Saveetha Engineering College Chennai B.Tech Chemical Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. The total tuition fee for the 4-year B.Tech Chemical Engineering programme at Saveetha Engineering College is INR 2,00,000, charged at INR 50,000 per year. Hostel accommodation, if opted, is billed separately at up to INR 38,800 per year and is not included in the tuition total.

Ans. Admission is through TNEA counselling conducted by Anna University. Candidates register on tneaonline.org, and a merit rank is generated based on normalised Class 12 board marks in Physics, Chemistry, and Mathematics. Seat allotment at Saveetha Engineering College happens when the candidate’s rank, category, and locked choice preference align during one of the three counselling rounds.

Ans. Candidates must have completed Class 12 or an equivalent examination with Physics, Chemistry, and Mathematics as core subjects. A minimum aggregate of 45% in these subjects is required for the government quota. The management quota requires at least 50%. Age criteria follow Anna University norms for the 2026 cycle.

Ans. Yes. The college offers a 100% tuition fee waiver for meritorious students admitted through TNEA and for those with qualifying JEE Main scores, subject to prior college approval. Students from SC, ST, MBC, and OBC categories are eligible for Tamil Nadu government scholarships as per state norms. Candidates should contact admission@saveetha.ac.in for current eligibility and application details.

Ans. Chemical Engineering graduates from Saveetha Engineering College have been placed with companies such as Ramco, Emerson, and Motherson, which operate in the process, automation, and manufacturing sectors. The programme’s focus on petroleum refining, pharmaceuticals, food processing, and specialty chemicals prepares students for core engineering roles in process plants and manufacturing facilities.

Ans. The department, established in 2018, uses Aspen Plus software for process simulation, design, and optimisation, providing students with hands-on experience using an industry-standard tool. The curriculum follows an Industry 5.0 framework covering sustainable manufacturing, AI-driven process design, and human-robot collaboration. The programme also includes structured industrial visits, in-plant training, internships, and GATE or GRE preparation support.