VLSI Design Engineer
Design and verify integrated circuits, ASICs, and SoCs from RTL to physical layout.
An Electronics and Communication Engineering degree from AVIT opens doors across VLSI, semiconductors, embedded systems, IoT, communication networks, 5G, RF, and signal processing worldwide.
CAREER PATHS
From VLSI and semiconductors to embedded systems, IoT, communication networks, signal processing, and PSU careers- an ECE degree from AVIT prepares you for high-growth roles across the electronics, semiconductor, and communication industries.
Design and verify integrated circuits, ASICs, and SoCs from RTL to physical layout.
Develop semiconductor devices, processes, and chip architectures for next-generation electronics.
Build verification environments and test benches to validate functional correctness of chips.
Design PCBs, electronic circuits, and hardware systems for products and instrumentation.
Develop microcontroller-based hardware and firmware for smart electronic products.
Write and optimise low-level firmware and device drivers for embedded platforms.
Build connected devices, edge computing nodes, and IoT platforms for smart systems.
Install, commission, and service electronic and embedded equipment on-site.
Design and operate wireless, 5G, and data communication networks and infrastructure.
Develop radio-frequency circuits, antennas, and microwave systems for wireless devices.
Build algorithms for digital signal, audio, image, and video processing applications.
Monitor, maintain, and optimise telecom and enterprise networks for reliable connectivity.
Build a career with public sector undertakings through GATE-based recruitment.
Advance VLSI, communication, embedded, and signal-processing technologies through applied research.
Engineer avionics, radar, satellite, and defence electronics systems for DRDO and ISRO missions.
Ensure compliance with electronics standards, reliability testing, and quality systems.
INDUSTRY OPPORTUNITIES
ECE graduates from AVIT find opportunities across a wide range of industries- from semiconductors and telecommunications to consumer electronics and defence.
Industrial Visits & Industry Exposure
Students regularly visit leading semiconductor units, electronics manufacturing facilities, telecom and broadcast centres, R&D labs, and innovation hubs to gain practical exposure to real-world technologies, fabrication processes, and industry best practices.
Earn industry-recognized certifications from leading organizations such as Cisco, Texas Instruments, ARM, Synopsys, and MathWorks. These certifications enhance technical expertise, validate industry-relevant skills, and improve employability.
Benefit from learning opportunities, workshops, technical training, and industry interactions through collaborations with leading semiconductor, electronics, and communication companies and innovation partners.
Visit leading semiconductor fabs, electronics manufacturing units, telecom and satellite centres, and research labs to gain practical insights into VLSI, communication systems, embedded electronics, and emerging technologies.
Interact with industry leaders, VLSI and communication experts, embedded systems specialists, entrepreneurs, and domain experts through guest lectures, technical seminars, and career guidance sessions.
Participate in industry immersion activities designed to expose students to workplace culture, design and fabrication processes, project management practices, and real-world engineering challenges.
Students work on industry-oriented projects with semiconductor, electronics, and communication partners, gaining exposure to real-world engineering practices, problem-solving methodologies, project execution, and industry expectations.
Gain practical experience through internships in VLSI, semiconductors, embedded systems, IoT, communication networks, signal processing, and emerging technology domains, enabling students to apply classroom knowledge in professional environments.
Collaborate on real-world projects sponsored by industry partners, addressing practical challenges while developing technical, analytical, and teamwork skills.
Develop innovative solutions through multidisciplinary project work focused on VLSI, IoT, embedded systems, communication, robotics, and societal impact.
INTERNSHIPS
At AVIT, internships are built into the programme through our industry partnerships across semiconductor, electronics, and communication sectors- giving students assured industry exposure before graduation.
DRDO-Funded Research Lab
Hands-on defence electronics exposure, live research projects, Capstone Project
e-Yantra (IIT Bombay)
IoT, embedded & robotics training, industry certification, Placement Assistance
BEL / ISRO
Communication systems exposure, satellite electronics, GATE & PSU guidance
Texas Instruments / Qualcomm
VLSI design & verification, group projects, enhanced technical skills
RESEARCH & INNOVATION
At AVIT ECE, research is driven by innovation, industry relevance, and societal impact. Students and faculty actively engage in cutting-edge research across emerging electronics, communication, and embedded domains, supported by a DRDO-funded research lab and an e-Yantra (IIT Bombay) lab focused on IoT, embedded systems, signal processing, and communication.
Advancing IC design, RTL-to-GDSII flows, low-power architectures, and SoC development for next-generation electronics.
Developing microcontroller-based hardware, firmware, and IoT-enabled smart devices and connected systems through the e-Yantra (IIT Bombay) lab.
Researching 5G, wireless networks, antenna design, and next-generation communication technologies for high-speed connectivity.
Designing algorithms for digital signal, audio, image, and video processing across multimedia and intelligent systems.
Exploring RF circuits, microwave systems, radar, and antenna technologies for communication and defence applications.
Developing avionics, radar, and satellite electronics supported by DRDO-funded research and collaborations with ISRO.
Advancing semiconductor materials, device modelling, sensors, and electronic hardware design for emerging applications.
Building intelligent robotic systems, automation, and control using embedded electronics through the e-Yantra lab.
Engineering intelligent networking, edge computing, and electronics for smart cities and sustainable infrastructure.
Encouraging innovation-driven research, startup development, intellectual property creation, technology transfer, and impactful societal solutions.
PLACEMENT HIGHLIGHTS
AVIT ECE graduates build successful careers with leading semiconductor firms, telecom and networking companies, embedded and IoT product companies, and public sector undertakings through industry-focused learning, internships, career readiness training, and strong placement support.
Recruiting Companies
Leading national and multinational organizations participate in campus recruitment, offering opportunities across VLSI, semiconductors, embedded systems, IoT, communication networks, signal processing, and defence electronics.Global Electronics & Semiconductor Innovators
Design and build cutting-edge chips, embedded products, and communication systems with some of the world's most innovative semiconductor and electronics companies.Featured Recruiters: Intel, Qualcomm, Texas Instruments, Bosch, Amphenol, Nokia, Ericsson and more.
Telecom, Defence & Public Sector Leaders
Work on large-scale communication, defence electronics, satellite, and networking projects with industry leaders and public sector undertakings.Featured Recruiters: BEL, ISRO, DRDO, BSNL, L&T Technology Services, Reliance Jio and more.
Top Recruiters
Top Career Outcomes
VLSI Design Engineer | Embedded Systems Engineer | Communication / Network Engineer | IoT Engineer | RF Engineer | Signal / Image Processing Engineer | Electronics / Hardware Design Engineer | Semiconductor / Chip Design Engineer | Firmware Engineer | PSU Engineer | Entrepreneur
Placement Preparation & Career Readiness
Structured training in aptitude, technical fundamentals, communication, quantitative reasoning, and problem-solving to prepare students for recruitment processes.
Practice technical interviews, HR interviews, technical assessments, and group discussions through simulated recruitment activities.
Focused coaching for GATE and PSU recruitment, along with industry-ready resumes, portfolios, and professional digital identities.
HIGHER STUDIES
AVIT empowers you to go beyond graduation with world-class higher education options and global academic pathways.
Advanced specialisations in VLSI Design, Communication Systems, Embedded Systems, Signal Processing, and more.
Build technical depth or leadership and management expertise in areas like Technology Management, Operations, Project Management, and Business Analytics.
Pursue research in cutting-edge domains like VLSI, wireless communication, embedded systems, and signal processing with opportunities in India and leading universities worldwide.
Prepare for GATE-based careers with leading public sector undertakings such as BEL, ISRO, DRDO, and BSNL to future-proof your career.
ADMISSIONS OPEN
Choose the specialisation that matches your ambition and take the first step.