Rajaram Shinde College of Engineering, Chiplun Admission 2025: Dates, Application Form, Courses, Fees & Eligibility

Rajaram Shinde College of Engineering, Chiplun offers all undergraduate engineering programmes and is at Pedhambe, Alore, Chiplun, Maharashtra. Rajaram Shinde College of Engineering admission for engineering colleges of Maharashtra follows an open and impartial admission procedure by adhering strictly to the regular quota. Currently, Rajaram Shinde College of Engineering offers four full-time BE programmes. These programmes have been designed according to the dynamic requirement of the industry. 

Rajaram Shinde College of Engineering admissions follow the general timeliness of engineering admissions in Maharashtra, which usually starts after the 12th standard board examinations. The dates may vary with each passing year for applying, entrance exams, and result declaration, and applicants can find more information by visiting the college website or through the admission office contact details.

The application to Rajaram Shinde College of Engineering, Chiplun basically follows the centralized admission process and procedure for entry into engineering and other courses across Maharashtra. Common steps include-

• Completions of the respective entrance examination, most likely via MHT-CET or JEE.
• Submission of applications for admission through the statewide centralised admission scheme.
• Submission of online Rajaram Shinde College of Engineering application forms-personal and educational information.
• Uploading documentations-related
• Application fee by college or by state admission authority
• Choosing Rajaram Shinde College of Engineering, Chiplun and the desirable course during counselling.
• Accept the seat given and report to the college to get the documents verified and to confirm the Rajaram Shinde College of Engineering admission.
• Pay whatever remaining tuition charges, and complete the Rajaram Shinde College of Engineering admission process.

The college adheres to the proper selection process conducted as per the guidelines of the state education department. Ranking depends on the scores of the entrance exam and performance in academics with reservations as applicable under the norms of the government.

B. Tech/ BE Rajaram Shinde College of Engineering offers following full-time BE programmes

• BE Mechanical Engineering the curriculum is focused on designing, manufacturing, and maintenance of mechanical systems. Rajaram Shinde College of Engineering admission is strictly based on the candidate's performance in the relevant entrance examination and 12th standard marks in Physics, Chemistry, and Mathematics.
• A Bachelor of Engineering in Computer Science focuses on software system development, design, and maintenance. In addition to having outstanding entrance exam scores, the candidate must have a solid background in computer science and mathematics from the 12th grade.
• Scope of study covers electrical systems through to generation and distribution of electricity. The candidate is eligible for entry in BE Electrical Engineering  if he has a very good qualification in Physics and Mathematics at his 12th standard, complemented by a strong entrance exam performance.
• BE in Electronics and Telecommunication Engineering course is on electronic devices, communication systems, and signal processing. Rajaram Shinde College of Engineering admission is given on the basis of the candidate's performance in the entrance exam and his proficiency in Physics and Mathematics at the 12th standard level.

All of these are four-year courses, which aim to equip the students with an all-round understanding and practical skills in their specific fields of specialisation.

BE Rajaram Shinde College Documents Required

• Original mark sheets, 10th and 12th Standard marks
• Entrance exam score card
• Domicile certificate (as and when applied)
• Category certificate (as and when applied)
• Passport size photograph
• Signature

Please provide these documents for your BE Rajaram Shinde College of Engineering admission process.