The Department of Engineering Sciences (First Year Engineering) was established in 2004 with the inception of SIT. The department is dedicated to providing a strong academic foundation for all first-year engineering students by fostering technical competence, professional ethics, and holistic personality development. As the gateway to engineering education, the department plays a vital role in preparing students for their chosen disciplines through innovative teaching-learning practices and a student-centric approach.

Being a fully residential campus, the institute recognizes the importance of providing a supportive and nurturing environment for students away from home. To strengthen the bond between students and faculty members, the department has implemented an effective Mentor–Mentee (Teacher Guardian - TG) Scheme. Under this initiative, each faculty member is assigned a group of approximately 20 students to provide continuous academic guidance, personal support, and career counseling throughout the academic year.

The Teacher Guardian serves as the primary point of contact for students, ensuring their academic progress, emotional well-being, and overall development. Students are encouraged to discuss their academic, personal, and career-related concerns openly with their mentors. Regular communication regarding attendance, continuous assessment, academic progress, examination schedules, and the academic calendar is maintained with parents through telephone, email, letters, and digital communication platforms.

The Mentor–Mentee Scheme is designed with the following objectives:

• Familiarize students with the academic environment and culture of the department.
•Provide guidance in addressing academic, personal, and career-related challenges.
• Encourage ethical values, professionalism, and responsible conduct
•Motivate students to achieve academic excellence and pursue their career aspirations.
•Promote confidence, self-discipline, leadership qualities, and overall personality development.

The scheme has been successfully implemented for all first-year undergraduate students and has significantly contributed to improving academic performance, attendance, communication skills, and overall student well-being. The mentoring process fosters healthy relationships between students and faculty members, enabling students to adapt smoothly to engineering education while building confidence and resilience.

Roles and Responsibilities of a Mentor (Teacher Guardian)

The Mentor–Mentee Scheme primarily focuses on monitoring students' academic progress while supporting their personal and professional growth.

The responsibilities of a Teacher Guardian include:

• Providing academic, personal, and emotional guidance to students.
• Acting as a bridge between students, parents, and the institute.
• Assisting students in setting academic and career goals.
• Motivating students to participate in co-curricular, extracurricular, and professional development activities.
• Guiding students regarding industrial visits, educational tours, guest lectures, workshops, seminars, and academic initiatives.
• Identifying issues related to attendance, punctuality, academic performance, communication skills, and overall competencies.
• Conducting counselling sessions with students and parents whenever necessary.
• Maintaining complete academic and mentoring records in the prescribed format.
• Monitoring students' attendance and reporting continuous absenteeism to the Class Teacher and Head of the Department for timely intervention.
• Supporting students by providing appropriate learning resources and encouraging self-directed learning.

Outcomes of the Mentor–Mentee Scheme

The Mentor–Mentee Scheme has consistently demonstrated positive outcomes by:

• Improving student attendance and academic performance.
• Enhancing communication, interpersonal, and technical skills.
• Promoting ethical values, discipline, and professional conduct.
• Strengthening student confidence and personality development.
• Supporting career planning and professional growth.
• Creating a positive learning environment that nurtures student success.

Innovative Teaching and Learning Practices

The First Year of Engineering marks the beginning of every student's professional journey. The Department of Engineering Sciences adopts student-centric and outcome-based teaching methodologies to ensure a strong conceptual foundation across all engineering disciplines.

The department emphasizes active learning through:

• Self-Learning Sessions
• Project-Based Learning
• Peer Learning
• Activity-Based Learning
• Interactive Classroom Discussions
• Mid-Lecture Engagement Activities

A dedicated Self-Learning Session is scheduled every week beyond the university-prescribed teaching hours. These sessions encourage students to explore concepts independently, collaborate with peers, and strengthen problem-solving abilities while promoting lifelong learning habits.

To continuously monitor academic progress, students undergo unit tests, preliminary examinations, presentations, mini-projects, and open-book assessments in accordance with the Credit-Based Curriculum and NEP 2020 guidelines.

Academic Infrastructure

The department provides excellent academic infrastructure that supports effective teaching, learning, and research.

Laboratories and Classrooms

The department houses well-equipped laboratories with modern instruments and equipment required for practical learning. Spacious classrooms equipped with LCD projectors and digital teaching facilities facilitate interactive and technology-enabled learning experiences.

Engineering Graphics Hall

Engineering Graphics forms the foundation of engineering education by developing visualization and design skills. The institute provides spacious, well-ventilated, and fully furnished drawing halls equipped with professional drawing tables, ensuring a comfortable environment for practical sessions.

Computer Centre

The Computer Centre aims to develop technically competent and industry-ready engineering graduates. The department provides an adequate number of computer systems with modern software tools to enhance students' digital proficiency and technical skills.

Students benefit from:

• High-speed 100 Mbps leased-line internet connectivity.
• 24×7 internet access.
• Campus-wide Wi-Fi connectivity across classrooms, laboratories, and corridors.
• Proficiency development programs to strengthen computational and technical skills.

Engineering Workshop

The Engineering Workshop provides students with valuable hands-on experience through practical exposure to various manufacturing and fabrication processes. Dedicated sections for carpentry, smithy, foundry, welding, and machining enable students to acquire essential engineering skills under the guidance of experienced technical staff.

Workshop training is an integral component of the first-year curriculum, helping students develops practical knowledge, creativity, teamwork, and problem-solving abilities.

Residential Campus and Student Life

SIT offers a fully residential campus designed to provide a safe, comfortable, and academically enriching environment. The campus includes separate student hostels, a central dining facility, and residential accommodation for faculty and staff members.

The institute also encourages physical fitness and holistic development by providing excellent sports infrastructure, including:

• International-standard tennis courts
• Basketball and volleyball courts
• Cricket ground
• Open stadium
• Indoor gymnasium
• Badminton courts
• Modern fitness equipment

The campus has been thoughtfully designed to create an environment that promotes academic excellence while supporting students' physical, emotional, and mental well-being.

First-Year Engineering Induction Program

Students entering engineering education come from diverse academic backgrounds, learning experiences, and cultures. To facilitate a smooth transition from school to professional education, the department conducts a comprehensive induction program in accordance with AICTE guidelines before the commencement of regular classes.

The induction program is designed to help students:

• Adapt to the new academic environment.
• Understand the institute's vision, mission, and values.
• Develop healthy daily routines and study habits.
• Build meaningful relationships with faculty members and peers.
• Foster self-awareness, social responsibility, and environmental consciousness.
• Become familiar with departmental facilities, academic regulations, and student support systems.

The induction program includes orientation sessions, motivational lectures, expert talks, campus visits, laboratory familiarization, interactive activities, sports, cultural events, group discussions, and personality development sessions.

The Department of Engineering Sciences organizes this program for all first-year students at the beginning of every academic year. The program plays a significant role in building students' confidence, improving communication skills, encouraging teamwork, and promoting ethical and professional values. It ensures that students begin their engineering journey with enthusiasm, confidence, and a strong sense of belonging while preparing them for academic excellence and lifelong learning.