ELECTRONICS DEPARTMENT

OUR DEPARTMENTS

PROGRAMME OUTCOMES

The Programmes offer insight into the scholarly knowledge in their respective fields, integrating and synthesizing the related norms and ethics in their own fields. The Programmes empower students to undertake responsibility either as an individual or as a team member within the interdisciplinary framework and related fields. The Programmes are selected to suit the varied dimensions of our society. The job prospects ingrained in these courses put the students in good stead and make them employable after the completion of their respective Programme.

(For eg:- BA English with Journalism as one of the Complementary Courses) In addition to the courses, the College imparts practical training in Banking, UPSC-SSC Exams, MBA, NET-SET etc.

  • Career Orientation : To equip students with varied career attributes so as to enhance their job prospects which in turn will help them get placements in various organizations within the country and abroad
  • Pro-Active Mindset: To empower students to accept the challenges in their respective fields and suggest remedies for the maladies integrating the wisdom and expertise acquired from the Programme
  • Social Responsibility : To enlighten students as social beings to involve in debates, discussions etc mediating disagreements and coming up with logical conclusions
  • Life-long Learning : To embolden them in the pursuit of knowledge and make them value wisdom and follow it passionately thus engaging in life-long learning
  • Value Orientation: To inculcate values in the minds of students and equip them to shoulder greater responsibilities in life with value orientation
  • Individual and Team Work: To function effectively as an individual, as a member or leader in diverse teams, and in multi-disciplinary globalscape.
  • Communication: To communicate effectively the complex concepts, theories, prospects and possibilities of their respective fields of expertise
  • Environment and Sustainable Development: To sensitize students regarding the need to protect and conserve environment and ecology, thus encouraging them to be agents of social change and Sustainable Development. The Green Initiatives of the College coupled with the Audit Course in first year provide insight to students regarding this pertinent issue of the time.

PROGRAMME OUTCOMES OF ELECTRONICS DEPARTMENT

Course Names are :

ELE1B01 – Basic Electronics (with lab)

COURSE OBJECTIVES :

  • To familiarize the basic Electronic components To learn the basics of testing and measuring instruments To study the circuit assembling and troubleshooting To get a background of semiconductors and different types of diodes To introduce different types of transistors and power electronic devices

COURSE OUTCOME :

  • Able to explain the basic Electronic Components. Understand the basics of testing and measuring instruments. Develop circuits and understand its troubleshooting. Understand the characteristics of different types of diodes ,transistors and power electronics devices

COURSE OBJECTIVES :

  • To get the knowledge of rectifiers, filters and wave shaping circuits To get basic idea about the biasing of transistors and amplifiers To differentiate Oscillators and multi vibrators

COURSE OUTCOME :

  • Recognize rectifiers, filters and wave shaping circuits. Acquire knowledge about the biasing methods of transistors and amplifiers Identify the oscillator and multivibrator circuit characteristics

COURSE OBJECTIVES :

  • To equip the students withdetailed knowledge in digital electronics, digital IC’s in the 74XX Series. Many of the ideas are important to learn microprocessors. To learn different number systems, logic gates, comparators, flip flops etc. To equip the students with detailed knowledge of Analog IC’s like OPAMP 741, IC 555 etc. To learn the basics of Amplifiers, filters, wave form generators, comparators, Multivibrators and voltage regulators

COURSE OUTCOME :

  • Understand basic digital gates.
  • Understand basic problem in digital design. Understand basics of aIanalog circuits. Understand basics of Ianalog IC. Understand basics of regulated ICs.

COURSE OBJECTIVES :

  • To learn about the Architecture of 8085 Intel Microprocessor To expertise in instruction set and its hardware parts To impart knowledge in programming concepts of 8085 and its interfacing. To encourage students to learn any type of processor.

COURSE OUTCOME :

  • Develop idea about the internal hardware of 8085. Understand the instruction sets of 8085 and identify its hardware parts, thus learning to program .Able to carry out projects using processors other than 8085, for which similar architecture is used.

COURSE OBJECTIVES :

  • To learn basics of fields.
  • To understand the movements of waves in communication.
  • Understand the physics of waves for applications in radio frequency technology

COURSE OUTCOME :

  • Understand various parameters of field theory in communication
  • In depth understanding of current flow during communication
  • Understand the basics of wave propogation through air in electromagmetic communication

COURSE OBJECTIVES :

  • To differentiate Microprocessor and Microcontroller To learn about the Architecture of 8051 Microcontroller To expertise in microcontroller instruction set and its hardware parts To impart knowledge in programming concepts of 8051 and its interfacing.

COURSE OUTCOME :

  • Recognize Microprocessor and Microcontroller. Develop idea about the internal hardware of 8051.Understand the instruction sets of 8051 and identify its hardware parts. Able to carry out projects using microcontroller 8051.

COURSE OBJECTIVES :

  • To learn the flow of physical current through various networks.

COURSE OUTCOME :

  • Explain resistors, inductors and capacitors role in energy flow
  • Perceive the concepts of time factors in inductors and capacitors.
  • Perceive the concepts energy source conversions and various forms of network for utility services.
  • Explain Electromagnetic radiations with respect to antennas.

COURSE OBJECTIVES :

  • To impart the idea of digital fundamentals to other departments.

COURSE OUTCOME :

  • Understand basics of digital systems

COURSE OBJECTIVES :

  • To introduce basics of communication and different modulation techniques To analyze different types of communication receivers. To get the knowledge about the free space propagation To get an awareness about the different digital modulation techniques.

COURSE OUTCOME :

  • Understand basics of communication and different modulation techniques. Able to identify different receiver types.Capable to describe different propagation modes in free space. Examine the different digital modulation techniques.

COURSE OBJECTIVES :

  • To equip the students with basic knowledge in DSP . To learn the basics signals and analysis, Fourier transform, digital filter design etc

COURSE OUTCOME :

  • Understand digital signal processing. Understand basics of fast Fourier transform. Understand basics of Discrete FT. Understand basics of convolution.

COURSE OBJECTIVES :

  • To learn the basics of control system and its different types. To analyze mathematical modeling of different types of systems. To compute the transfer function of a system using different methods. To get a background of compensators and controllers.

COURSE OUTCOME :

  • Understand the basics of control system and its different types. Able to analyze different types of systems mathematically. Capable to identify a system and examine the transfer function. Understand the different compensator and controller circuits

COURSE OBJECTIVES :

  • To introduce the concept of high frequency communications
  • To make the students aware of various techniques in microwave communications
  • To equip the students with indepth understanding of microwave applications implement fundamental data structures

COURSE OUTCOME :

  • Understand various waveguides used forwave propogations.
  • Equipments like magnetron ,klystron cavity resonators, usage in daily life
    and industrial applications.

COURSE OBJECTIVES :

  • To train the students in designing a system based on requirements.

COURSE OUTCOME :

  • Understand the various steps in developing a system and applying it as a start up with support from IEDC.

ELECTRONICS DEPARTMENT

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BSc Electronics New Syllabus FYUGP 2024-25

BSc Electronics FYUGP Syllabus