1. COLLEGE OF ENGINEERING, KIDANGOOR KOTTAYAM, KERALA

2. Preamble This power point presentation contains slides showing the improvement in (a) student performance (b) faculty contributions (c) facilities and technical support (d) academic support units and teaching learning process and (e) Governance, Institutional Support and Financial Resources of Participating Institutions of TEQIP-II during the project period. The above parameters are selected from Evaluation Guidelines of National Board of Accreditation for UG programs-Tier-II.

3. Student’s Success rate = (No. of students who cleared the programme in the s t i p u l a t e d period of course duration)/(No. of students admitted in the first year and students admitted in that batch via lateral entry)

4. Academic Performance Index (= Mean of CGPA of all the students on a 10-point CGPA system Or = (Mean of the percentage of marks of all students / 10 )

5. Placement & Higher Studies (Assessment = 30 × (x + 1.25y)/N, where, x = No. of students placed, y = No. of students admitted for higher studies with valid qualifying scores/ranks and N = No. of students who were admitted in the batch including lateral entry subject to max. assessment points = 30, Percentage of students to be considered based on first year and lateral entry)

6. Professional Societies IEEE Workshop On Robotics National level online quiz competition Winner: Dipesh Gogia from Delhi Technological University IEEE CEK Newsletter Monthly newsletter named IEEE PEEK was launched on 23rd August Orientation for first year students By Chairman and Technical Co-ordinator, SB, CEK IETISTE DISHA-Orientation session for 1 st year students

7. Publications by Students

8. Entrepreneurship initiatives NIL

9. Awards/Prices (Inter-collegiate/State level/National) 3 rd prize in National level energy audit competition conducted by Energy conservation society (2012-13) 2 nd place in district level seminar competition conducted by KSEB engineers association (2012-13) 1 st place in district level seminar competition conducted by KSEB engineers association (2013-14)

10. Student Teacher Ratio (Assessment = 20 × 15/STR; subject to max. assessment at 20 where, STR = (x + y + z)/N1 x = No. of students in 2nd year of the programme, y = No. of students in 3rd year of the programme z = No. of students in 4th year of the programme, N1 = Total no. of faculty members in the programme (by considering the fractional load)

11. Faculty Cadre Ratio (Assessment = 20 × CRI, Cadre ratio index (CRI) = 2.25 × (2x + y)/N; based on 1:2:6 subject to max. CRI = 1.0, x = No. of professors in the programme, y = No. of associate professors in the programme)

12. Faculty qualifications (Assessment = 6 × FQI, Faculty qualification index (FQI) = (10x + 6y + 2z 0 )/N2, where, x+y+z0 ≤ N2, z0 ≤ z, x = No. of faculty members with PhD, y = No. of faculty members with ME/Mtech, z = No. of faculty members with BE/BTech)

13. Faculty Competencies correlation to Programme Specific Criteria (IEEE) – Electronics/Electrical Micro Hybrid Power Systems - A Feasibility Study, Journal of Clean Energy Technologies, Vol. 1, No. 1 pp. 27- 32, 2013 ANITH KRISHNAN Improvement of Voltage Profile in Radial Distribution System with Distributed Generation,Proceedings of the International Conference on Information and Engineering Sciences (ICIES-2013) Vijayawada, Andhra Pradesh, February 21-22, 2013 ANITH KRISHNAN Praseedalekshmi V

14. Faculty Competencies correlation to Programme Specific Criteria (ACM)- Comp Science, IT Rainfall Prediction using Data Mining Techniques Ratheesh T K EHMRP:An Energy Efficient Routing Protocol for Wireless Sensor Networks Ratheesh T K An Optimized technique for Reducing the cost of Resource Provisioning in Cloud Computing Syama S

15. Faculty Competencies correlation to Programme Specific Criteria (ASME)- Mechanical

16. Faculty Competencies correlation to Programme Specific Criteria (ASCE)- Civil

17. Faculty Participation in FSDs of two week duration

18. Faculty Participation in FSDs of one week duration

19. Faculty participation as resource persons

20. Faculty Retention ( Assessment = 3 × RPI/N, Retention point index (RPI) = Sum of the retention points to all faculty members One retention point for each year of experience at the institution, subject to maximum five points to a faculty member.)

21. Faculty research publications (Assessment of FRP = 4 × (Sum of the research publication points scored by each faculty member)/N (Instruction: A faculty member scores maximum five research publication points each year, depending upon the quality of the research papers published in the past three years.) The research papers considered are those (i) which can be located on internet and/or are included in hard-copy volumes/ proceedings, published by well-known publishers, and (ii) the faculty member’s affiliation, in the published paper, is of the current institution.

22. Faculty Intellectual Property Rights (FIPR) (Assessment of FIPR = 2 × (Sum of the FIPR points scored by each faculty member)/N (Instruction: A faculty member scores maximum five FIPR points, each year. IPR includes awarded national/international patents, books, and copyrights.).

23. Funded R&D projects and consultancy (FRDC) work (Assessment of R&D and consultancy projects = 4 × (Sum of FRDC by each faculty member)/N, Instruction: A faculty member gets maximum five points each year, depending upon the amount of funds and/or c o n t r i b u t i o n s made. A suggestive scheme is given below for a minimum amount of Rs. 1 lakh: Five points for funding by national agency Four points for funding by state agency/ private sector Two points for funding by sponsoring trust/society

24. Faculty interaction with outside world (Faculty interaction p o i n t s ( F I P ) assessment = 2 × (Sum of FIP by each faculty member)/N

25. Lecture Halls

26. Seminar Halls

27. Tutorial Rooms

28. Faculty Rooms (Rooms equipped with white/black board, computer, internet, and other such amenities/facilities, Usage of room for counselling/discussion with students)

29. Laboratories (No of students per experimental setup, Technical Manpower support) Computer Computer programming lab(5,1) Electronics circuits lab (4,1) Networks and operating system lab (1,1) Object oriented programming lab (2,1) Data structure lab (2,1) Digital electronics lab (4,1) Computer graphics lab (2,1) Microprocessor lab (4,1) System programming lab (2,1) Language processor lab (2,1) Project lab (1,1) IT Multimedia Lab (2,1) PC Hardware Lab (3,1) Electronics and Instrumentation Basic Electronics Lab(4,1) Digital Electronics Lab(4,1) Power Electronics & Measurements Lab(4,1) Electronic Circuits Lab(4,1) Microprocessor Lab(4,1) Linear Integrated Circuits Lab (4,1) Miniproject Lab (4,1) Instrumentation Lab (4,1) DSP Lab (4,1) Process Control Lab(4,1) Electrical and Electronics Basic Electrical Engineering Lab (4,1) Electronic Circuits Lab(4,1) Digital Electronics Lab(4,1) Electrical Measurements Lab(4,1) Electrical Machines I Lab(4,1) Power Electronics Lab(4,1) Electrical Machines III(4,1) Microprocessor Lab(4,1) Electrical Machines II Lab(4,1) Advanced Electrical Engineering Lab(4,1)

30. Laboratories (No of students per experimental setup, Technical Manpower support) Civil Strength of materials lab (4,1) Survey practicals 1 (3,1) Fluid mechanics (3,1) Survey Practicals 2 (4,1) Transportation Lab (3,1) Geotechnical Lab (3,1) AUTOCAD Lab (2,1) Environmental Engineering Lab Construction and Structural Engineering Lab STAAD Lab NDT Lab Electronics and Communication Engg Electronic Circuits Lab(4,1) Digital Electronics Lab(4,1) Microprocessor Lab(4,1) Electronic Circuits Lab 1 (5,1) Mini project Lab (5,1) Electronic Circuits Lab 2 (5,1) DSP Lab (4,1) Communication Lab (4,1) Advanced Communication Lab (4,1) Signal Processing Lab (4,1)

31. Lab manuals (Laboratories for which lab manuals are available Civil Strength of materials lab Survey practicals 1 Fluid mechanics Survey Practicals 2 Transportation Lab Geotechnical Lab AUTOCAD Lab Environmental Engineering Lab Construction and Structural Engineering Lab Electronics & Instrumentation Basic Electronics Lab Digital Electronics Lab Power Electronics & Measurements Lab Electronic Circuits Lab Microprocessor Lab Linear Integrated Circuits Lab Mini project Lab Instrumentation Lab DSP Lab Process Control Lab Electrical and Electronics Basic Electrical Engineering Lab Electronic Circuits Lab Digital Electronics Lab Electrical Measurements Lab Electrical Machines I Lab Power Electronics Lab Electrical Machines III Microprocessor Lab Electrical Machines II Lab Advanced Electrical Engineering Lab Electronics and Communication Engg Electronic Circuits Lab Digital Electronics Lab Microprocessor Lab Electronic Circuits Lab 1 Mini project Lab Electronic Circuits Lab 2 DSP Lab Communication Lab Advanced Communication Lab Signal Processing Lab

32. Lab manuals (Laboratories for which lab manuals are available Computer Science Computer programming lab Electronics circuits lab Networks and operating system lab Object oriented programming lab Data structure lab Digital electronics lab Computer graphics lab Microprocessor lab System programming lab Language processor lab Project lab IT Multimedia Lab PC Hardware Lab Electrical Eletronics

33. Language Lab (How do you use it ?) Language Laboratory Space, number of students Software UsedTypes of Experiments Guidance English Language Lab 69.19 sq. m, 30 No. ETNL Language lab Oral presentation, Debate A dedicated faculty is appointed for the activities held under English Lab

34. Tutorial Classes (Subject, no of students in a tutorial class, hours) Civil CE 1305 Fluid Mechanics,34, 1/Week CE 1101 Engineering Mathematics 1, 34, 1/Week CE1104 Engineering Mechanics, 34, 1/Week CE 1302 Surveying 1, 34, 1/Week CE 1303 Strength Of Materials,n 34, 1/Week CE 1105 Engineering Graphics, 34,1/Week CE 1403 Analysys Of Structures 1, 34,1/Week CE 1405 Fluid Mechanics 2, 34,1/Week CE 1406 Civil Engineering Drawing, 34, 1/Week CE 1502 Design Of Structures-1, 34, 1/Week CE 1503 Analysis Of Structures 2, 34, 1/Week CE 1504 Geotechnical Engineering 1, 34, 1/WEEK CE 1602 Design Of Structures 2, 34, 1/Week CE 1603 Analysis Of Structures 3, 34, 1/Week CE 1604 Geotechnical Engineering 2, 34, 1/Week CE 1702, Design Of Structures 3, 34, 1/Week CE 1704 Quantity Survey And Valuation, 34, 1/Week CE 1802 Earthquake Engineering, 34, 1/Week Electronics & Instrumentation E I 1303Network theory, 34, 1/WEEK EI 1302 Electrical Machines & Drives, 34,1/Week EI 1304 Digital systems,34,1/Week EI 1305 Solid State Electronics,34,1/Week EI 1306 Electronic Circuits I,34,1/Week EI 1404 Signals and systems,34,1/Week EI 1402 Computer Architecture & Microprocessor34,1/Week EI 1403 Electronics circuits II 34,1/Week EI 1405 Electronic Instrumentation and measurements 34,1/Week EI 1406 Power Electronics Systems,34,1/Week EI 1502 Applied Electromagnetic Theory34,1/Week EI 1503 Industrial Instrumentation I,34,1/Week EI 1504 Microprocessor And Microcontroller 34,1/Week EI 1505 Analog and Integrated Circuits 34,1/Week EI 1506 Digital Signal Processing,34,1/Week EI1601 Communication Engineering 34,1/Week EI1602 Industrial Instrumentation II34,1/Week EI 1603 Process Instrumentation 34,1/Week EI 1604 OptoElectronic Devics and Communication 34,1/Week EI 1605 Control systems Engineering,34,1/Week Electrical EEE 1101 ENGINEERING MATHEMATICS 1, 34, 1/ WEEK EEE 1104 ENGINEERING MECHANICS, 34, 1/ WEEK EEE 1301 ENGINEERING MATHEMATICS 2, 34, 1/WEEK EEE 1303 FLUID MECHANICS, 34,1/WEEK EEE 1304 CIRCUITS SIGNALS AND SYSTEMS 1, 34, 1/WEEK EEE 1305 ELECTRICAL MEASUREMENTS AND MEASURING SYSTEMS EEE 1306 ELECTRONIC DEVICES AND CONTROL,34, 1/WEEK EEE 1401 ENGINEERING MATHEMATICS3,34,1/WEEK EEE 1402 DIGITAL ELECTRONICS, 34,1/WEEK EEE 1403 ELECTRICAL MACHINES 1,34,1/WEEK EEE 1404 CIRCUITS SIGNALS AND SYSTEMS 2,34,1/WEEK EEE 1405 ANALOG COMMUNICATION, 34, 1/WEEK EEE 1406 INDUSTRIAL AND POWER ELECTRONICS,34,1/WEEK EEE 1501 ENGINEERING MATHEMATICS 4, 34,1/WEEK EEE 1502 ELECTRICAL MACHINES 2, 34, 1/WEEK EEE 1503 POWER SYSTEMS 1, 34,1/WEEK EEE 1505 LINEAR INTEGRATED CIRCUITS, 34,1/WEEK EEE 1506 FIELD THEORY, 34, 1/WEEK Electronics and Communication EC 1303Network theory, 34, 1/WEEK EC 1302 Probability and Random Process, 34,1/Week EC 1304 Digital Electronics, 34,1/Week EC 1305 Solid State Electronics,34,1/Week EC 1306 Electronic Circuits I,34,1/Week EC 1404 Signals and systems,34,1/Week EC 1406 Digital System Design,34,1/Week EC 1503 Embedded Systems,34,1/Week EC 1506 Digital Signal Processing,34,1/Week EC 1602 Microwave Techniques and Devices,34,1/Week EC 1605 Control systems Engineering,34,1/Week

35. Mentoring System (how do you mentor students individually?) For every ten students there is a faculty mentor Mentor meets with the students once in a month

36. Feedback analysis (how do you do it? Reward/corrective measures) Feedback collection process Forms are circulated among students Collects twice in a semester Consolidates by Group tutor Based on the feedback effectiveness index of a faculty is calculated Also class committee meetings, consisting of HOD, faculties and student representatives are conducted twice in a semester Basis of reward / corrective measures, if any The faculties who do not perform well are counseled to improve their future performance. They are also encouraged to attend pedagogical training programs.

37. Scope for self learning (Generation of self-learning facilities, and availability of materials for learning beyond syllabus) The institution has a computer lab which has internet facility. Students are given access to this facility during break time and after hours. NPTEL videos on subjects related to the syllabus are available at the Library and are utilized by the students.

38. Career Guidance, Placement Unit (Availability of an exclusive Well furnished Seminar Hall, Central Computing Facility, Soft skill development, employability assessment) A full operational Career Guidance & Placement Cell helps the students to acquire job offers on-campus placement drives off-campus placement drives A full time regular faculty of the institution is given additional charge of the activities of the CGPC. The students are encouraged to undergo atleast one industrial visit/training during their period of course. All the activities related to industry institution interaction are promoted by the III Cell of the institution. Activities coordinated by the finishing school helps the students to prepare themselves for tests, GD and interviews.

39. Technology Business Incubator Start-up name NIL

40. Co-curricular activities A well functioning IEEE and ISTE student branch exists in the institution. Various events like quiz, debates etc. are organized under these

41. Extra-curricular activities NSS wing of the institution coordinates at least one vacation camp for the students during each academic year. They also do activities that are beneficial for the society. The annual arts festival and sports day are organized by the college union. Maximum participation is usually seen from the part of students. Students have won many prizes at university arts festival. Department wise competition Emerge cup (football)-EEE Dynameight (cricket) – EIE Smash (volleyball) – ECE

42. Facilities for Sports and Games The institution has the following facilities: Gym Playground Table tennis room Volleyball court Badminton court Sports club Dedicated room for storing all the sports goods Equipments are purchased annually

43. Campus Development and Management Civil and electrical wing is headed by the Assistant Engineer Civil. Computer related issues are coordinated by the Computer Operator and the hardware instructor. Financial support is taken either from PTA or from the funds allocated by CAPE Minor repair works are carried out by the in-house technical staff. Major repairs are outsourced. Routine cleaning of premises including toilet blocks by contract labors. Routine cleaning of water tanks, coolers and filters are carried out as per schedule.

44. Hostels Over 250 boys and 250 girls are provided accomodation at gender specific hostels. Hostels are authorised by PTA and are subject to strict supervision.

45. Canteen Seating capacity - 100 Average daily usage - 300 Offers vegeterian and non-vegeterian dishes at nominal rates. Working time is well scheduled according to the college working time. A portion of the cooking is done with the help of bio-gas, which in turn is generated from the daily canteen waste

46. Transport facilities 7 exclusive buses ply through all major routes inside he district. Public transport facility is available right from the front of the college main gate, which has a bus stop nearby. Buses ply in this route specifically during the starting and closing time of the college working hours.

47. Electricity, power backup and telecom Electricity The institution is a HT consumer which is supplied power by the Kerala State Electricity Board. An independent substation hosts a 11kV/415V, 3 phase, 250kVA transformer, which delivers power to the LT loads. An installed APFC unit for power factor correction. Each building is fed from a separate feeder. Power Backup The substation also hosts a 125kVA diesel generator for providing power when the main grid fails. All the computer labs have installed UPS with sufficient backup. Telecom Facility EPABX is installed to provide intercom connection to all labs, staff rooms and major rooms, security rooms. BSNL land line connections: three no. Exclusive mobile phone and number for the Principal.

48. Drinking Water Water purifiers and water coolers are installed in all the buildings and other strategic locations. Water is pumped from the bore well. Water storage facilities: Each building has got its own overhead tank with sufficient storage capacity. In case of water shortage, it is supplied by outside agencies promptly, if notified.

49. Grievance redressal forums Limited financial power are delegated to various persons College council is authorized to handle the grievances Staff Welfare Club Staff union – CAPESA, CAPESO & AKACT

50. Budget & Expenditure

51. Library No of library staff: 3

52. Library

53. Campus Network Campus is wi fi connected Total nodes 372 Speed 10Mbps

54. Safety norms and checks Checks for wiring and electrical installations for leakage and earthing General maintenance and checks for electrical works and wiring are done by the electrician Major works are outsourced All the repair works are promptly supervised Fire-fighting measurements All the buildings in the campus have multiple exits which are sufficiently wide All the classrooms and laboratories are well ventilated at least on two sides with sliding windows All the toilets are fitted with exhausts. All the buildings have fire fighting equipments in each floor Safety of civil structure The Civil Engineer of the institution performs an annual inspection Necessary actions are taken to correct problems, if any. Handling of hazardous chemicals and such other activities Institution does not have any hazardous substances in use, for its activities related to academics

55. Counselling & Medical Care The institution has a counselling cell with a qualified counselor The faculty or the staff tutor will identify students who require special care The entire procedure is handled in secrecy Details of the students who have utilized this facility is never made public In emergency medical needs, the institution makes use of the facilities at LLM hospital which is situated very nearby. The hospital has got good facilities, including ambulance service First Aid boxes are available in all the departments and major laboratories

56. Key Performance Indicators Minutes of Board of Governors (BoG) meetings All minutes are published in college website Statutory Audit Done 2 times Performance Audit along with Data Audit Done 3 times Initial Governance Development Plan Approved by BoG % of committed expenditure out of funds received 5%

57. Key Performance Indicators % of Expenditure of the total funds received 69.67% % of Procurement plan out of 3.58 Crores 91.60% MIS data entry Completed till 2013-14 Mandatory Participation in CII-AICTE survey Participated Participation in TEQIP Faculty, Staff and Students Satisfaction Survey Ongoing 65% participation as on 20/10/2014