What is BSc. Electronics?
B.Sc. Electronics is a undergraduate (UG) level specialized course program for students who wish to learn the fundamentals of electronics. This course enables the student for challenges in the electronics and communication industry as it demands for better analytical and communication skills.
The subjects which are studied under B.Sc. Electronics are as follows Electronic materials, Digital and Analog electronics, Data structure languages, Programming, Quantum mechanics, Mathematics, Statistics, Network Protecting, Security, Fundamentals of electronics, and electromagnetic.
Fundamentals of Digital and Analog System is an one of the exceptional and the most researched field in terms of Industrial application and it is one of the reason why the seats are being occupied regularly for the Bachelor of Science in (Electronics).
If you are an Electronics Executive, Communication operator etc in few of the top companies or industries, MNC’s like Electrics, Boscs, HP are few of the lucrative B.Sc Electronics job opportunities and challenging jobs which an individual is provided after graduation.
Skills Required for BSc. Electronics candidates
- Should have critical thinking skills
- Analytical skills
- Time management
- Problem solving skills.
- Should mainly focus on detail orientation and presentation of data.
Analytical skills
One of the key roles of a computer science engineer is to identify a technical problem and find an exact solution for it. Whereas, the strong analytical skills are critical to assess any problem from a different perspective and find the best and good solution. When you are working as a computer engineer, one will also be able to require to explore different options and not simply restrict or adhere to a one solution format.
Creativity
The ability to solve problems is equally important, being creative and technical to have unique ideas is also vital to be a skilled engineer. One should be careful while analyzing and correcting the operating errors to find the exact cause and solutions of the problem.
Problem-solving skills
A computer science engineer is also requires and able to solve complicated problems in an organized manner. The problems that engineers tend to solve are based on real-life scenarios. Finally, to execute and implement the project, one need to detail and explain each and every step to have an organized outline for solving the problem. While executing the coding, every computer engineer knows the compulsion to get everything right. This also to be remembered that engineers need to be quick observers to be able to spot any error, small or big in the program.
Critical thinking skills
Critical and creative thinking skills enable you to be versatile and improve while working on a wide array of projects. It also helps you know the right and best approach to solve a problem. When you think critically, you are able to analyze the methodologies critically and logically, to find the most appropriate one.
Communication skills
A computer science engineer is always a part of a big team where the team members will always work simultaneously to achieve certain type of goals. Hence this means that as a successful software engineer, you should be able to interact and communicate with your team, exchange ideas and stay always updated with the team’s progress towards the long-term goal.
Leadership skills
If you are very much inclined to move towards in the field of computer science and engineering, there will be a certain point where you will be required to lead a team.
Hence for the in career relating or possessing leadership skill is very essential and important otherwise, the roles and responsibilities of an engineer become stagnant and unworthy despite having decades of experience.
Throughout ones career as a computer science engineer, you will have to continue learning about various software and hardware. With technological advancement in this stream the number of job opportunities for computer engineers is very much higher. Will able to identify the smallest of errors in long and lengthy codes to master various programming languages, a computer science engineer needs to be diverse and able to succeed in his or her career. Whether it is going through the endless branch of data or code or having a complete understanding of various tools, a computer science engineer must also have very much patience, creativity, strong dedication and interpersonal skills which will be able to strive for the impossible in their respective field.
BSc. Electronics: Top Colleges in India
Govt. Funded Colleges for BSc. Electronics
- Government Narmada PG College, Madhya Pradesh
- Government Degree College, Andhra Pradesh
- Government Arts & Science College for Women, Cbe
- Government Arts College for Women, Ramanathapuram,
- Government Science College, Karnataka
- Pandit Shambhunath Shukla Government PG College, Shahdol
- Sri Raja Rajeshwari Government College, Karimnagar
- Government Maharani Laxmi Bai Girls P.G. College, Indore, Madhya Pradesh
- Government Degree College, Khammam, Andhra Pradesh
- Government (V.S.R.) Degree College, Krishna Andhra Pradesh
- Government Geetanjali Girls College, Bhopal, Madhya Pradesh
- Government Holkar Science College, Indore, Madhya Pradesh
- Government V.Y.T.P. Autonomous College
- Government Rajiv Gandhi Autonomous P.G. College, Surguja
- H.H.The Maharaja’s Government College for Women
Private Colleges for BSc. Electronics
- Christ University. Bangalore, Karnataka.
- The Oxford College of Science Bangalore, Karnataka.
- Hindu College. New Delhi, Delhi NCR.
- Fergusson College. …
- Mount Carmel College – [MCC]
- Devi Ahilya Vishwavidyalaya.
- SASTRA University.
- Calicut University.
BSc. Electronics: Course Highlights
Listed below are the course highlights of BSc. Electronics
| Degree | Bachelors |
| Full Form | Bachelor of Science in Electronics |
| Duration | Course Duration of Bachelor of Science [B.Sc] (Electronics) is 3 Years. |
| Age | Age limit between 19-21 |
| Minimum Percentage | 50% |
| Subjects Required | Physics, Chemistry , Maths and Biology |
| Average Fees Incurred | INR 10,000 – 1 L per annum |
| Similar Options of Study | B.Sc (Physics), B.Sc (Computer Science), B.Sc (Applied Physics) etc. |
| Average Salary Offered | INR 7.93 L per annum |
| Employment Roles | Senior or Junior Software Engineer, Software Developer, Trainer, Project Manager, Operations Manager, Solutions Architect, HR Manager, Project Manager, School Teacher, Assitant Lecturer, Professor Software Developer etc. |
| Placement Opportunities | T C S Limited, C T S, HCL Technologies Ltd, Tech Mahindra Ltd, Infosys, IBM Wipro Technologies Ltd, Axis Bank, Nucleus Software, Royal Bank of Scotland, Applied Materials etc. |
Syllabus for BSc. Electronics
Given below are the syllabus for B.Sc. Electronics:
| Name of the Paper | Topics | Description |
| Electricity and Basic Electronics | Electrostatistics , Capacitors unit of capacity , Magnetic effects of current , Diode circuits and power supplies , Transistor circuits , | The paper aims at understanding of the electric intensity, electric potential, capacity of spherical, parallel plate and cylindrical capacitors, magnetic effects, junction diode characteristics, and characteristics of transistor in CB, CE, and CC modes. |
| Electromagnetism and AC circuits | Electromagnetic induction , Alternating current, AC circuits , Electromagnetic machines , Maxwell’s equation , | The paper focuses on the topics of expression for induced EMF self induction of a solenoid, measurement of intense magnetic field using search coil, alternating , electromagnetic theories of Maxwell’s equation. |
| Physics of materials | Types of bonds in crystals , Bragg’s law , Crystal structure , Crystal system , Free electron Fermi gas , Lorentz free electron theory of metals , Kronig-Penney model , Semiconductor crystals. , | The paper aims at the bonding in solids, symmetry elements in crystals, electrical and thermal conductivity, energy bonds in solids, law of mass action. |
| Numerical methods | Newton’s forward and backward formulae , Numerical integration , Solutions of transcendental and polynomial equations. Newton-Raphson method , Solutions of differential equations , Methods of curve fitting , Gauss elimination method , | The paper focuses on the interpolation, numerical integration, numerical solution of ordinary differential equation. |
| Amplifiers and Oscillators | General principles of small signal amplifiers , Classifications , Multistage amplifies , Transformer coupled amplifiers , Feedback amplifiers , Feedback requirement of oscillations , Operational amplifiers , Anti-log amplifiers , | The paper aims at the basic concepts and classifications of amplifiers and oscillators. |
| Basic physics-1 | Moment of inertia , Circular disc , Kinetic energy of a rolling subject , inclined plane , Gravitation , Newton’s law , Elasticity , Viscosity , Thermal physics , Intensity and loudness , | The paper aims at the fundamentals of physics and its laws. |
| Semiconductor devices and integrated circuits | Junction diode , Junction transistor , Field effect transistors , Charge transfer devices , Charge coupled devices , Integrated circuit classification , | The paper aims at teaching about the characteristics, and working of diodes and integrated circuits. |
| Programming in ‘C’ | Character , Keywords , Identifiers , Data types , Operators , Decision making statements , Arrays , Processing arrays , Structures and unions , Programs , Gauss-Seidal method , Newton-Raphson method , | The paper aims at the fundamentals of keywords, array definition, passing array to a function, processing a structure, and programs. |
| Digital Electronics | Number systems and codes decimals , Binary , Octal , Hex numbers , Conversion from one to another , Boolean Algebra and Theorems , Basic, Universal logic gates , Combinational digital circuits , Arithematic building blocks , Basic adders and subtractors , DAC and ADC , Comparison of various types of DAC and ADC , | The paper aims at the fundamentals of digital electronics. |
| Basic Physics-II | Method of minimizing spherical aberration , Chromatic aberration , Achromatic combination of lenses in contact , Newton’s rings , Positive rays analysis , Photoelectric emission , Relativity : frame of reference , Gallilean transformation , Michelson- Morley experiment , Quantum mechanics , Wave functions and its interpretation , Nuclear and particle physics , | The paper aims at the fundamentals of physics such as optics, positive rays, relativity, quantum mechanics, and general properties of nuclei. |
| Microprocessor-I | Architecture of 8085 microprocessor , Instruction set of 8085 , Arithmetic , Assembly language and machine language , Memory interface , RAM, ROM, EPROM, EEPROM functional explanation , Explanation of timing diagram for 8085 instructions , | The paper aims at the functional operations of microprocessor. |
| Antennas and wave propagation | Antenna action , Radiation and electric doublet , Total effective resistance of antenna , Types of antennas , Wave propagation , Wave guides , Basic concepts of waves , Maxwell’s equation guided waves between parallel planes , | The paper aims at the fundamentals and characteristics of antenna. Also wave guide in communication. |
| Communication electronics | Amplitude modulation and Demodulation , Generation and detection of amplitude , Frequency modulation and demodulation , Analog pulse modulation , Sampling theorem , Basic principles of pulse amplitude modulation , Data transmission , TDM in PCM , Amplitude shift keying , Frequency shift keying , Phase shift keying , | The paper focuses on the definition of amplitude modulation and demodulation, definition of frequency modulation, generation and demodulation of PCM. |
| Data processing and personal computers | Storage media types of data processing , Data processing cycle , Data processing operations , Communicating with the computer , Types of personal computers , Theory of personal computer development , The disk operating system , Overview of MS-DOS , An overview of UNIX file systems , PC Applications , Spreadsheets , Word processing , LAN , Information technology , Internet , Intranet , E-mail , | This course focuses on various topics related to data processing and development of personal computers. |
| Microprocessor-II | IN and OUT instructions , IN and OUT interface , Hardware and software interrupts , SIM and Mlvi instructions , Interfacing peripheral devices , Interfacing hex keywords using 8255 , Microprocessor applications , Stepper motor interface , Data acquisition system , | The paper aims at the applications and using of a microprocessor. |
| Television and engineering | Picture transmission and reception , Sound transmission , Synchronization , Television broadcasting , Camera tubes , Television receivers , Colour television , Video systems , Transverse and Helical scanning , | The paper aims at the elements of a TV system. |
| Opto electronics | Absorption in semiconductors , Semiconductor junctions , Photodetectors , Switching devices and opto electronics , Fiber communication optical fibre. , | The paper aims at the optical processes in semiconductors, its and characteristics and fundamentals. |
| Electrical and electronic instrumentation | DC indicating instruments , Galvanometer : principle, construction, and working , DC bridges , Oscilloscopes , Deflection sensitivity , Electrostatic sensitivity , Instrumentation amplifiers and signal analyser , Electronic voltmeter , Electronic multimeter , Digital voltmeter , Fundamentals of spectrum analyser , Transducers and display devices , | The paper focuses on the topics of electronic instrumentation : advantages and disadvantages, determination of resistance, oscilloscope, instrumentation amplifiers. |
BSc. Electronics: Duration
Bachelor of Science or B.Sc. in Electronics is an undergraduate (UG) level course program which teaches students the fundamentals of electronics and electrical circuits such as transistors, vacuum tubes, circuits and diodes. It is a 3 year course program that is divided in 6 semesters each whereas each semester last for the period of 2 months. If it is a distance course programs the minimum duration is 3 years and maximum duration is 6 years.
BSc. Electronics: Eligibility Criteria
- The students must have successfully completed 10+2 or its equivalent exam in Science branch with Physics, Chemistry, and Mathematics as compulsory subjects.
- Many top colleges/universities conduct Individual entrance exams.
- The aggregate marks/percentages scored in 12th class along with the entrance exams any of these will be considered for the admission of students.
Core Course Subjects in BSc. Electronics
Given below are few of the important subjects present in B.Sc. Electronics curriculum
- Electrical Circuits
- Integrated Circuits
- Digital Electronics
- Microprocessors
- Communication Systems
- Micro controllers
- Programming
- Electronic Equipment
- Semiconductors
Career Options after BSc. Electronics
- Sales Engineering
- Test Engineer
- Field Engineer
- Systems Design Engineer
- Research Engineer
- Reliability Engineer
- Development Engineer
- Software Engineer
- Quality Control Engineer
- Chief Engineer
- Engineering Specialist
- Project Engineer
- Design Engineer
After the successful completion of B. Sc electronics course, students can go for Master of Science in the same field or any other related branch as per their interest.
BSc. Electronics: Admission Process
- Candidates has to go through different entrance exams conducted by individual University/Institutes in accordance with their admission criteria.
- The student can check from the website of the college/university for getting the admission/application form through online download or by the offline methods.
- The students has to fill up the application form before the deadline specifically mentioned by the Institutes/university.
- The results of the Individual entrance exam will be declared through the official website of the university/college.
- The last round of admission process will be counseling and followed by personal interview.
Entrance Examination for BSc. Electronics
- Banaras Hindu University Entrance Exam.
- Jamia Hamdard University Entrance Exam.
- Bhaskaracharya College of Applied Sciences Entrance Exam.
- University of Delhi Entrance Exam.
- Ranchi University Entrance Exam.
Top Recruiters, Job Profiles & Salary of BSc. Electronics Graduates
Recruiters for BSc. Electronics
These are few of the top recruiters of B.Sc in Electronics includes the following:
- Havells
- Legrand
- Voltech Engineering
- Anchor Electrical and Electronics
- Crompton Greaves
Job Profile for BSc. Electronics
- Executive (Electrical/Electronics)
- Communication System Operator
- Broadcast and Sound Technician
- Communication Operator
- Television Production Manager
- Audiovisual Production Specialist
- Radio Journalist
- Technical Head – Electronics
Salary for BSc. Electronics
. The initial salary in the government organizations may be from INR 12,000 to 33,000 per month and in the private sector the salary package after B.Sc. Electronics varies from INR 3,60,000 to 4,50,000 per annum.
Top 50 Colleges offering BSc. Electronics in India
Top Colleges offering BSc. Electronics in Mumbai
- S. K. Somaiya Degree College of Arts, Science and Commerce.
- Elphinstone College
- St Xaviers College
- Sarla Anil Modi Institute of Economics
- Jai Hind College
Top Colleges offering BSc. Electronics in Delhi
- Acharya Narendra Dev College
- Sri Aurobindo College
- Hindu College
- Hans Raj College
- Ramjas College
Top Colleges offering BSc. Electronics in Bangalore
- The Oxford College of Science, Bangalore
- Acharya Institute of Graduate Studies, Bangalore.
- Indian Academy Degree College, Bangalore.
- Vijaya Degree College Bangalore.
- MES College of Arts Commerce and Science.
Top Colleges offering BSc. Electronics in Chennai
- Jaya Group of Institutions, Chennai.
- AJ College of Arts and Science, Chennai.
- Sathyabama University, [SU] Chennai.
- Dr MGR Educational and Research Institute, Chennai.
- Sathyabama Institute of Science and Technology, Chennai.
Top Colleges offering BSc. Electronics in Hyderabad
- Avanthi Degree College, Hyderabad.
- Bankatlal Badruka College For Information Technology, Hyderabad.
- AV Arts Science and Commerce, College.
- Government City College, Hyderabad.
- St Josephs Degree & PG College, Hyderabad.
- Holy Cross College for Women, Hyderabad.
Top Colleges offering BSc. Electronics in Mysore
- Yuvarajas College
- Maharajas College
- Myra School of Business
- St Philomena College
- JSS College
Top Colleges offering BSc. Electronics in Pune
- Sir Parashurambhau College
- Swami Vivekananda College of Distance Education.
- Annasaheb Waghire College
- Hutatma Rajguru Mahavidyalaya Pune
- Sinhgad College of Science Pune
Top Colleges offering BSc. Electronics in Jaipur
- Lal Bahadur Shastri College
- Mahatma Jyoti Rao Phoole University,
- Jaipur National University
- NIMS University
- Banasthali Vidyapith College
Top Colleges offering BSc. Electronics in Vishakhapatnam
- Aditya Degree College, Vishakhapatnam.
- Dr L Bullayya College Vishakhapatnam.
- TSR and TBK Degree and PG College, Vishakhapatnam.
- AGL Degree and PG College Vishakhapatnam.
- Andhra UniversityVishakhapatnam.
- GITAM University, Vishakhapatnam.
Top Colleges offering BSc. Electronics in Coimbatore
- Dr N.G.P College of Arts and Science Coimbatore.
- Bharathiar University Coimbatore.
- Kongunadu Arts and Science College
- PSG College of Arts and Science
- Sri Ramakrishna College of Arts and Science Coimbatore
Top Colleges offering BSc. Electronics in Cochin
- Bharata Matha College
- The Cochin College
- Sacred Heart College
- St Alberts College
- St Teresas College
