics and semiconductor leaders. BITS Pilani’s 90%+ placement rate and global alumni network further strengthen career prospects.

Campus
Pilani
Goa
Hyderabad
Division/Department
Pilani-Electrical & Electronics Engg
Goa-Electrical & Electronics Engg
Hyderabad-Electrical & Electronics Engg
Program Type
FD
Content Type
Courses
Degree
First Degree
Departments
Electronics and Computer Eng.

BE Electrical and Electronics

B.E.

Electrical and Electronics



Offered at: Pilani, K K Birla Goa, Hyderabad

Apply
Now Download
Brochure Talk to a
Counsellor

Engineer Solutions for a Sustainable and Connected Future


The EEE Department was formed by merging the then-existing Electrical Engineering and Electronics Engineering departments in 1969-70. The B.E. Electrical and Electronics programme prepares students to tackle some of the most challenging problems in power systems, control engineering, embedded systems, and renewable energy. BITS Pilani has a culture of innovation that provides graduates with the skills to pursue career paths in engineering, research, entrepreneurship, and employment, in India and around the world.


Know More

Design a Degree That Works for You


At BITS Pilani, your academic path is not Linear. It allow you to customise your learning path
according to your aspirations, goals and interest.

The structure of degree programmes and academic regulations also provides certain other flexibilities like choice of electives, number of electives, repetition of courses, departure from normal pace, withdrawal from or substitution of course(s), etc.

Read More

Students interested in exploring courses beyond the scope of their curriculum can opt to audit them. This option is for casual learners who are not enrolled in a degree programme.Courses such as Foreign Languages and Music are offered in addition to the core degree programmes. Students may take these courses on an audit basis, subject to the payment of additional fees.

Read More

High-performing students may transfer to:


Higher Degree or Ph.D. programmes


Between Ph.D. and Higher Degree levels (based on academic standing). This flexibility supports seamless progression for research-driven students.

Read More

One of the most popular flexibilities offered by our educational structure is the dual degree scheme, under which students concurrently work towards completing two integrated first degrees within a reasonable timeframe. All students admitted to Group B programmes are also eligible to work under this scheme for one of the Group A programmes. Assignments to programmes are made based on individual performance during the first year.


In the assignment of dual degrees, first priority is given to students in Group B seeking a second degree under this scheme from among the programmes in Group A. After fully satisfying the known needs of the first priority, a second operation is done to consider the other priority, namely, students in any group seeking a second degree from amongst the programmes in another group. While it would be academically and procedurally acceptable for a student admitted to Group A or B programmes to seek a second degree in Group C in the dual degree scheme, the reverse process is not normally possible. However, a student admitted to Group C will be eligible to compete for a dual degree in any degree in Group C, or any degree in Group B or MMS, but only in Group A.

Read More

Practice School
The Original Experiential Learning Model


The Practice School Programme is a hallmark of BITS Pilani’s experiential learning approach. It provides students with an opportunity to practice what they have learnt in global organisations under the supervision of a mentor. Students work on cutting-edge technologies and have the option to practice in their discipline of study or cross-disciplinary areas. In addition to providing students with an opportunity to play roles that require multifunctional skills, this flagship programme also offers many students the chance to secure a PPO.

Click the edit button to change this HTML

Practice School-I

Practice School I is an eight-week course conducted during the summer term after the second year of study. Students are stationed in an organisation during this programme, and after a comprehensive orientation, students largely learn through observation and work on group projects, under the guidance and mentorship of industry experts and a faculty member from BITS. This not only serves as a first exposure for students to the corporate world but also helps nurture their personality traits, communication, and presentation skills.

Practice School-II

Practice School-II offered in the final year of study is a TWENTY-TWO-week full-time program. First-degree students in their final year of study can register for this program either during the first semester or the second semester, and Dual-Degree students can register for a double-semester PS-II program. For higher degree students, the course is titled Practice School, and such students can register for it in their final semester of study.

Practice School Process

Practice School I is an eight-week course conducted during the summer term after the second year of study. Students are stationed in an organisation during this programme, and after a comprehensive orientation, students largely learn through observation and work on group projects, under the guidance and mentorship of industry experts and a faculty member from BITS. This not only serves as a first exposure for students to the corporate world but also helps nurture their personality traits, communication, and presentation skills.

Programme Structure

  • Biology Laboratory
  • General Biology
  • Chemistry Laboratory
  • General Chemistry
  • Mathematics I
  • Physics Laboratory
  • Mechanics, Oscillations & Waves
  • Engineering Graphics

  • Mathematics III
  • Open/Humanities Electives
  • Electrical Machines
  • Electromagnetic Theory
  • Digital Design
  • Electronic Devices

  • Open/Humanities Electives
  • Communication Systems
  • Optimization
  • Engineering Optimization
  • Analog & Digital VLSI Design
  • Discipline Electives

  • Open Electives
  • Discipline Electives

Learn from Those Driving the Next
Wave of Technology

A Amalin Prince


Professor,

Department of EEE

Akshay Madan


Assistant Professor,

Department of EEE

Anita Bhagirathji Agrawal


Associate Professor,

Department of EEE

Admissions: Everything You Need to Know


Students work hand-on in specialised, fully equipped facilities.

Admission Process

Eligibility Criteria

Fees & Refund Policy

Scholarship

Education Loan

Important Dates

You Asked.
We Answered.

At BITS Pilani, the B.E. Electrical & Electronics is known for building a strong base in circuits, signals, control, power systems, electronics and embedded/VLSI- balanced with practical labs and electives.

The B.E. Electrical & Electronics spans 4 years and is an Integrated First Degree at BITS Pilani, with Practice School internships embedded into the programme.

EEE graduates from BITS Pilani enter power, electronics design, VLSI, communications, automation as well as analytics and software roles.

EEE labs at BITS Pilani list industry tools (e.g., Cadence/Mentor/Synopsys) and specialised equipment for power, RF and microelectronics- used in coursework and projects.

Well, of course you can. You get the option to pursue MS/PhD in power systems, microelectronics/VLSI, communications/RF, control/robotics, embedded systems and related domains.

Engineer salaries range from ₹1.5 to 9.2 Lakhs. It also varies by factors such as "which role", preferred skills, company policy, industry, how much experience and the location.

BITS Pilani offers the programme at its Pilani, K K Birla Goa, Hyderabad and Dubai campuses.

At BITS Pilani, placements consistently exceed the 90% record. EEE students generally secure roles across various sectors that are the energy, electronics design, VLSI, communications, automation, consulting and software.

You need to cross the 75 percent aggregate in PCM and 60 percent in each subject for admission in B.E. programmes at BITS Pilani. Admission is done through the "BITSAT" entrance exam.

At BITS Pilani, you will study core subjects- Signals and Systems, Electromagnetics, Digital Design, Communication Systems, Power Electronics and Analog & Digital VLSI Design.

Campus
Pilani
Goa
Hyderabad
Division/Department
Pilani-Electrical & Electronics Engg
Goa-Electrical & Electronics Engg
Hyderabad-Electrical & Electronics Engg
Program Type
FD
Content Type
Courses
Degree
First Degree