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Basic Science & Humanities

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Department Overview Department Highlights Laboratory Facilities Department Information 5 Importance in Engineering

Department of Basic Science & Humanities

Foundation for Engineering Excellence through Sciences and Humanities

The Department of Basic Science & Humanities at SGI College of Engineering plays a crucial role in building a strong foundation for engineering students. We provide comprehensive education in Physics, Chemistry, Mathematics, and Humanities subjects that form the bedrock of engineering education.

Our department is committed to nurturing analytical thinking, problem-solving abilities, and scientific temperament among students while also developing their communication skills, ethical values, and social awareness.

With state-of-the-art laboratories, modern teaching methodologies, and experienced faculty, we ensure that students gain both theoretical knowledge and practical skills essential for their engineering studies. The department emphasizes interdisciplinary learning and application of scientific principles to engineering problems.

We foster an environment that promotes innovation, research, and holistic development of students, preparing them to become competent engineers with strong ethical foundations and excellent communication skills.

Department Highlights

Key features of our Basic Science & Humanities department

Physics

Classical & Modern Physics

Chemistry

Engineering Chemistry

Mathematics

Applied Mathematics

Communication

Technical Communication

Humanities

Ethics & Management

Labs

Well-equipped Laboratories

Research

Scientific Research Projects

Faculty

Experienced Educators

Laboratory Facilities

State-of-the-art laboratories for practical learning

Physics Laboratory

Equipped with modern apparatus for experiments in mechanics, optics, electricity, magnetism, and modern physics. Includes laser equipment, spectrometers, and electronic measuring devices.

Chemistry Laboratory

Modern chemistry lab with facilities for volumetric analysis, spectrophotometry, conductivity measurement, pH analysis, and chemical synthesis. Safety equipment and fume hoods provided.

Engineering Workshop

Workshop with carpentry, fitting, welding, sheet metal, and machining facilities. Students learn basic workshop practices and manufacturing processes.

Computer Laboratory

Advanced computer lab with programming software, mathematical tools, and simulation packages. Used for computational mathematics and programming courses.

Language Laboratory

Modern language lab with audio-visual equipment for improving communication skills, pronunciation, and technical presentation abilities.

Mathematics Resource Center

Resource center with mathematical software, reference books, and study materials for applied mathematics and engineering mathematics courses.

Department Information

Explore Basic Science & Humanities through our comprehensive sections

Head of Department

It is with great pleasure that I welcome you to the Department of Basic Science and Humanities at Suddhananda Residential Polytechnic (SRP). While our institution is dedicated to producing skilled technical professionals, we firmly believe that a strong foundation in basic sciences and humanities is essential for developing well-rounded, innovative, and socially responsible engineers.

The Department of Basic Science and Humanities serves as the cornerstone of the engineering education at SRP. Our curriculum in Physics, Chemistry, Mathematics, and Communication Skills provides the fundamental principles and analytical tools that underpin all branches of engineering. We aim to ignite scientific curiosity, foster critical thinking, and enhance problem-solving abilities from the very first day a student steps into our campus.

Beyond equations and formulas, our humanities subjects, including English and soft skills, are designed to mold effective communicators and ethical leaders. In today's globalized world, the ability to articulate ideas clearly, work in teams, and understand the broader societal impact of technology is what distinguishes a good engineer from a great one.

Our faculty is committed to creating an engaging and supportive learning environment. We strive to make the learning of fundamental concepts interactive and relevant, connecting them to real-world engineering challenges.

To our students, I say: Embrace these foundational years with enthusiasm. The knowledge and skills you gain here will be the bedrock upon which you will build your specialized technical expertise. This is where you learn to think like an engineer.

We are proud to play a pivotal role in your journey at SRP and are dedicated to your holistic growth.

 

Sincerely,

Miss Sikharani Patra

Head of Department

Basic Science and Humanities

Suddhananda Residential Polytechnic (SRP)

Department Overview

The Department of Basic Science & Humanities plays a pivotal role in the first year of engineering education, providing fundamental knowledge that forms the basis for all engineering disciplines. We bridge the gap between school education and specialized engineering studies.

Department Mission:

To provide strong foundational knowledge in basic sciences and humanities, develop analytical and problem-solving skills, and foster effective communication abilities to prepare students for successful engineering careers.

Core Subjects Offered:

  • Engineering Physics: Mechanics, Properties of Matter, Thermodynamics, Waves and Oscillations, Optics, Modern Physics
  • Engineering Chemistry: Atomic Structure, Chemical Bonding, Solutions, Electrochemistry, Corrosion, Polymers, Environmental Chemistry
  • Engineering Mathematics: Calculus, Differential Equations, Linear Algebra, Complex Analysis, Probability and Statistics
  • Communication Skills: Technical Writing, Presentation Skills, Professional Communication, Report Writing
  • Humanities & Social Sciences: Professional Ethics, Engineering Economics, Principles of Management, Sociology for Engineers
  • Workshop Practices: Carpentry, Fitting, Welding, Sheet Metal Work, Machining

Teaching Methodology:

  • Interactive lectures with multimedia support
  • Laboratory sessions for hands-on learning
  • Tutorial classes for problem-solving
  • Group discussions and seminars
  • Industrial visits and expert lectures
  • Continuous assessment and feedback
  • Remedial classes for slow learners
  • Advanced modules for high achievers

Academic Support:

  • Department library with reference books and journals
  • Digital learning resources and e-content
  • Mathematics and Physics help desk
  • Communication skills development center
  • Career guidance and counseling

Vision & Mission

Vision

To be recognized as a center of excellence in basic sciences and humanities education, providing strong foundational knowledge and developing competent engineers with scientific temperament, analytical skills, and ethical values.

Mission

To provide quality education in basic sciences and humanities through effective teaching-learning processes, practical applications, and continuous improvement, enabling students to acquire fundamental knowledge, develop problem-solving abilities, and enhance communication skills essential for engineering education and professional success.

Quality Policy

We are committed to delivering quality education through innovative teaching methods, well-equipped laboratories, experienced faculty, and student-centered approaches, ensuring that students acquire strong foundational knowledge and develop essential skills for engineering studies and professional growth.

Core Values

  • Academic Excellence and Innovation in Teaching
  • Student-Centered Learning and Development
  • Scientific Temperament and Analytical Thinking
  • Ethical Values and Professional Integrity
  • Continuous Improvement and Adaptation
  • Interdisciplinary Learning and Application
  • Research Orientation and Critical Inquiry
  • Communication Skills and Teamwork
  • Social Responsibility and Environmental Awareness
  • Inclusive Education and Equal Opportunities

Department Goals

  1. Provide strong foundation in basic sciences and mathematics
  2. Develop effective communication and professional skills
  3. Foster scientific temperament and analytical thinking
  4. Inculcate ethical values and social responsibility
  5. Prepare students for advanced engineering studies
  6. Promote research and innovation in basic sciences
  7. Establish industry-academia collaboration
  8. Continuously improve teaching-learning processes

Laboratories & Facilities

Laboratory Infrastructure

The department is equipped with state-of-the-art laboratories that provide hands-on learning experiences and practical exposure to scientific principles. Our laboratories are designed to complement theoretical learning with practical applications.

Physics Laboratory:

  • Mechanics Section: Compound pendulum, torsion pendulum, Young's modulus apparatus, surface tension equipment
  • Optics Section: Spectrometer, Newton's rings apparatus, laser equipment, polarimeter
  • Electricity & Magnetism: Carey Foster bridge, potentiometer, ballistic galvanometer, magnetic field measurement
  • Modern Physics: e/m apparatus, photoelectric effect setup, Planck's constant determination
  • Electronics: CRO, function generators, digital multimeters, logic gates

Chemistry Laboratory:

  • Analytical Chemistry: Titration setups, colorimeters, pH meters, conductivity meters
  • Instrumentation: Spectrophotometers, flame photometer, chromatography setup
  • Synthesis Section: Glassware for organic and inorganic synthesis
  • Environmental Analysis: Water and soil testing equipment
  • Safety Equipment: Fume hoods, safety showers, eye wash stations, fire extinguishers

Workshop Facilities:

  • Carpentry Section: Woodworking tools, saws, planes, drilling machines
  • Fitting Section: Bench vices, files, hacksaws, measuring instruments
  • Welding Section: Arc welding, gas welding, spot welding equipment
  • Sheet Metal: Shearing machines, bending tools, joining equipment
  • Machining: Lathe machines, drilling machines, grinding machines

Computer & Language Lab:

  • Computer systems with latest software for programming and simulations
  • Language lab with audio-visual equipment for communication skills
  • Mathematics software for computational mathematics
  • Internet facility for research and learning

Safety Measures:

  • Regular safety audits and inspections
  • Safety training for students and staff
  • Proper storage of chemicals and equipment
  • Emergency response procedures
  • First aid facilities

Research & Activities

Research Initiatives

The Department of Basic Science & Humanities promotes research activities among faculty and students, encouraging innovation and scientific inquiry in fundamental sciences and their applications to engineering problems.

Research Areas:

  • Physics: Materials science, nanotechnology, renewable energy, semiconductor physics, optics and photonics
  • Chemistry: Green chemistry, corrosion science, polymer science, environmental chemistry, analytical chemistry
  • Mathematics: Applied mathematics, computational methods, optimization techniques, statistical analysis
  • Humanities: Technical communication, professional ethics, engineering education, sustainable development

Faculty Research Projects:

  • Sponsored research projects from government agencies
  • Collaborative research with industry partners
  • Interdisciplinary research with engineering departments
  • Consultancy projects for industry
  • Patents and technology development

Student Research Activities:

  • Undergraduate research projects
  • Participation in science exhibitions
  • Innovation and design competitions
  • Publication of research papers
  • Presentation at conferences

Department Activities:

  • Science Exhibition: Annual exhibition showcasing student projects and innovations
  • Guest Lectures: Invited talks by experts from academia and industry
  • Workshops: Technical workshops on emerging topics
  • Seminars: Student and faculty seminars on research topics
  • Industrial Visits: Visits to research institutes and industries
  • Competitions: Mathematics quiz, physics demonstrations, chemistry experiments
  • Celebrations: National Science Day, Mathematics Day, Environment Day

Publications:

  • Research papers in national and international journals
  • Conference proceedings and presentations
  • Books and book chapters
  • Teaching-learning materials and manuals
  • Department newsletter and bulletins

Collaborations:

  • Collaboration with research institutes
  • Industry partnerships for projects
  • Academic exchange programs
  • Joint research initiatives
  • Consultancy services

Importance of Basic Sciences in Engineering

The Basic Science & Humanities department provides the essential foundation for all engineering disciplines. Our courses in Physics, Chemistry, and Mathematics equip students with fundamental principles that form the basis of engineering applications. Humanities subjects develop communication skills, ethical values, and managerial abilities essential for professional success.

Core Sciences:
  • Engineering Physics
  • Engineering Chemistry
  • Engineering Mathematics
  • Applied Physics
Humanities & Management:
  • Technical Communication
  • Professional Ethics
  • Principles of Management
  • Economics for Engineers