VEDA IIT is an autonomous, industry-driven educational institute specializing in advanced training and education in VLSI (Very Large Scale Integration) Engineering, Embedded System Design, and related domains such as Artificial Intelligence, IoT, and Machine Learning. Established in 1997 and headquartered in Hyderabad, Telangana, VEDA IIT operates under “The VEDA Educational Society” and is recognized for its strong industry collaboration and practical, experiential learning approach.
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Key Features of VEDA IIT:
- Programs Offered: VEDA IIT provides a range of programs at both undergraduate and postgraduate levels, Advanced Diploma, and specialized training in areas such as Analog Design, Logic Design, Physical Design, Custom Layout Design, and Embedded System Design.
- Industry-Oriented Training: The curriculum is designed in partnership with leading VLSI and semiconductor companies. Students spend a significant portion of their time in labs solving real-world problems and working on live industry projects.
- Placement and Employment: VEDA IIT has a strong track record of 100% placement in all batches since inception, with graduates being absorbed by top multinational companies in the VLSI and embedded systems sectors. Employment is often facilitated through sponsored training and direct recruitment by consortium companies.
- Teaching Methodology: The institute emphasizes a blend of classroom learning (30%) and hands-on lab work (70%), ensuring students are well-prepared for industry challenges.
- Infrastructure: VEDA IIT is equipped with high-end servers, advanced EDA tools from leading vendors like Cadence, Synopsys, Mentor, and Altera, and a robust backup system.
- Locations: Main campus in Hyderabad, Telangana, and another location in Guntur, Andhra Pradesh.
Summary Table
| Feature | Description |
|---|---|
| Founded | 1997 |
| Location | Hyderabad, Telangana (main), Guntur, Andhra Pradesh |
| Main Programs | MS in VLSI Engineering, Advanced Diplomas, UG/PG courses |
| Specializations | VLSI Analog/Logic/Physical/Custom Layout Design, Embedded System Design |
| Industry Collaboration | Strong partnerships with VLSI and semiconductor companies |
| Placement | 100% placement record since inception |
| Teaching Approach | 30% classroom, 70% lab and industry project-based learning |
VEDA IIT is widely regarded for its role in bridging the gap between academia and industry, preparing students for successful careers in electronics, semiconductors, and related engineering fields.
Overview
The poster announces an opportunity for fresh graduates and postgraduates in engineering to join a Training and Internship Program in VLSI Design and Embedded System Design at VEDA IIT, leading to potential employment in the semiconductor industry.
Key Highlights from the Poster
What VEDA IIT Offers
- Hands-on Experience: Training covers the entire ASIC (Application-Specific Integrated Circuit) design flow using world-class EDA (Electronic Design Automation) tools.
- Expert Faculty: Courses are taught by experienced engineers and faculty from reputed VLSI design houses and institutes.
- Cutting-edge Exposure: Students work on advanced technologies and real-world projects using proven design methodologies.
- State-of-the-Art Infrastructure: Access to high-end computing facilities and best-in-class tools.
- Outstanding Placements: VEDA IIT boasts a strong placement record with leading technology companies.
- Industry Partnerships: Collaborations with global technology leaders.
- Innovative Model: Unique teaching-company model with active industry and university participation.
- Top Ranking: Listed among the top five VLSI institutes by the Times of India.
- Leadership in VLSI: Organizers of major international VLSI conferences.
- Holistic & Industry-Oriented Education: Focuses on both technical and professional development.
About the Program
- Training + Internship:
- 6 months of intensive training.
- Up to 6 months of paid internship after successful training.
- Internships may lead to sponsorship and employment by participating companies (subject to terms and conditions).
- Eligibility:
- B.Tech./M.Tech. in Electrical, Electronics, VLSI, Microelectronics, Instrumentation, or Computer Science.
- Admission Process:
- Preliminary Test (Online): June 6, 2025 (10:30 AM – 11:30 AM)
- Main Test (Offline): June 15, 2025 (10 AM – 1 PM) at Hyderabad
- Last Date to Apply: May 31, 2025
- Admission is based on: Performance in entrance tests and interview.
- Registration Fee:
- Rs. 500/- (Limited coupon codes for fee waiver may be available for colleges upon request).
- Program Start:
- First half of July 2025.
How to Apply
- Visit: www.vedaiit.org
- Contact: hr@vedaiit.org | 040-43929999 | +91 9989928276
- Location: 2nd Floor, AYDIV IT Park, Puppalaguda, Rangareddy, Telangana
Why Consider This Program?
- Direct path to a career in the semiconductor industry
- Industry-driven curriculum and internships
- Strong placement support
- Exposure to advanced tools and real-world projects
Here is a detailed overview of the exam pattern and exam overview for different domains at VEDA IIT, based on their official information and available resources:
Exam Pattern Overview
The admission process for VEDA IIT’s VLSI and Embedded System Design programs typically involves multiple rounds:
- Round 1: Preliminary Test
- Format: Online screening test
- Duration: 1 hour
- Purpose: Shortlist candidates for the main test.
- Round 2: Main Test
- Format: Written test (offline at the VEDA IIT campus)
- Duration: 3 hours
- Purpose: Assess in-depth knowledge and aptitude.
- Round 3: Technical & Personal Interview
- Format: Face-to-face interviews at the campus
- Purpose: Evaluate technical expertise and personal suitability.
- Round 4:
- Optional: May be required by sponsoring companies.
Exam Overview by Domain
1. VLSI Design – Digital/Logic Design
- Preliminary Test
- Topics: Basic Electronics, Digital Design & Number Systems, Aptitude
- Marks: 20 (Technical), 10 (Aptitude)
- Duration: 1 hour
- Main Test
- Topics: Digital Design & Number Systems, 8086 Microprocessor & 8051 Microcontroller, C Programming, Aptitude
- Marks: 30 (Digital Design), 10 (Microprocessors), 30 (C Programming), 30 (Aptitude)
- Duration: 3 hours
- Question Types: Fill in the blanks, short answer questions, problems
- Skills Assessed: Technical knowledge, analytical reasoning, problem-solving, presence of mind, intuition
2. Embedded System Design
- Exam Pattern: Similar to VLSI Digital Design, with a focus on microprocessors, microcontrollers, and C programming.
- Topics: Basic Electronics, Logic Design, Microprocessors, C Programming, Aptitude
- Question Types: Fill in the blanks, short answer questions, problems
- Skills Assessed: Programming skills, hardware understanding, analytical abilities
3. Physical Design & Layout (TASK Program)
- Exam Pattern: Similar to VLSI Digital/Logic Design, with an emphasis on digital electronics and logic design.
- Topics: Basic Electronics, Logic Design and Number Systems, C Programming, Aptitude
- Question Types: Fill in the blanks, short answer questions, problems
- Skills Assessed: Technical knowledge, logic reasoning, programming aptitude
Summary Table
| Domain | Preliminary Test Topics | Main Test Topics | Question Types | Skills Assessed |
|---|---|---|---|---|
| VLSI Digital/Logic Design | Basic Electronics, Digital Design, Aptitude | Digital Design, Microprocessors, C, Aptitude | Fill in blanks, Short Qs, Problems | Technical, Analytical, Problem-solving |
| Embedded System Design | Basic Electronics, Logic Design, Aptitude | Microprocessors, C, Logic Design, Aptitude | Fill in blanks, Short Qs, Problems | Programming, Hardware, Analytical |
| Physical Design & Layout | Basic Electronics, Logic Design, Aptitude | Logic Design, C, Aptitude | Fill in blanks, Short Qs, Problems | Technical, Logical, Programming |
Key Points
- Exams focus on core electronics, logic and digital design, microprocessors, C programming, and aptitude.
- Question types include fill in the blanks, short answer questions, and problem-solving.
- Skills assessed: technical knowledge, analytical reasoning, programming ability, and problem-solving skills.
- Presence of mind, attitude, and intuition are also important for success.
This structure ensures that candidates are thoroughly assessed for both technical and analytical abilities relevant to their chosen domain.