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Electronics and Communication Engineering

Department of Electronics and Communication Engineering specializes in creating, advancing, and integrating electronic systems, communication networks and signal processing technologies to facilitate smooth and effective transmission and exchange of information.

Head of the Department

Mr.Michael Franklin

Total Intake

60

Budding Engineers

150

Proud Alumni

209

Overview

The Department of Electronics and Communication Engineering was established in 2013 with a vision to cultivate competent professionals capable of meeting the global challenges in modern engineering society. Currently, it offers a 4-year B.E. Electronics and Communication Engineering program with an intake capacity of 60 students. The laboratories are equipped with state-of-the-art technology in various fields including Electronic Devices and Circuits, Digital Electronics, Linear Integrated Circuits, Microprocessors and Microcontrollers, Digital Signal Processing, Communication Systems, VLSI, Optical & Microwave, and Embedded Systems. These facilities provide students with opportunities to work with a wide range of hardware and advanced software packages.

The department boasts a team of dedicated faculty members who possess expertise in areas such as Applied Electronics, Communication Systems, Embedded Systems, Electronics and Control Engineering, Power Electronics and Drives. Additionally, the department hosts professional associations like the Students Technical Association ELECTAS.

VISION

To excel in higher learning, innovative research and to produce creative solution for community based needs

    MISSION

  1. To impart quality education in Electronics and Communication Engineering.
  2. To provide technical expertise along with professional ethics as per societal needs.
  3. Continuous technical upgradation to reach global excellence and to make student entrepreneur.

    4. Teaching Faculty

    The pillars of Electronics and Communication Engineering

    Mr. Michael Franklin N

    Assistant Professor

    Mr. Robert Kingsly Amalathas

    Professor of Practice

    Mr. Gopal Ram K

    Assistant Professor

    Ms. Evanjalin A.B

    Assistant Professor

    Ms. Ashly Beby M.L

    Assistant Professor

    Ms. Jino Shiny V

    Assistant Professor

    Mr. BIJU GEORGE G

    Assistant Professor

    Ms. Baby Shola P

    Assistant Professor

    Ms. Ramola E

    Assistant Professor

    Ms. Ayshwarya R

    Assistant Professor

    Non-Teaching Faculty

    The supporting hands of Electronics and Communication Engineering

    Sajitha Devi K

    Laboratory Instructor

    Dipesh Kumar R

    Laboratory Instructor

    Experiments
  4. To visualize the effects of sampling and TDM
  5. To Implement AM & FM modulation and demodulation
  6. To implement PCM & DM, To implement FSK, PSK and DPSK schemes
  7. To implement Equalization algorithms
  8. To implement Error control coding schemes
    9. Equipments
  9. AM & FM modulation and demodulation Kit
  10. Time Division Multiplexing Kit
  11. Pulse Code Modulation & Delta Modulation Kit
  12. Frequency Shift Keying, Phase Shift keying Kit
  13. Frequency Division Multiplexing Kit
  14. Sampling Kit

    15. Experiments
  15. To expose the students to linear and integrated circuits
  16. To understand the basics of linear integrated circuits and available ICs
  17. To understand and apply operational amplifiers in linear and nonlinear applications
  18. To acquire the basic knowledge of special function IC
  19. To use P-SPICE software for circuit design.
    20. Equipments
  20. Function Generator
  21. Cathode Ray Oscilloscope
  22. Digital Storage Oscilloscope
  23. P-SPICE software

    24. Experiments
  24. Study the characteristics of Electron Devices
  25. Study the characteristic of CE, CB, CC, CS and differential Amplifier
  26. Design and implementation of combinational Logic circuits using logic gates
  27. Construction and verification of sequential logic circuits using Flip Flops
  28. To gain hands on experience in designing electronic circuits
  29. To learn the fundamental principles of amplifier circuits
  30. To differentiate feedback amplifiers and oscillators
  31. To understand the concepts of multivibrators
    32. Equipments
  32. Function Generator
  33. Cathode Ray Oscilloscope
  34. Digital Storage Oscilloscope
  35. P-SPICE software

    36. Experiments
  36. To Write ALP Programs for fixed and Floating Point and Arithmetic
  37. To Interface different I/Os with processor
  38. To Generate waveforms using Microprocessors
  39. To Execute Programs in 8051
    40. Equipments
  40. 8279,8251,8253,8255,8259
  41. Stepper motor
  42. DC motor
  43. ADC,DAC
  44. Traffic light
  45. Printer Interfacing boards
  46. 8085 Microprocessor Kit
  47. 8086 Microprocessor Kit
  48. 8051 Microcontroller Kit

    49. Experiments
  49. To carry out simulation of DSP systems
  50. To demonstrate their abilities towards DSP processor based implementation of DSP systems
  51. To Analyze Finite word length effect on DSP systems
  52. To demonstrate the applications of FFT to DSP.
    53. Equipments
  53. Fixed point DSP processor kit
  54. Floating point DSP processor kit
  55. MATLAB/ SIMULINK software

    56. Experiments
  56. To Write HDL code for basic as well as advanced digital integrated circuits
  57. To Import the logic modules into FPGA Boards
  58. To Synthesize Place and Route the digital IPs
  59. To Design Simulate and Extract the layouts of Analog IC Blocks using EDA tools
    60. Equipments
  60. Cadence - 20 User License
  61. FPGA-Spartan 6
  62. X- link

    63. Experiments
  63. To communicate between two desktop computers
  64. To Implement the different protocols
    65. Equipments
  65. LAN Trainer Kit

    66. Experiments
  66. To analyze the performance of simple optical link
  67. To Test microwave and optical components
  68. To analyze the mode characteristics of fiber
  69. To analyze the radiation of pattern of antenna
  70. To Formulate the S-Parameters for Microwave components
    71. Equipments
  71. Klystron Test Bench(X-Band)
  72. Advanced fiber Optic trainer Kit
  73. Single Mode Fiber Characteristics Trainer

    74. Experiments
  74. To Learn the working of ARM processor
  75. To Understand the Building Blocks of Embedded Systems
  76. To Learn the concept of memory map and memory interface
  77. To Know the characteristics of Real Time Systems
  78. To Write programs to interface memory, I/Os with processor
  79. To Study the interrupt performance
    80. Equipments
  80. Embedded trainer kits with ARM board
  81. ARM CORTEX M3
  82. Zigbee Module
  83. Temperature sensor for Embedded trainer kits
  84. Stepper Motor
  85. Keyboard
  86. LCD
  87. ADC
  88. DAC Starter Kit
  89. On Board RTC & Serial port using UART Interface
  90. On Board EEPROM Interface & Interrupt
  91. On-chip PWM Interface

    92. Achievements

    All the computer science department students
  92. haveparticipated in the Lecture Series on “ Mobile Application Development using Android Studio “ held on 22-05-2021 organized by Institution’s Innovative Councilin association with Department of Computer Science andEngineering,Stella Mary’s College of Engineering.
    93. All the computer science department students
  93. have participated in the Lecture Serieson “ InnovationinNetworkSimulationusingNS2 ” held on 29-05-2021 organized by Institution’s Innovative Councilin association with Department of Computer Science andEngineering,Stella Mary’s College of Engineering.
    94. All the computer science department students
  94. have participated in the Lecture Series on “Opportunities inSoftware Testing ”held on 21-05-2021 organized by Institution’s Innovative Councilin association with Department of Computer Science and Engineering, StellaMary’s College of Engineering.

    95. K.Lakshmi Prabha
  95. second year CSE participated a Webinar on "DEVOPS" organized by Star Certification on 11th May 2020.
    96. J.ShaksiyaBrindha Mol
  96. second year CSE participated in a Webinar on "Data Science for Engineers" organized by Sri Eswar College of Engineering, Coimbatore on 13th May 2020.
    97. J.ShaksiyaBrindha Mol
  97. econd year CSE participated in a Webinar on "Artificial Intelligence and Machine Learning" organized by Sri Eswar College of Engineering, Coimbatore on 14th May 2020.
    98. All the students of Computer Science Department
  98. have attended One Day Live Webinar on "Employability Skills for the Future” presented by Mr. Daniel Jacob, Vice President, HR EC Group International on 20th May 2020.
    99. All the students of Computer Science Department
  99. have attended one day Live Webinar on "Data Science and its Applications” presented by Mr.DilipMuralidaran, Senior Technical Instructor, Splunk on 9th June 2020.
    100. All the students of Computer Science Department
  100. have attended one day Live Webinar on "Internet of Things” presented by Mr. Solomon Ashok, Director, Splendio Technologies on 18th June 2020.
    101. All the students of Computer Science Department
  101. have attended one day Live Webinar on "Explore Yourselves in Real time Projects” presented by Mrs. Sandhi Durairaj on 18th June 2020.
    102. Dhamodaran.N
  102. third year student won first prize inDebugging held at St.Xavier's College of Engineering on7th February 2020.
    103. Renold.A
  103. third year student won second prize in WebDesigning held at St.John's College of Arts and Science on11th February 2020.
    104. Dhamodaran.N
  104. third year student won second prize inSmart Coding held at St.John's College of Arts and Scienceon 11th February 2020.
    105. Ashik Christo Mourin.M
  105. second year student won firstprize in Paper Presentation and Cinematography held atPonjesly College of Engineering on 22nd February 2020.
    106. Dhamodaran.N
  106. third year student won first prize inCode Debugging held at Ponjesly College of Engineeringon 22nd February 2020.
    107. Ashik Christo Mourin.M
  107. second year student wonsecond prize in Project Presentation held at PonjeslyCollege of Engineering on 22nd February 2020.
    108. Dhamodaran.N
  108. third year student won second prize inWeb Designing and Technical Quiz held at PonjeslyCollege of Engineering on 22nd February 2020.

    109. M.Jayindra, K.Lakshmi Prabha
  109. second year haveparticipated and presented a paper as a part ofKRYPTOZ in Mar Ephraem College of Engineeringon 8th August 2019.
    110. Minisha P.M
  110. of final year presented a paper entitled"Sentimental Analysis of Twitter Data" in BethlehemCollege of Engineering on 9th August 2019.
    111. K.Lakshmi Prabha
  111. second year has participatedand presented a paper in Bethlehem College Of Engineering on 9th August 2019.
    112. Minisha P.M
  112. final year presented a paper entitled"Sentimental Analysis of Twitter Data " in LoyalaInstitute of Technology on 31st August 2019.
    113. Ashik Christo Mourin.M
  113. ofthird year presented a paperentitled "Integration of CloudComputing with Internet ofThings" and won second prizein Loyala Institute ofTechnology on 31st August2019.
    114. Minisha M.P
  114. third year student presented a paper entitled“Sentimental Analysis of Twitter Data" and secured first prize inStella Mary's College of Engineering, Azhikal on 20th February2019.
    115. Minisha M.P
  115. third year has participated and secured third prize in Tech Talk, National Level Technical Symposium held at Stella Mary’s College of Engineering on 20th February 2019.
    116. Akshai.R
  116. third year student presented a paper entitled"Crossed-Dipole Arrays for DS-CDMA Systems" held at PonjeslyCollege of Engineering on 2nd February 2019.
    117. J. Joel David
  117. third year student presented a paper entitled "Riskbased Estimation of Manufacturing Order Cost with ArtificialIntelligence" in Ponjesly College of Engineering on 2nd February2019.
    118. Minisha.M.P
  118. third year has participated and secured first prizein the paper presentation in Just a Minute & Quiz, National LevelTechnical Symposium held at Ponjesly College of Engineering on2nd February 2019.
    119. J.Joel David
  119. third year has participated and secured secondprize in Photography, National Level Technical Symposium held atRajas College of Engineering on 2nd February 2019.

    120. B.Aishwarya
  120. third year student presented a PaperPresentation on 5G Wireless Technology, National LevelTechnical Symposium held at Rajas International Instituteof Technology on 5th October 2018.
    121. B.Aishwarya
  121. third Year has participated and securedfirst prize in Code Debugging, National Level TechnicalSymposium held at Rajas College of Engineering on 5thOctober 2018.
    122. B.Aishwarya
  122. third year student presented a paper entitled "A Smart Home Energy Management System Using Big Data Analytics" on National Level Technical Symposium in Rajas International Institute of Technology on 28th September 2018.
    123. Ajini A.V
  123. Final year student got third place in Technical Quiz organized by Rohini college Of Engineering &Technology on 20th March 2018.
    124. Ajini A.V
  124. Final year student got second place in paper presentation in National Level Technical Symposium held at Kalaivanar N.S.K College of Engineering on 16th March 2018.
    125. A.George Stalin Britto
  125. Final year student wonfirst prize in ElocutionCompetition held at St.Hindu College,Nagercoil (NationalVoters Day on 25thJanuary 2018).

    126. Archana Vijayan and Catherine SethiRaj.K
  126. secondyear have participated and presented a paper entitled"Location Privacy preserving using Semi-TTP Server" inHeera College of Engineering and Technology,Trivandrum on 11th September 2017.
    127. Artheya R.S, Prabha.S and Priyanka Lidiya.P
  127. secondyear have participated and presented a paper entitled "ANew Method of Text Categorization and Summarizationwith Fuzzy Confusion Matrix" in Heera College ofEngineering and Technology, Trivandrum on 11thSeptember 2017.
    128. Ashwini Priya.J, JeyaBrintha.M.R
  128. hird year have participated and presented a paper entitled "Novel Algorithm for Finding the Closest l-mers in Biological Data" and secured second prize held at Marian Engineering College, Trivandrum on 4th September 2017.
    129. M.SornaRevathy and W.SherlinVivitha
  129. Second year students presented a paper entitled "Effective Method for Energy Saving" in Rohini College of Engineering on 21st February 2017.
    130. M.SoranaRevathy and W.SherlinVivitha
  130. Second yearstudents presented a paper entitled "Effective Method forEnergy Saving" in Arunachala College of Engineering forWomen on 25th January 2017.
    131. Sheeba Ann Thomas and SahayaNishanthini.M
  131. Finalyear students presented a paper entitled "A Real Time EventDetection and Notification Listing Social Media" inArunachala College of Engineering for Women on 25thJanuary 2017.
    132. Ajini.A.V and Gokul Priya.C
  132. third year studentspresented a paper entitled "Security Issues IRV6:AComprehensive Overview" in Arunachala College ofEngineering for Women on 25th January 2017.

    133. George Stalin Britto
  133. third year student presented a paperentitled "A Secured Dynamic Multi-Keyword Ranked SearchScheme Over Encrypted Cloud Data” and secured secondprize held at Marian Engineering College, Trivandrum on23rd August 2016.
    134. Anusha.V
  134. Final year Student presented a paper entitled"Providing User Security Guarantees in Public InfrastructureClouds" held at Marian Engineering College, Trivandrum on23rd August 2016.
    135. S.Sahaya Aswin Binu
  135. Third year student presented a paperentitled "Efficient Wireless Multimedia Multicast inMulti-rate Multichannel Mesh Network" held at MarianEngineering College, Trivandrum on 23rd August 2016.
    136. A.NaveenAmreesh
  136. Final year student presented a papertitled "Real Time Big Data Delivery in Wireless Network"held at Marian Engineering College, Trivandrum on 23rdAugust 2016.
    137. B.Anusha
  137. third year CSE presented a paper entitled"LI-FI TECHNOLOGY" in Arunachala College ofEngineering for Women on 16th March 2016.
    138. M.Sahaya Nishanthini
  138. third year has participated andsecured first prize in the Tech Connect Contest of the IETsponsored National Level Technical Symposium held atArunachala College of Engineering for Women on 16thMarch 2016.
    139. Sheeba Ann Thomas
  139. third year presented a paper entitled "Effective Machine to Machine Communication in Smart Cord Network" in Stella Mary’s College of Engineering on 10th March 2016.
    140. I.Nagorin
  140. third year presented a paper entitled "Effective Machine to Machine Communication in Smart Cord Network" in Stella Mary’s College of Engineering on 10th March 2016.
    141. M.Sahaya Nishanthini
  141. has attended one day workshop on "Personality Development" in Noorul Islam Centre for Higher Education on 1st March 2016.
    142. A.Naveen Amrish
  142. third year presented a paper entitled “A General Self Organized Tree Based-Energy Balance Routing Protocol for Wireless Sensor Networks" in Bethlahem Institute of Engineering on 27/2/2016.
    143. A.Naveen Amrish
  143. has attended two days workshop on "Android Mobile Application Development" in Rohini College of Engineering on 18/2/2016 - 19/2/2016.
    144. Third year CSE girls
  144. attended one day workshop on "Mobile Application Development” organized by Arunachala College of Engineering on 8th February 2016.

    145. Outcome

    Programme Outcomes

  145. Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
  146. Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of Mathematics, natural sciences, and engineering sciences.
  147. Design/development of solutions: Design solutions for complex 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.
  148. 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.
  149. 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.
  150. 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 engineering practice.
  151. Environment and sustainability:Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
  152. Ethics:Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
  153. Individual and team work:Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
  154. Communication:Communicate effectively on complex 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.
  155. Project management and finance:Demonstrate knowledge and understanding of the 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.
  156. 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

      157. Program Specfic Outcomes

      On successful completion of the Elecronics and Communication Engineering Degree programme, the Graduates shall exhibit the following:

    1. PSO1 : Design, develop and analyze electronic systems through application of relevant electronics, mathematics and engineering principles
    2. PSO2 : Design, develop and analyze communication systems through application of fundamentals from communication principles, signal processing, and RF System Design & Electromagnetics.
    3. PSO3 : Adapt to emerging electronics and communication technologies and develop innovative solutions for existing and newer problems
      4. >

      Industry Collaboration

      Value Added Course

      Value Added Course

      Internship

      Internship

      Memorandum of Understanding

      2017-2018

      2018-2019

      2019-2020

      2020-2021

      Testimonials

      Words from our Alumni

      Vaishnavi M J

      Alumni 2019-23 & Software Developer @ Agile Cyber Solutions

      infrastructure provided by our institution Stella Mary's College of Engineering and the unwavering support of my teachers have been instrumental in facilitating my achievement. The constant guidance and insightful feedback they have imparted have enriched my learning experience and empowered me to reach new heights. I am forever thankful..

      Lavanya M

      Alumni 2018-2022

      Stella Mary's College of Engineering has been a beacon of opportunity and excellence throughout my academic journey from 2018 to 2022. Completing my Bachelor's in Electronics and Communication Engineering (ECE) amidst its nurturing environment has been nothing short of remarkable. I am profoundly grateful for the unwavering support and generosity of Stella Mary's College, which provided me with four years of free education based on my academic performance. This remarkable initiative not only eased the financial burden but also motivated me to strive for academic excellence. The dedicated faculty members at Stella Mary's College are the pillars of knowledge and inspiration, guiding me through the intricacies of ECE and shaping my intellectual growth. Their mentorship and encouragement have been invaluable in preparing me for the challenges of the industry. The college's cutting-edge facilities and hands-on learning opportunities have equipped me with practical skills and knowledge essential for success in the field. Engaging in extracurricular activities and events further enriched my college experience, fostering personal growth and leadership development. Stella Mary's College cultivates a vibrant and inclusive community where students are encouraged to pursue their passions and aspirations. The friendships forged and memories created during my time here will forever hold a special place in my heart. In conclusion, Stella Mary's College of Engineering has not only provided me with a top-notch education but has also instilled in me a sense of gratitude, determination, and resilience. I am immensely proud to be a part of this esteemed institution, and I am confident that the values imparted here will guide me in my future endeavours.

      Subin Raj V

      Alimni - 2018 – 2022

      Attending Stella Mary’s College of Engineering was an enriching experience that laid the foundation for my career in Electronics and Communication Engineering. The dedicated faculty and state-of-the- art facilities provided me with a comprehensive education that prepared me for the challenges of the industry. The supportive environment fostered both personal and professional growth, enabling me to excel academically and develop essential skills. I am grateful for the opportunities and resources the college offered, which equipped me to confidently pursue my aspirations in the field. Stella Mary’s College of Engineering truly shaped me into a competent and confident engineer. Furthermore, the college's emphasis on practical learning through workshops, projects, and internships greatly enhanced my understanding and application of concepts. The encouragement from mentors and peers alike fueled my passion for innovation and problem-solving, allowing me to explore diverse areas within my field. The holistic approach to education instilled in me a sense of responsibility towards society, motivating me to contribute positively through my knowledge and skills. The vibrant campus life enriched with extracurricular activities and events provided a well- rounded experience, fostering friendships and memories that I cherish to this day. Overall, my journey at Stella Mary’s College of Engineering was not just about acquiring knowledge, but also about nurturing character and fostering a lifelong love for learning.

      Bhadri R

      Alumni - 2018-2022 & Web Developer and Trainer

      As a proud graduate of Stella Mary’s, I reflect on my journey studying Electronics and Communication Engineering (ECE) from 2018 to 2022 with immense gratitude and satisfaction. The comprehensive curriculum, meticulously designed by the college, not only imparted essential theoretical knowledge but also encouraged exploration of emerging technologies. The dedicated faculty members at Stella Mary’s went beyond traditional teaching roles, serving as mentors who were genuinely invested in our growth and success. Their guidance and encouragement were instrumental in shaping my academic path and preparing me for the dynamic landscape of the industry. A standout feature of my time at Stella Mary’s was the emphasis on practical learning. The college's modern labs and workshops provided hands-on experience with state-of-the-art equipment, fostering a deeper understanding of theoretical concepts and enhancing problem-solving abilities. Moreover, regular industry visits, seminars, and workshops offered invaluable insights into real-world applications and industry trends, further enriching our learning experience. Beyond academics, Stella Mary’s nurtured a vibrant community where students were encouraged to explore diverse interests and talents. From technical competitions to cultural events, the college provided ample opportunities for holistic development, fostering leadership, teamwork, and creativity. In conclusion, my journey at Stella Mary’s has been truly transformative, equipping me with the knowledge, skills, and confidence to excel in my career as a web developer and trainer. I am deeply grateful for the unwavering support of the faculty, the enriching learning environment, and the lifelong friendships cultivated during my time at the college.

      John Larson

      Entrepreneur

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