ECE is the bridge between the physical and digital worlds. At SITS, we focus on the hardware that powers AI—Chips, Sensors, and 5G/6G Networks. Without ECE, there is no AI.
Why Choose This? (The AI Edge):
The world is in a “Semiconductor Boom.” You will design the AI chips (NPU/GPU) that run the future.
You in 2030 (Designations):
The AI-based mini project demonstrates how artificial intelligence can be effectively applied in different engineering domains. By integrating AI with traditional engineering concepts, the project provides smart, automated, and efficient solutions. This project helps students gain practical knowledge and prepares them for future technology-driven industries.
Head of the Department
We aim to shape future-ready engineers through a strong foundation in electronics and communication principles. Our department is equipped with advanced labs for Microwave, DSP, Microcomputers, Embedded Systems, and VLSI Design, supported by the latest tools and software.
Students gain in-depth exposure in core ECE domains, participate in technical activities, and are trained in critical thinking and problem-solving. Beyond classrooms, they engage in hands-on learning through labs and innovation centers in Robotics and IoT, preparing them for a dynamic tech-driven career.
Intake: 24 | Duration: 2 Years
This program focuses on designing and developing IC-based systems, combining fundamentals of electronics, material science, and embedded technology.
Students gain hands-on experience in semiconductor devices, circuit design, and system architecture using CPUs, memory, and peripherals.
The 2-year curriculum (68 credits) includes labs, electives, and a final dissertation or industry internship — all designed with expert input to meet current industry standards and career demands.
Intake: 24 | Duration: 2 Years
This industry-aligned program blends hardware, software, and real-time applications in embedded design. Students work hands-on with microcontrollers, sensors, IoT setups, and simulations to build smart systems.
The 2-year, 68-credit curriculum includes Flexi courses, labs, projects, and a dissertation or industry internship — offering strong practical exposure and skill development.
Led by expert faculty and industry mentors, the course ensures students graduate as industry-ready embedded engineers.
This lab builds the foundation for electronics engineers by introducing key components like diodes, transistors, and amplifiers. Students learn biasing techniques and analyze basic circuit behavior using real-time setups.
Students gain hands-on experience using MATLAB and Simulink for signal operations, Fourier transforms, and digital filter design — bridging theory and real-world DSP applications.
Focused on digital logic design, this lab trains students in building combinational and sequential circuits using basic gates, flip-flops, and 7400 series ICs — essential for embedded and computer engineering.
Equipped with 8085, 8086, and 8051 kits, this lab helps students understand processor architecture, assembly-level programming, and real-time interfacing applications like traffic control and digital clocks.
This lab enables students to explore analog and digital modulation techniques through hands-on training using AM, FM, PAM, QPSK, and multiplexing units, reinforced with advanced spectrum analyzers and CROs.
Specialized for higher learning, this lab focuses on microwave, wireless, and optical communication with tools like Gunn and Klystron benches, VNA, SDR kits, and satellite/GSM/GPS trainer kits.
This lab emphasizes circuit logic through practical exposure to Boolean algebra, state machine design, and discrete components, helping students translate logic diagrams into real-time circuits.
Students work on embedded programming, hardware interfacing, A/D & D/A conversions using microcontroller kits and Keil software — preparing them to build real-time automation and control systems.
Featuring industry-grade tools like Xilinx, Tanner, and Synopsys, this lab trains students in digital and analog IC design, layout, simulation, and FPGA implementation for modern VLSI systems.
Students explore sampling, modulation, and demodulation techniques like ASK, PSK, and PCM using digital communication kits, advanced signal analyzers, and LabVIEW software tools.
This lab introduces high-frequency signal measurements and optical fiber communication. Students study VSWR, impedance, and signal propagation using microwave test benches and optical kits.
SITS Hyderabad has initiated Interdisciplinary research, placements and as
a part of it has entered into MoUs as listed below.
| Date of MoU | Name of Parties |
|---|---|
| 15/5/2023 | TZ Technologies Samskruti Foundation AI educator |
| 14/10/2023 | TAKSHILA VLSI Technology Bengaluru, Karnataka |
| 01/09/2023 | Curious Infotech Solution LLP Ujjain Madhya Pradesh |
| 03/08/2023 | Career Edu Group |
| 04/06/2023 | Veterans India organization D-253, Madhu Vihar Near, Sector-3, Dwarka, New Delhi-110059. |
| 21/07/2023 | CODE4BOTS TECHNOLOGIES PVT LTD India: 5th-floor AIC BHU Varanasi |
| 12/05/2023 | Clicks Talent Connect Pvt Ltd having its office at Hebron Tower 9, Old Madras Road, Bhattarahalli, Bengaluru – 560049 |
| 29/11/2023 | ICEdge ,Whitefield , Bengaluru, Karnataka ,560066-VLSI Core |
| 01/09/2023 | Curious Info Tech Solutions LLP, Ujjain, MP, LLPIN: AAA-5247, India |
| 14/10/2023 | Takshila Institute of VLSI Technologies, 2nd Floor, Ram Arcade, 90/1B, CKB Layout, Marathahalli, Bangaluru, Karnataka – 560 037, India |
| 14/12/2023 | ICEDGE VLSI Training Institute, Bangalore, Karnataka, India. |
| 10/01/2024 | Brain O Vision Solutions India pvt ltd, LVS Arcade, P No. 71, Jubilee Enclave, Hitech-city, Madhapur, Hyderabad – 500 081, telanagana, India |
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