KJSCE B.Tech {Lateral} VLSI Design System: Fees 2026, Course Duration, Dates, Eligibility

Ans. The 4-year B.Tech VLSI Design program is for students who have completed their 12th standard and enter in the first year. The 3-year lateral entry program is for diploma holders or students who have completed their first year of engineering from other universities. Both programs cover similar VLSI design and semiconductor technology content, but the lateral entry program is condensed into 3 years. The lateral entry program allows students to save one year of study while gaining the same quality education and industry exposure. Both programs have similar placement outcomes and industry recognition.

Ans. Graduates have excellent career prospects in the rapidly growing semiconductor and electronics industry. Career opportunities include roles such as VLSI Design Engineer, Chip Design Engineer, Verification Engineer, Physical Design Engineer, and Semiconductor Process Engineer. The average salary package for VLSI engineers is approximately ₹8.78 lakhs per annum, with potential for significant growth based on experience and specialization. With the global semiconductor boom driven by AI, 5G, and IoT, demand for skilled VLSI professionals continues to grow. KJSCE's strong industry connections ensure students gain practical experience and secure placements with leading semiconductor companies.

Ans. Yes, the B.Tech Lateral VLSI Design program at KJSCE is offered exclusively in full-time mode on campus at the Vidyavihar campus in Mumbai. The program spans 3 years with 6 semesters, requiring regular attendance and participation in laboratory work, projects, and internships. There is no distance learning or part-time option available for this undergraduate program. The full-time format ensures students receive comprehensive hands-on training in VLSI design tools, semiconductor technology, and circuit design.

Ans. The lateral entry admission process involves multiple rounds from July to September 2025. Candidates must fill the online pre-admission form by paying a non-refundable fee of ₹2,000. They need to submit diploma or first year engineering mark sheets along with other required documents. Round 1 runs from July 15 to August 5, 2025, with provisional seat allotment on August 21, 2025. Subsequent rounds continue through September. After provisional seat allotment, candidates must pay the requisite amount within the stipulated deadline to secure their seat. The entire process is merit-based, with seat allocation determined by academic performance and branch preference (for diploma holders).

Ans. For diploma holders: You must have completed a diploma in Electronics and Telecommunication, Electronics Engineering, Industrial Electronics, or Electrical Engineering with minimum 50% marks (45% for persons with disability) from AICTE or government-approved institutions. You must be a resident of Maharashtra or an Indian citizen. For first year engineering students: You must have completed your first year B.E./B.Tech in Electronics and Telecommunication Engineering, Electronics Engineering, or related branches without any backlog from a UGC-approved university, with minimum 50% marks (45% for persons with disability). Admission is offered only in the corresponding branch of your first year engineering.

Ans. The B.Tech Lateral VLSI Design program offers comprehensive coverage of VLSI design and semiconductor technology. Core courses include VLSI Design, Microelectronics, Circuit Design, Digital Signal Processing, and Semiconductor Technology. Students have access to specialized VLSI design labs equipped with industry-standard tools for circuit simulation, verification, and physical design. Electives allow students to specialize in areas such as Advanced VLSI Design, Quantum Computing & Generative AI, AI and Computer Vision, and Internet of Things. The curriculum is designed to be industry-oriented and aligned with current semiconductor industry demands, ensuring students gain skills relevant to chip design, verification, and semiconductor manufacturing.