Jaipur Engineering College And Research Centre

Approved By AICTE & Affiliated To RTU 

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Admission Prospectus 2024-25
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  • Shri Ram ki Nangal, via Sitapura RIICO Tonk Road, Jaipur-302 022

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  • Shri Ram ki Nangal, via Sitapura RIICO Tonk Road, Jaipur-302 022

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Undergraduate Program

Artificial Intelligence & Data Science

About Department
Vision

To prepare students in the field of Artificial Intelligence and Data Science for competing with the global perspective through outcome based education, research and innovation.

Mission

M1. To impart outcome based education in the area of AI&DS.

M2. To provide platform to the experts from institutions and industry of repute to transfer the knowledge to students for providing competitive and sustainable solutions.

M3. To provide platform for innovation and research

Academics

Electronics and Communication Engineering department is the core department of the institute. The Department has 50 highly qualified faculty members with Ph.D. and M.Tech from prestigious institutions like IITs, NITs and other institutes of repute.

The Electronics and Communication Engineering Department is enriched with various laboratories.

The ECE Department practices the ‘Outcome Based Education’ (OBE) approach for teaching-learning process. This is a learning-centric approach rather than traditional teaching-centric approach to education. This approach focuses on the graduate attributes the students should possess after the completion of the programme through the following objectives :-

  • To provide students with the fundamentals of engineering sciences with more emphasis in electronics and communication engineering by way of analyzing and exploiting electronics engineering challenges.
  • To train students with good scientific and electronics and communication engineering knowledge so as to comprehend, analyze, design, and create electronic based novel products and solutions for the real life problems.
  • To inculcate professional and ethical attitude, effective communication skills, teamwork skills, multidisciplinary approach, entrepreneurial thinking and an ability to relate electronics and communication engineering with social issues.
  • To provide students with an academic environment aware of excellence, leadership, written ethical codes and guidelines, and the self-motivated life-long learning needed for a successful electronics and communication engineering professional career.
  • To prepare students to excel in electronics and communication based industry and higher education by educating students in electronics and communication engineering field along with high moral values and knowledge.

Under OBE model, the quality of teaching is measured by the quality of learning, defined as outcomes, that takes place. Programme Educational Objectives (PEOs) are formulated to align with the vision and mission of the Department. Programme Outcomes (POs) are defined to achieve PEOs which are further aligned to Course Outcomes (CO) of each subject. Vision, Mission and PEOs are the long-term objectives whereas POs and COs are the short-term outcomes.

Undergraduate Program
Program Outcomes
  • 1. Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex electronics and communication engineering problems.
  • 2. Problem analysis: Identify, formulate, research literature, and analyze complex electronics and communication engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
  • 3. Design/development of solutions: Design solutions for complex electronics and communication engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
  • 4. Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
  • 5. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
  • 6. The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional electronics and communication engineering practice.
  • 7. Environment and sustainability: Understand the impact of the professional electronics and communication engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
  • 8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the electronics and communication engineering practice.
  • 9. Individual team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
  • 10. Communication: Communicate effectively on complex electronics and communication engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
  • 11. Project management and finance: Demonstrate knowledge and understanding of the electronics and communication engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  • 12. Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
Program Education Outcomes

PEO1. To provide students with the fundamentals of engineering sciences with more emphasis in Electronics & Communication Engineering by way of analyzing and exploiting electronics & communication challenges.

PEO2. To train students with good scientific and Electronics & Communication Engineering knowledge so as to comprehend, analyze, design and create electronics & communication based novel products and solutions for the real life problems.

PEO3. To inculcate professional and ethical attitude, effective communication skills, teamwork skills, multidisciplinary approach, entrepreneurial thinking and an ability to relate Electronics & Communication Engineering with social issues.

PEO4. To provide students with an academic environment aware of excellence, leadership, written ethical codes and guidelines, and the self-motivated life-long learning needed for a successful Electronics & Communication Engineering professional career.

PEO5. To prepare students to excel in electronics & communication based industry and higher education by educating students in Electronics & Communication Engineering field along with high moral values and knowledge.

Program specific outcomes

PSO1: Ability to develop knowledge for robotics and it’s application.

PSO2: Ability to apply the concept of IoT for challenges of real-world.

#Subject CodeSubjectCourse Outcomes
13EC1AElectronics Devices & circuits
  • CO1: Analyzing diode and its applications in rectifier, regulator, multipliers etc.
  • CO2: Evaluating characteristics and applications of BJT and FET.
  • CO3: Understanding differential amplifier and its applications.
23EC2AData Structures & Algorithms
  • CO1: Understanding data arranging techniques in linear and non linear data structures and analyzing their complexity.
  • CO2: Evaluating searching and sorting algorithms and other operations on data structures,
  • CO3: Applying the data structure that efficiently models the information in a problem
33EC3ADigital Electronics
  • CO1: Understanding Boolean algebra, conversions and minimization techniques.
  • CO2: Creating various combinational and sequential circuits
  • CO3: Understanding different logic families
  • CO4: Creating of circuits using different minimization techniques.
43EC4ACircuit Analysis & Synthesis
  • CO1: Understanding various theorems and its applications in complex networks.
  • CO2: Evaluating the stability of systems by various techniques.
  • CO3: Understanding and creating circuits using network functions.
  • CO4: Understanding resonance conditions in different circuits.
53EC5AElectromagnetic Properties of Materials
  • CO1: Understanding the fabrication and applications of various types of materials i.e. magnetic, semiconductor, superconductive and nano materials.
  • CO2: Understanding the applications of sensor materials..
63EC6AAdvanced Engineering Mathematics-1
  • CO1: Applying Laplace, Fourier, and Z Transform solve differential equations with boundary conditions.
  • CO2: Differentiate and Integrate complex function, Contour Integration and Integrals using residues.
  • CO3: Solving circuit differential equations by the help of Laplace transforms.
73EC7AElectronic Instrumentation Workshop
  • CO1: Analysing various electronic components.
  • CO2: Evaluating characteristics of various opto-electronic devices.
  • CO3: Creating circuit on PCB.
83EC8AComputer Programming Lab-I
  • CO1: Applying various techniques on linear/non linear data structures to solve various computing problems.
  • CO2: Analyzing recursive/non recursive functions to perform various operations on data structures.
  • CO3: Creating a suitable data structure and algorithm to solve a real world problem
93EC9AElectronics Device Lab
  • CO1: Understanding devices like multimeter, generator, CRO etc.
  • CO2: Creating the characteristic graph of various diodes, amplifiers, filters and rectifiers.
  • CO3: Analysing the behaviour of differential amplifier.
103EC10ADigital Electronics Lab
  • CO1: Evaluating truth table of basic gates.
  • CO2: Analyzing and designing various combinational and sequential circuits.
  • CO3: Creating small projects.
113EC11ABusiness Entrepreneurship
  • CO1: Understand the fundamentals of entrepreneurship and distinct entrepreneurial traits.
  • CO2: Analyse the parameters to assess the opportunity and design strategies for successful entrepreneur.
  • CO3: Understand government policies and Demonstrate the components like sales tax, VAT etc.
124EC1AAnalog Electronics
  • CO1: Understanding concept of feedback and its application in oscillators and amplifiers.
  • CO2: Analyzing circuits using equivalent models.
  • CO3: Understanding the concepts of Schmitt trigger and 555 timer.
134EC2ARandom Variables and Stochastic Processes
  • CO1: Understand the concept of Probability, Random Variables and apply the conditions of various Probability Distributions on Research related problems.
  • CO2: Understand the concept of multiple random variable and Central limit theorem.
  • CO3: Understand the concept of Stochastic Process and its applications in Electronics Communication System.
144EC3AElectronic Measurement and Instrumentation
  • CO1: Understanding the construction , errors and working of electronic instruments i.e. CRO, generators, transducers etc.
  • CO2: Generating and analyzing the frequency components of a wave and its distortion
  • CO3: Understanding different types of AC bridges (i.e.Maxwell inductance, Anderson bridge) and measurement of inductance, capacitance and frequency.
154EC4AElectromagnetic Field Theory
  • CO1: Remembering about coordinate systems and its conversion.
  • CO2: Evaluating electric and magnetic field of different charge and current configurations.
  • CO3- Analyzing about nature of waves.
  • CO4- Understanding the basic concepts of antennas and its types
164EC5AOptimization Techniques
  • CO1: Understanding the problems of optimization, its formulation and LPP with certain techniques.
  • CO2: Analyzing the concept of optimal solutions of Nonlinear programming problems.
  • CO3: Analyzing certain techniques that will help students to solve problems of electronics engineering with reference to optimization.
174EC6AAdvanced Engineering Mathematics-II
  • CO1.Evaluating numerical methods for interpolation, numerical differentiation and integration for differential equations
  • CO2. Understanding recurrence relation, generating function, simple properties of Bessel’s and Legendre’s functions and students can solve simple variational problems using Euler’s equation.
  • CO3. Understanding the concept of probability distribution for discrete and continuous random variables.
  • CO4. Analyzing the problems of electronics engineering with the help of such functions.
184EC7AComputer Programming Lab-II
  • CO1: Understand and applying Object oriented features and C++ concepts.
  • CO2: Analyzing the concept of polymorphism and inheritance.
194EC8AAnalog Electronics Lab
  • CO1: Creating the characteristic graph of various amplifiers, oscillators and filters.
  • CO2: Analysing the behaviour and applications of op-amp
204EC9AMeasurement and Instrumentation Lab
  • CO1: Analyzing the characteristics of various transducers and measuring instruments.
  • CO2: Understanding the concept of earthing and grounding with applications.
214EC10AHumanities and Social Sciences
  • CO1: Understanding history of Indian constitution and society problems.
  • CO2: Analyzing Indian economy.
  • CO3: Analyzing the architecture of Indian history.
225EC1ASignals & Systems
  • CO1: Understanding basic signals and their properties
  • CO2: Evaluating periodic and non periodic signals in Fourier, Laplace and Z-transform.
  • CO3: Understanding the concept of sampling and its applications.
  • CO4: Understanding the concept of decimation and interpolation
235EC2BLinear Integrated Circuits
  • CO1: Understanding Operational amplifier and its applications like oscillators, convertors, filters etc.
  • CO2: Analyzing 555 timer and PLL.
  • CO3: Applying its application in convertors i.e. D/A to A/D.
245EC3ATelecommunication Engg.
  • CO1: Understanding transmission line and its applications.
  • CO2: Analyzing different medium for transmission of signals.
  • CO3: Understanding mobile communication
255EC4AAnalog Communication
  • CO1: Analyze how information is put on electronic systems for storage and delivery through detailed understanding of AM, FM and PM.
  • CO2: Understanding and analyzing the noise performance
  • CO3: Analyzing the application of modulation in mobile communication.
265EC5AMicrowave Engg–I
  • CO1: Analyzing the concept of transmission lines used at GHz frequency range
  • CO2: Evaluating various parameters for microwave based devices.
  • CO3: Understanding Radar based devices used at microwave devices.
275EC6.1ABiomedical Instrumentation
  • CO1: Analyzing human body sub-systems i.e. respiratory, nervous etc and their diagnosis and therapy.
  • CO2: Understanding transducers, electrodes, safety measures and various diagnostic equipments for bio potentials i.e. EEG, ECG, ESR etc.
  • CO3: laparoscope and body temperature.
285EC7AElectronic Engineering Design Lab
  • CO1: Analyzing op-amp and its applications i.e. scalar, differentiator, filters, oscillators etc.
  • CO2: Creating circuits on PSpice.
295EC8AMicrowave Engineering Lab
  • CO1: Analyzing the characteristics of microwave devices i.e. gunn diode, magic tee etc.
  • CO2: Analyzing printed antenna input characteristics.
305EC9ACommunication Lab-I
  • CO1: Creating transmitted and received waveforms of AM, FM.
  • CO2: Creating transmitted and received waveforms of PAM, PPM.
315EC10ASignal Processing Lab
  • CO1: Creating and analyzing elementary signals i.e. unit step, ramp etc.
  • CO2: Analyze the concepts to simulate the Fourier series,Fourier transform and Laplace transform.
  • CO3: Generating random sequences with arbitrary distributions.
325EC11A: Professional Ethics and Disaster Management
  • CO1:Understanding the concepts of social and professional values
  • CO2: Analyzing the importance of engineering.
  • CO3: Evaluating the effect of disasters.
336EC1AMicrowave Engg.-II
  • CO1: Analyzing the operation and characteristics of microwave diodes.
  • CO2: Analyzing klystrons, magnetrons etc. for microwave generation and amplification
  • CO3: Understanding applications of smart antenna.
346EC2AMicroprocessors
  • CO1: Implementing real time problems using assembly language.
  • CO2: Analyzing applications of embedded systems.
356EC3AIndustrial Electronics
  • CO1: Understanding different semiconductor power devices and their applications
  • CO2: Analyzing various techniques to control the speed of motors
  • CO3: Analyzing mitigation factors for parameters affecting the performance of power systems
366EC4ADigital Communication
  • CO1: Analyzing analog to digital Conversion Techniques and Line Coding like PCM,DM,ADM and Manchester, AMI.
  • CO2: Evaluating different digital modulation techniques like ASK,BPSK, QPSK and Information theory,error detection and correction Techniques.
  • CO3: Application of digital communication i.e. CDMA
376EC5AControl Systems
  • CO1: Understanding the analogy between electromechanical systems.
  • CO2: Evaluating system stability by following methods i.e. Routh Hurwitz, Root Locus, Nyquist, Bode etc.
  • CO3: Analyzing different system in time domain and state variable model
386EC6.3AOptical Fiber Communication
  • CO1: Understanding optical fibre technology for sophisticated modern telecommunication systems.
  • CO2: Analyzing fundamental behavior and operation of the individual components, their interactions with other devices in an optical fiber link.
  • CO3: Understanding photonic based devices.
396EC7ACommunication Lab-II
  • CO1: Creating transmitted and received waveforms of TDM, PAM, TDM-PCM.
  • CO2: Creating digitally modulated and demodulated waveforms of ASK, PSK
  • CO3: Analyzing optical fibre communication
406EC8AMicroprocessor Lab
  • CO1: Creating assembly language programs for real time problems.
  • CO2: Understanding coding and interfacing of microcontroller.
416EC9ARF Simulation Lab
  • CO1: Evaluating the parameters of microwave based devices using HFSS
  • CO2: Creating simple microstrip patch antenna design.
426EC10AIndustrial Electronics Lab
  • CO1: Evaluate the characteristics of different Semiconductor Power devices i.e. SCR, DIAC, TRIAC etc.
  • CO2: Analyze different power electronic convertors, choppers and motor drivers.
436EC11APersonality Development & General Aptitude
  • CO1: Understanding principles, processes and practices of human resource management.
  • CO2: Applying HR concepts and techniques in strategic planning to improve organizational performance.
447EC1AAntenna and Wave Propagation
  • CO1: Understanding the basic skills required for designing a wide variety of practical antennas and antenna arrays.
  • CO2: Analyzing the propagation of the wave in different atmospheric medium, ionosphere,troposphere propagation
  • CO3: Creating and analyzing the defects introduced in the structures.
457EC2ADigital Signal Processing
  • CO1: Analyzing of filters i.e. FIR, IIR
  • CO2: Use of transforms in signal analysis, characterization and manipulation
  • CO3: Understanding adaptive signal processing and auto cross correlation
467EC3ADigital Image Processing
  • CO1: Analyze image, its operation and filtering.
  • CO2: Evaluation of image through morphological and image compression.
  • CO3: Understanding of image recognization using biometric and stegnography.
477EC4AWireless Communication
  • CO1: Understanding mobile radio propagation, fading, diversity concepts and the channel modeling.
  • CO2: Analyzing wireless communication systems with key 3G (e.g., CDMA) and 4G (OFDM) technologies
  • CO3: Understanding satellite communication
  • CO4: Understanding adhoc networks
487EC5AVLSI Design
  • CO1: Understanding modes, types, characteristics and fabrication of MOS
  • CO2: Creating combinational and sequential digital circuits and layouts using CMOS technology.
  • CO3: Understanding CMOS Design rules via advanced Tanner Tools.
497EC6.3AVHDLCO1: Understanding the design flow of different integrated circuits. CO2: Understanding the fundamentals, advantages of VHDL and writing code for combinational and sequential circuits.
507EC7ASignal & Image Processing Lab
  • CO1: Implementing various DSP Algorithms using MATLAB Software package.
  • CO2: Analyzing and observing magnitude and phase characteristics (Frequency response Characteristics) of digital FIR, IIR Butterworth and Chebyshev filters.
517EC8AWireless Communication Lab
  • CO1: Evaluate antenna return loss, gain, radiation characteristics, and polarization.
  • CO2: Understanding and analyzing RADAR, satellite,CDMA-DSSS, and GPS trainer.
527EC9APractical Training & Industrial Visit
  • CO1: Applying the applications of electronics and communication engineering concepts and principles learned in classroom.
  • CO2: Analyzing awareness of the engineering and technological aspects in the electronics and communication industries.
  • CO3: Improving interpersonal skill by communicating directly with industrial personnel.
  • CO4: Analyzing the roles and ethics of engineers in related industries.
  • CO5: Analyzing the impact of industrial processes on health, safety, environment and society.
538EC1AIC Technology
  • CO1: Understanding crystal, its defects, operation and different techniques to make it high quality.
  • CO2: Analyzing applications of MOS IC technology.
  • CO3: Understanding crystal structure and novel devices
548EC2ARadar and TV Technology
  • CO1: Understanding the characteristics and applications of radar.
  • CO2: Analyzing the architecture and features of television.
  • CO3: Understanding the real life applications of RADAR systems.
558EC3AMEMS and Nanotechnology
  • CO1: Analyzing the characteristics, fabrication and patterning techniques of nanotechnology.
  • CO2: Understanding nano electronics and changes in their properties and applications i.e. electrical, magnetic, mechanical and optical.
  • CO3: Understanding sensors like pressure, nano etc.
568EC4.3AMicrocontroller and Embedded Systems
  • CO1: Implementing real time problems using assembly language.
  • CO2: Analyzing hardware interfacing of microcontroller with LED’s, sensors.
  • CO3: Understanding the functioning of PIC and ARM microcontroller
578EC5ARF Fabrication Lab
  • CO1: Implement planar transmission line, couplers and filters.
  • CO2: Analyze methods to determine circuit properties of microwave devices.
588EC6Industrial Economics and Management
  • CO1: Understand the role of economic principles in the organisational structure and how to sketch the cash flow diagram, as applied to engineering firms
  • CO2: Analyse and evaluate the various new industrial policies to calculate common capital appraisal techniques.
  • CO3: Evaluate and implement functions of management with emerging managerial tools to be a successful entrepreneur.
598EC7AVLSI Design and Optical Fiber Lab
  • CO1: Creating and simulating various combinational and sequential circuits.
  • CO2: Evaluating propagation losses in optical fiber.
  • CO3: Evaluating characteristics of optical sources i.e. LED, LASER
608EC8AProject
  • CO1: Understand and review the available literature on the chosen problem
  • CO2: Apply the methodology to solve the identified problem
  • CO3: Analyze the principles and tools for the problem.
  • CO4: Create the technique to solve the problem.
  • CO5: Prepare and present project report
Recents events @JECRC

Industrial visit to Bhamashah Technohub – 21st -22nd Aug 2024

A group of students of AI&DS visited India’s largest startup Incubator Bhamashah Techno Hub in Jaipur. Bhamashah techno hub is a project by the Government of Rajasthan.

The motive was to provide an understanding of the entire support system to the rising entrepreneurs by helping them to pitch their ideas and to connect them with the potential investors.

The incubation centre offers free space, connectivity, easier funding, mentorship and exposure to the startups. Inspite of experiencing the fun of various technologies like Virtual Reality, Microsoft Hololens and many more, students also got an additional information about ‘What is i-start’, funding etc.

Workshop on Etherlink- 16th Oct. 2024

An insightful workshop was organized on the cutting-edge topics of Blockchain Technology and Ether link. The speakers were two experts from Tezos India—Simarpreet Singh, the Developer Relations Lead, and Tauqeer Ahmad, the Developer Relations Engineer.This workshop aimed to deepen participants’ understanding of blockchain concepts and provide hands-on insights into developing on the Tezos blockchain.

The event attracted a diverse group of students from all the branches to explore the rapidly evolving field of decentralized technologies.

The primary objectives of the workshop were as follows:

  • To introduce the fundamentals of blockchain technology and its real-world applications.
  • To explore the specific features of the Tezos blockchain, focusing on its unique proof-of-stake consensus mechanism and smart contract capabilities.
  • To provide hands-on experience with Ether link, a blockchain-related technology, and its integration with Tezos.
  • To foster a deeper understanding of the developer ecosystem within the blockchain space and how students can get involved.

Expert talk on campus to corporate journey- 19th Nov. 2024

An expert talk was organized in the department by an alumni  of  JECRC Mr. Shivam Mahajan who talked about his campus to corporate journey from JECRC to CISCO Networks.

Webinar on RHA – 16th May 2024

Workshop on Big Data – 15th May 2024

A workshop  was organized in online mode in the department on Big Data. The resource person was Ms. Divya  Kushwah from Gujarat Technical University, Ahmedabad.

Industrial visit to NAV India, Jaipur – 23rd April 2024

The Department of Artificial Intelligence & Data science, Jaipur Engineering College and Research Centre organized a one-day Industrial visit to NAV India, Jaipur on 23rd of April 2024 for B. Tech 4th Semester AI&DS students.

The main purpose for this visit is to make the students familiar with the industrial environment and to provide practical knowledge and to learn where & how students can apply their theoretical knowledge in real application. Students could also get knowledge about the projects based on Industries.

About NAV India

NAV India part of NAV Fund Administration Group is dedicated to assuring the highest level of back office accounting support. They focus on optimizing operational efficiency, maintaining strong network security, and providing comprehensive, independent fund accounting, reporting, and analytics solutions to fund administrators providing administration services to the hedge fund industry.

Industrial visit to Dainik Bhaskar – 30th March 2024

CONFERENCE – _ ITCROWDFEST

ItCrowdfest, the premier gathering for innovators and visionaries, is dedicated to leveraging the collective power of the crowd for collaboration, innovation, and community empowerment. Through engaging workshops, inspiring talks, and interactive sessions, ITCrowdfest provides a unique platform for individuals to connect, share ideas, and collaborate on projects shaping the future.

Catering to seasoned entrepreneurs, startup founders, and those passionate about making a difference, ITCrowdfest fosters networking, learning, and growth. The community is united by a shared goal: to create positive impact through collective action. Attendees gain access to valuable knowledge, resources, and connections, with expert speakers and mentors offering insights to navigate the challenges of entrepreneurship.

Frequently Asked Questions

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Recent News

  • ELECTRICAL DEPARTMENT CELEBRATED 2nd ANNIVERSARY OF SURGICAL STRIKE on 29 Sept, 2018.
    •  
  • Celebration of 150th Birth Anniversary of Mahatma Gandhi By Electrical Department.
    •  
  • When the pain of ordering medicines online was lowered by our students
    •  
  • Department of Electrical Engineering conducted 14 days induction program for 3rd semester students in which Guest lecture and motivation lecture have been conducted.
    •  
  • A SARAS DAIRY PLANT Industrial Visit was conducted for 5th semester
    •  
  • An Industrial visit to RVPNL Jaipur was conducted for 7th semester
    •   • IETE Inauguration held on 20th Aug, 2018 at 11am. 

Department Contact

  • Tel No : 0141-2770232
  • Shri Ram ki Nangal, via Sitapura RIICO Tonk Road, Jaipur-302 022

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