Why MIT Arts, Commerce & Science College?
Affiliated to Savitribai Phule Pune University, Pune.
Excellent Placement and Internship Opportunities to all.- One Of the Top Institutions in Pune.
Experienced, Resourceful, Trained and Supportive Faculties.
Modern Infrastructure.
Well-equipped Laboratories.
Spacious, Digitized Library with Excellent Facilities.
Sports Facility.
About Program
B.Sc. (Computer Science)
BACHELOR OF SCIENCE (COMPUTER SCIENCE):
Introduction
B. Sc. Computer Science is a three-years program, designed to keep pace with the latest developments in the world of computing, and help students to develop core skills and technical knowledge to make a career in this rapidly evolving field.
The first year covers the fundamentals and other basic skills needed for software development.
The second year is all about strengthening computational problem-solving acumen via courses on Data Structures and Software Engineering.
The third year consists of core domain subjects related to computer science and contribute to gain exposure to emerging fields like data analytics, and develop core skills that are in demand in the software industry.
Scope of the Program:
The program is designed to help graduates to:
- Develop a deeper understanding of how to leverage computer science to solve some of the world’s complex and challenging problems.
- Imbibe an entrepreneurial and innovative state of mind to build world-class software products.
- Equip with all the core skills, knowledge and analytical abilities related to the computer science domain.
- Gain insights into the new career paths in the private sector, academia and research and choose the right one.
- Imbibe key leadership and soft skills needed to thrive in the world, and collaborate successfully with inter-disciplinary teams.
Program Structure
| Course Code | Title |
|---|---|
| CS-111 | Problem solving using Computer and C Programming |
| CS-112 | Database Management System |
| CS-113 | Practical course based on 111 and 112 |
| CSST-111 | Descriptive Statistics – I |
| CSST -112 | Mathematical Statistics – II |
| CSST – 113 | Statistics Practical |
| ELC – 111 | Semiconductor Devices and Basic Electronic System |
| ELC – 112 | Principles of Digital Electronics |
| ELC – 113 | Electronics Practicals |
| MTC- 111 | Matrix Algebra |
| MTC- 112 | Discrete Mathematics |
| MTC- 113 | Mathematics Practical |
| Course Code | Title |
|---|---|
| CS–121 | Advanced C Programming |
| CS–122 | Relational Database Management System |
| CS–123 | Practical course based on CS 201 and CS 202 |
| CSST–121 | Method Of Applied Statistics |
| CSST–122 | Continuous Probability Distribution and Testing of Hypothesis | CSST–123 | Statistic Practical | ELC–121 | Instrumentation System | ELC–122 | Basics of Computer Organization | ELC–123 | Electronics Practical | MTC–121 | Linear Algebra | MTC–122 | Graph Theory | MTC–123 | Mathematics Practical |
| Course Code | Title |
|---|---|
| CS–231 | Data Structure and Algorithms - I |
| CS–232 | Software Engineering |
| CS–233 | Practical Course Based on CS 231 |
| MTC–111 | Mathematics - I |
| MTC–112 | Mathematics - II |
| MTC–113 | Mathematics - III |
| ELC–111 | Electronics - I |
| ELC–112 | Electronics - II |
| ELC–113 | Electronics - III |
| Environmental Science - I | |
| Language Communication - I |
| Course Code | Title |
|---|---|
| CS-241 | Data Structure and Algorithms - II |
| CS-242 | Computer Networks - I |
| CS-243 | Practical Course Based on CS 241 |
| MTC-231 | Mathematics - I |
| MTC-232 | Mathematics - II |
| MTC-233 | Mathematics - III |
| ELC–121 | Electronics - I |
| ELC–122 | Electronics - II |
| ELC–123 | Electronics - III |
| Environmental Science - II | |
| Language Communication - II |
| Course Code | Title |
|---|---|
| CS–351 | Operating System – I |
| CS–352 | Computer Networks - II |
| CS–357 | Practical Based on CS – 351 |
| CS–353 | Web Technologies – I |
| CS–354 | Foundation of Data Science |
| CS–358 | Practical Based on CS -353 |
| CS–355 | Object Oriented Programming – I (Core Java) |
| CS–356 | Theoretical Computer Science and Compiler Construction – I |
| CS–359 | Practical Course Based on CS – 355 |
| CS–3510 | Python Programming / R Programming |
| CS–3511 | Open Elective |
| Course Code | Title |
|---|---|
| CS–361 | Operating System – II |
| CS–362 | Software Testing |
| CS–367 | Practical based on CS 361 |
| CS–363 | Web Technologies - II |
| CS–364 | Data Analytics |
| CS–368 | Practical Based on CS- 363 and 364 |
| CS–365 | Object Oriented Programming – II(Advanced Java) |
| CS–366 | Theoretical Computer Science and Compiler Construction - II |
| CS–369 | Practical Course Based on CS - 365 |
| CS–3610 | Mobile Application Development / Software Testing Tools |
| CS–3611 | Project / Open Elective |
Eligibility
To be eligible, students must have completed:
-
Higher Secondary School Certificate (10+2) or its equivalent examination with 40% marks from any stream, with English as one of the subjects
ORThree-Years Diploma Course (after S.S.C.) of Technical Education conducted by the Government of Maharashtra or its equivalent.
BSc (Physics | Chemistry | Mathematics | Electronics)
Introduction
B.Sc. (regular) is an industry-aligned program designed to help students to build a strong foundation in core natural science subjects. The last few years have triggered a renewed interest and demand for professionals who excel at pure sciences and Mathematics.
New career pathways in research, academics, forensics, statistics, data science, and finance have opened up a world of opportunities for those with a strong foundation in Science & Mathematics, and a scientific bent of mind.
The program's teaching methodology combines rigorous theoretical knowledge with practical exposure. It is geared to help graduates excel in both the fundamental and applied uses of pure sciences and Mathematics in an increasingly multi-disciplinary world.
Scope of the Program:
The program is designed to help graduates to:
- Excel in the fundamentals of all core specializations of the program.
- Apply knowledge creatively to solve complex real-world problems.
- Inculcate a research frame of mind and analytical, observation, and interpretation skills required for in-depth research projects.
- Collaborate with multi-disciplinary teams.
- Imbibe contemporary leadership skills needed to achieve excellence in the professional world.
- Develop an entrepreneurial mindset to help those looking to branch out and build their own enterprises.
Program Structure
| Course Code | Title |
|---|---|
| MT-111 | Algebra |
| MT-112 | Calculus-I |
| MT-113 | Mathematics Practical |
| PHY-111 | Mechanics and Properties of Matter |
| PHY-112 | Physics Principles and Applications |
| PHY-113 | Physics Laboratory-IA |
| CH-101 | Physical Chemistry |
| CH-102 | Organic Chemistry |
| CH-103 | Chemistry Practical–I |
| EL-111 | Basics of Applied Electronics |
| EL-112 | Electronic Devices and Circuits |
| EL-113 | Electronics Lab-IA |
| Course Code | Title |
|---|---|
| MT-121 | Analytical Geometry |
| MT-122 | Calculus-II |
| MT-123 | Mathematics Practical |
| PHY-121 | Heat and Thermodynamics |
| PHY-122 | Electricity and Magnetism |
| PHY-123 | Physics Laboratory-IB |
| CH-201 | Inorganic Chemistry |
| CH-202 | Organic Chemistry |
| CH-203 | Chemistry Practical–II |
| EL-121 | Fundamentals of Digital Electronics |
| EL-122 | Analog and Digital device Applications |
| EL-123 | Electronics Lab-IB |
| Course Code | Title |
|---|---|
| PHY - 231 | Mathematical Methods In Physics I |
| PHY - 232 | Electronics I / Instrumentation |
| PHY – 233 | Physics Laboratory – 2 A |
| PHY – 2310 | Environment - I |
| PHY – 2311 | Specialization I- Theory |
| MT – 231 | Calculus Of Several Variables |
| MT – 232 (A) | Laplace Transform and Fourier Series |
| MT – 232 (B) | Computational Geometry |
| MT – 233 | Mathematics Practical |
| EL – 231 | Laplace Transform and Fourier Series |
| EL – 232 | Computational Geometry |
| EL – 233 | Mathematics Practical |
| Course Code | Title |
|---|---|
| PHY – 241 | Oscillation, Waves and Sound |
| PHY – 242 | Optics |
| PHY – 243 | Physics Laboratory - 2B |
| PHY – 2410 | Environment - II |
| PHY – 2411 | Specialization III- Theory |
| MT – 241 | Linear Algebra - I |
| MT – 242 (A) | Vector Calculus |
| MT – 242 (B) | Numerical Analysis |
| MT – 243 | Mathematics Practical |
| EL – 241 | Analog Circuit Design |
| EL – 242 | Microcontroller |
| EL – 243 | Electronic Lab II B |
| Course Code | Title |
|---|---|
| PHY – 351 | Mathematical Methods in Physics II |
| PHY - 352 | Electrodynamics |
| PHY – 353 | Classical Mechanics |
| PHY – 354 | Atomic and Molecular Physics |
| PHY – 355 | Computational Physics |
| PHY – 356 | Elective - I |
| PHY - 357 | Physics Laboratory 3 A |
| PHY – 358 | Physics Laboratory 3 B |
| PHY – 359 | Physics Laboratory 3 C |
| PHY – 3510 | Maintenance and Repairing of Lab equipments-I |
| PHY – 3511 | Household Electrification, Maintenance and Repairing - I |
| MT – 351 | Metrics Spaces |
| MT – 352 | Real Analysis - I |
| MT – 353 | Problem Course on MT 351 and 352 |
| MT – 354 | Group Theory - I |
| MT – 355 | Ordinary Differential Equation - I |
| MT – 356 | Problem based on MT 354 and 355 |
| Course Code | Title |
|---|---|
| PHY – 361 | Solid State Physics |
| PHY - 362 | Quantum Mechanics |
| PHY – 363 | Thermodynamics and Statistical physics |
| PHY – 364 | Nuclear Physics |
| PHY – 365 | Electronics II/ Advanced Electronics |
| PHY – 366 | Elective - II |
| PHY - 367 | Physics Laboratory 4 A |
| PHY – 368 | Physics Laboratory 4 B |
| PHY – 369 | Project |
| PHY – 3610 | Maintenance and Repairing of Lab equipments- II |
| PHY – 3611 | Household Electrification, Maintenance and Repairing - II |
| MT – 361 | Complex Analysis |
| MT – 362 | Real Analysis – II |
| MT – 363 | Problem based on MT 361 and 362 |
| MT – 364 | Ring Theory I |
| MT – 365 | Partial Differential Equation - I |
| MT – 366 | Problem Based on MT 364 and 365 |
Specialization Subject
The student has to select one specialization subject in the Second Year and he/she will study eight papers of it.
Specialization Electives
Physics, Chemistry, Mathematics & Electronics.
Note: To view the detailed syllabus, visit Savitribai Phule Pune University's website.
Eligibility
To be eligible, students must have completed:
-
Higher Secondary School Certificate (10+2) or an equivalent examination with English and any three science subjects such as Physics, Chemistry, Biology, Mathematics, Geography, Geology, etc.
ORThree Years Diploma Course by Board of Technical Education conducted by Government of Maharashtra or its equivalent.
ORThree Years Diploma in Pharmacy Course of the Board of Technical Education conducted by Government of Maharashtra or its equivalent.
Placement & Recruiters
Highest package 10.80 LPA
Average package 3.50 LPA
Admission Process
An eligible candidate has to apply through the college application form for entrance examination conducted by the college. Admissions will be offered to student on merit basis of entrance score.
MIT Arts, Commerce & Science College is an integral constituent of MAEER's MIT Pune, established in the year 2007. MAEER's MIT was founded in the year 1983 by Dr. Vishwanath D. Karad, (Founder, Executive President & Managing Trustee) along with the collective efforts of many educationists, scientists and social thinkers. MIT is among the first in professional education offering academic programs at more than 72 institutions and 4 universities across India.
Address
MIT Arts, Commerce & Science College
Alandi Road, Pune - 412105
Maharashtra, India
