ABOUT
DEPARTMENT OF CIVIL ENGINEERING
Civil Engineering is one of the oldest, traditional branches of Engineering. It is a core branch as well as an evergreen one, Civil engineering deals with the design, construction, & maintenance of man-made structures and naturally built environment, including works like roads, bridges, canals, dams, and buildings. From Transportation to Hydrology, Environmental to Construction, Civil Engineering is an area with a lot of diversity.
The college took a plunge into the immensely refreshing and challenging field of Civil Engineering with the setting up of the Civil Engineering Department, right from the genesis of the college. The Department of Civil Engineering is excellently suited to meet the ever changing requirements of engineers with courses that combine the study of management, business skills and computers with engineering. The department ensures not only that the courses are updated, but also that they reflect the current needs of commerce, industry and the society as a whole.
RPET facilitate students with intellectually stimulating environment and course curriculum widely spread over practical training, project work, expert lectures and more. While theory gives you opportunity to understand the intricacies of the subject, the well-equipped laboratories provide enriched practical understanding and real-time exposure. Pursue engineering course from R.P. Educational Trust Group of Institutons, Bastara,Karnal best civil engineering college in Haryana and Delhi NCR.
MESSAGE
DEPARTMENT OF CIVIL ENGINEERING
Civil engineering is a professional engineering discipline that deals with the design, construction, and maintenance of the physical and naturally built environment, including works like roads, bridges, canals, dams, and buildings Civil engineering is the oldest engineering discipline. Civil engineering takes place on all levels: in the public sector from municipal through to national governments, and in the private sector from individual homeowners through to international companies. Civil engineers typically possess an academic degree with a major in civil engineering. The length of study for such a degree is usually four years and the completed degree is usually designated as a Bachelor of Engineering. Our civil engineering program has been designated to provide our students with strong fundamental skills complemented by professional skills and generic skills’ Although we have miles to go, we need to celebrate each and every mile stone in order to go ahead with added enthusiasm.”
With best wishes
Er. Amit Kumar
Head, Deptt. of Civil Engineering, RPET, Bastara
Ø Email: hodcivil@rpiit.com
PLACEMENTS
Shubhanghi M.tech (CE) TATA Construction Company (AMBALA)
I am a part of JK group. My current package is 6.5lac p.a. It gives me a great feeling of satisfaction to say that RPET is an incredible platform for real technical, managerial and social insight. I am really indebted to each and everyone from my alma mater, RPET.
Sanjay Kumar M.tech (CE) JK GROUP (KINNAUR)
I am Ramniwas, JE in Town and Country planning Department Haryana. RPET provides a ladder to go ahead with education which supports us throughout our life; it makes us different from other applicants and gives us opportunities to excel in life.
I am Deepak Kajal AE in CWS Delhi. RPET is India’s leading research and innovation driven institute, visited by top notch companies. If you want to do something superb in your career, then join RPET and feel the same feeling .I am on cloud today
Myself Ankit Goel JE in public health department Haryana. The faculty of RPET is ready to instruct and push students to perform their best. Focus is given on class-room as well as self learning through the various assignments and project. They take special care to cater the needs of students. Thanks RPET!!
Ankit Goel (CE) JE in Public Health Department Haryana (PANIPAT)
I am Pawan Sharma JE in Irrigation Department Haryana. It was great to be in RPET.RPET is a paragon of great insight which helps students at every step in their professional as well as social life. I would like to appreciate RPET for the coordination and help. Thanks RPET !!
Pawan Sharma(CE) JE in Irrigation Department Haryana(KARNAL)
KAJAL JAIN (M.TECHCE) JE IN PANCHAYANTI DEPARTMENT (PANIPAT)
MOHIT (B.TECH CE) JE IN PANCHAYANTI DEPARTMENT (KARNAL)
MOHIT (M.TECH CE) STRUCTURE ENGINEER AT GAUR CONSULTANCYPVT LTD (KARNAL)
ANKUR BHATT (M.TECH CE) JE IN PANCHAYATI DEPARTMENT (BARELI UP)
GORAV (B.TECH CE) JE IN IRRIGATION DEPARTMENT
AMIT (DIPLOMA CIVIL) JE IN IOCL PANIPAT
ISHU (diploma civil ) site engineer at panipat refinary PANIPAT
Arshad kahan (B.tech CE) ENGINEER AT ADANI GROUP KARNAL
KAMAL RANA(B.TECH CE) SK DESIGN STRUCTURE KARNAL
SUMIT BHATIA(B.TECH CE) SK DESIGN STRUCTURE KARNAL
Program and Eligibility
DIPLOMA IN CIVIL ENGINEERING
ELIGIBILITY: Class Xth or its equivalent examination with 35% marks in each of the subjects with Science and Mathematics student must have studied English as one of the subjects in Class Xth and 10+2 (vocational) pass students/ITI pass students can get admission in the second year.
B.TECH (CIVIL ENGG.)
It is a four-year full-time undergraduate program divided into 8 semesters.
Eligibility: 10+2 with Physics and Mathematics as compulsory subjects along with one of the following subjects: Chemistry / Biotechnology / Computer Science / Biology with at least4 5% marks (40% in case of candidates belonging to SC/ST category) in the aggregate.
B.TECH (CIVIL ENGG.) (LATERAL ENTRY)
ELIGIBILITY: The candidate needs to have a 3-year diploma in Engineering/ Technology with minimum 45% marks (40% in case of SC category) from Haryana
M.TECH (CIVIL ENGG.)
ELIGIBILITY:B.E./B.Tech in Civil Engineering or equivalent examination with at least 50% marks from a recognized university.
.
| Ss.no. | Name Paper title
| Journal/conference | International/na | Issn/isbn
No. | Year | Impact factor | |
| 1 | Ravikant
sharma
| Study on the behaviour of concrete under the influence of bacillus subtitlis as a self healing agent
|
IJS ART |
International |
2395-1052 |
2019 |
5.87 |
| 2 | Ravikant
sharma | Study on the behaviour of concrete under the influence of bacillus subtitlis as a self healing agent
|
JEITR | International |
2349-5162 |
2019 |
5.87 |
| 3 | Ravikant sharma | Behaviour reinforcing barand concrete of a rcc structure exposed to fire |
JEITR | International | 2349-5162 | 2019 | 5.87 |
| 4 | Ravikant sharma | A review study on the use of waste foundry sand on the strength properties of concrete |
JEITR | International | 2349-5162 | 2019 | 5.87 |
| 5 | Ravikant sharma | Cost analysis of rcc building subjected to different cross section of column : a comparative study |
JEITR | International | 2349-5162 | 2019
| 5.87 |
| 6 | Ravikant sharma | To study effect of recycled concrete with plastic fibers on strength properties of concrete |
IJCIET | International | 0976-6316 |
2019 |
10.7810 |
| 7 | Ravikant sharma | Analysis precast building response spectrum method using etab software | IJIRSET |
International |
2319-8753 |
2019 |
7.089 |
| 8 | Ravikant sharma | Time history analysis of residential building with and w/o expansion joint: a case study by etabs | `IJIRSET | International | 2319-8753 | 2019 | 7.089 |
| 9 | Ravikant sharma | A comparative study of high strength concrete properties by using waste foundry cells with replacement of fine aggregate | IJRESM | International | 2581-5793 | 2019 | 4.308 |
| 10 | Ravikant sharma | A comparative study of concrete strength properties by using copper slag and recycled aggregate with partially replacement of fine aggregates and course aggregates | IJRESM | International | 2581-5793 |
2019 |
4.308 |
| 11 | Ravikant sharma | Mechanical properties of cost effective polycenyl alchol engineered concrete | NCAMTMTMCE CONFERENCE |
National | 2015 | ||
| 12 | Ravikant sharma | A comparative study of high rise rebuilding with vertical irregularities using RSA and THA | IJRRA | International | 2349-7688 | 2015 | 3.012
|
| 13 | AMIT KUMAR | ENCHANCING CONCRETE PROPERTIES USING STONE SLURRY &WASTE FOUNDARY SAND | IJJRA | IJMRSET | 2582-7219 | 8/3/2025 | 2.1 |
13 AMIT KUMAR
LABORATORIES
The department has the following laboratories:
Our civil engineering department has been planned on modern lines with state of art facilities to be utilized for research and consultancy in addition to training of the students. The students pursuing civil engineering at RPET are trained in all aspects of this field and adequately prepared to be accepted globally. The department has well established laboratories including:
Concrete Lab:-
This lab deals with building materials and structural engineering. Testing of several materials is also conducted at these labs. Cement testing, concrete compressive strength, concrete mix designs, brick testing etc.
concrete cube test
le chatelier apparatus
weighing machine
Structural Analysis Lab:-
The lab is equipped with several instruments used for the structural analysis of different Structure like cantilevers, trusses,arch, and steel beams etc.
Environmental Engineering Lab:-
Students learn about water and effluent testing. Consultancy services are also provided for BOD, COD testing, water testing, pH value, acidic value and viscosity of solution.
Transportation Engg. Lab:-
This lab deals with road construction materials and various tests are also taught to students like impact shape test, bituminous test, crushing value, Abrasian value, Aggregate test, penetration test, ductility test, softening point test, bitumen extraction test, Flash and fire point test.
CAD (Computer-Aided Design) Lab:-
This lab is equipped with latest software and computers required for structural solutions and designs in civil engineering. The lab is equipped with STAAD PRO,AUTOCAD, Windows XP, Visual Studio, Audio visual aids to technical and several non-technical problems using computers.
Geotechnical Lab:-
This lab is equipped with the equipments required for consolidation test, CBR test, Triaxial test, direct shear test, bearing capacity of soil by SPT test and plate load test.
Survey Lab:-
Survey lab is equipped with latelest and automated surveying machines like Total Station,Digital Theodollite,Autolevel and Dumpy level.
Solid Mechanics Lab:-
Tensile Test and Compression Tests are done on computerized Universal Testing Machine.
Fluid Mechanics Lab:-
Equipped with latest and automated testing machines for various kinds of flows.
A total station is an integrated electronic surveying instrument combining a theodolite (angle measurement), electronic distance meter (EDM), and computer. It accurately measures horizontal/vertical angles and slope distances to calculate 3D coordinates (
B.TECH CIVIL BATECH 2025-2026
ROHIT RANA PLACED IN AKSH GARG VALUAR KARNAL
AMRIT PLACED IN AHULWALIA PVT LTD GREATER NOIDA
| S.NO | ACTIVITY NAME /AWARENESS PROGRAMME | DATE ON WHICH HELD | PURPOSE | PLACE WHERE HELD | LINK |
| 1. | MSME program | 20/8/2019 | Ministry of micro,small and medium enterprises | Zymkhanaclub | |
| 2 | Industrial trip to Geeta Mahotsav,Kurukshetra | 25/11/2024 | To commemorate the birth of Shreemad Bhagwad Gita | Kurukshetra | |
| 3 | One day Cloud computing workshop Organized by CSE ENGG Department | 26/03/2025 | Student progression activity | RPIIT campus |
|
| 4. | RPIIT Karnal U-10 Cricket Tournament | 25/03/2025 | To motivate and aware students about the benefits of sports | RPIIT campus |
|
| 5 | Diwali Celebration at RPIIT Karnal | 31/10/2024 | Celebrate the auspicious occasion of diwali | RPIIT campus | |
| 6 | Trip to KARAN LAKE for students and staff | 24/08/2024 | For the amusement and recreation of students | ||
| 7 | Teachers day celebration | 05/09/2024 | To honour the worthy teachers | RPIIT campus | |
| 8. | Independence celebration | 15/08/2024 | To honour our country ,its heritage and its brave soldiers | RPIIT campus | |
| 9. | SOCIAL ACTIVITY ORGANIZED BY CIVIL ENGG DEPARTMAENT(swachhta Abhiyan) | 25/03/2025 | RPIIT | ||
| Orientation programme for freshers | 16/08/2017 | To welcome our freshers | RPIIT | ||
| 10 | Orientation programme -2024 | 7/09/2024 | To welcome our freshers | RPIIT | |
| 11. | RANGOLI COMPETITION | 15/04/2025 | RPIIT | ||
| 12. | SPEECH COMPETITON ORGANIZED BY CIVIL ENGG DEPTT | 28/02/2024 | RPIIT | ||
| 13. | QUIZ COMPETITION | 27/02/2025 | To provide exposure to the students for their career growth. | RPIIT | |
| 14 | START UP IDEA COMPETITION |
27/02/2025
| A technical initiative for the betterment of students career | RPIIT | |
| 16. | PHOTOGRAPHY COMPETITION | 27/02/2025 | To provide exposure to the students for their career growth | RPIIT | |
| 17 | E- REEL MAKING COMPETITION | 12/8/2016 | . | RPIIT | |
| 18 | ALMA FESTA 2K25 | 08/03/2025 | RPIIT | ||
| 19 | ODESSY DAY(FAREWELL PARTY) ORGANIZED BY ENGG DEPATMENT | 29/03/2025 | RPIIT | ||
| 20 | Summer training of CIVIL ENGG students | 1/7/2024 | To provide a platform to our students to hone up their skills. | RPIIT | |
| 21 | Yoga day | 21/06/2024 | To educate the students about healthy mind and soul. | RPIIT | |
| 22 | Education fair | 20/04/2024 | To aware students about the scope of different disciplines running in the institute . | RPIIT | |
| 23 | A VISIT TO KARNAL RING ROAD PROJECT ORGANISED BY CIVIL ENGG DEPARTMENT | 18/03/2025 |
. | RPIIT |
Name : Mr. Amit kumar
Discipline: Civil engg.
Course: M.tech
Semester :IISub code: -MTSE-106 A
Subject:Advanced Steel Design
Lesson Plan Duration: 15 weeks (w.e.f JAN 2026 to MAY, 2026)
Week | Theory | |
| Lecture Day | Topic | |
1 | 1 | Properties of Steel |
| 2 | Mechanical Properties | |
| 3 | Hysteresis | |
2 | 4 | Theory |
| 5 |
Theory | |
| 6 | Theory | |
3 | 7 | Ductility |
| 8 | Hot Rolled Sections | |
| 9 | compactness and non-compactness | |
4 | 10 | Slenderness |
| 11 | residual stresses | |
| 12 | Test and Discussion of Unit 1 | |
5 | 13 | Design of Steel Structures |
| 14 | Numericals | |
| 15 | Inelastic Bending Curvature | |
6 | 16 | Plastic Moments |
| 17 | Design Criteria | |
| 18 | Stability, Strength, Drift | |
7 | 19 | Numericals |
| 20 | Numericals | |
| 21 | Numericals | |
8 | 22 | Stability of Beams |
| 23 | Local Buckling of Compression Flange &Web | |
| 24 | Numericals | |
9 | 25 | Lateral Torsional Buckling |
| 26 | Stability of Columns | |
| 27 | Numericals | |
10 | 28 | Slenderness Ratio |
| 29 | Bracing of Column about Weak Axis | |
| 30 | Numericals | |
| 11 | 31 | Numericals |
| 32 | Method of Designs | |
| 33 | Allowable Stress Design | |
12 | 34 | Plastic Design |
| 35 | Load and Resistance Factor Design | |
| 36 | Test and Discussion of Unit 3 | |
13 | 37 | Strength Criteria |
| 38 | Beams – Flexure, Shear, Torsion | |
| 39 | Columns – Moment Magnification Factor | |
14 | 40 | Effective Length PM Interaction |
| 41 | Biaxial Bending, Joint Panel Zones. | |
| 42 | Drift Criteria: P Effect | |
15 | 43 | Deformation Based Design |
| 44 | Connections: Welded, Bolted, Location Beam Column | |
| 45 | Column Foundation, Splices. |
Discipline : CivilEngineering
Course : M.tech
Semester : II
Subject : Advanced Design of Foundation
Subject code: -MTSE-116 A
Lesson PlanDuration: 15 weeks (w.e.f Jan., 2026 to MAY, 2026)
| Week | Theory | Practical | ||
Lecture
day | Topic (including assignment/ test) | Practical day | Topic | |
| Unit-I | ||||
| 1st | 1 | Planning of Soil Exploration | ||
| 2 | for Different Projects | |||
| 3 | Methods of Subsurface Exploration | |||
2n
d | 4 | Methods of Borings along with Various Penetration Test | ||
| 5 | Shallow Foundations | |||
| 6 | Requirements for Satisfactory Performance of Foundations | |||
3r
d | 7 | Methods of Estimating Bearing Capacity Settlements of Footings and Rafts | ||
| 8 | Theory | |||
| 9 | Theory | |||
| 4th | 10 | Theory | ||
| 11 | Proportioning of Foundations using Field Test Data | |||
| 12 | Pressure – Settlement Characteristics from Constitutive Laws | |||
| UNIT-II | ||||
| 5th | 13 | Pile Foundations | ||
| 14 | Theory | |||
| 15 | Methods of Estimating Load Transfer of Piles | |||
| 6th | 16 | Settlements of Pile Foundations | ||
| 17 | Pile Group Capacity and Settlement | |||
| 18 | Theory | |||
| 7th | 19 | Laterally Loaded Piles | ||
| 20 | Theory | |||
| 21 | Pile Load Tests | |||
| 8th | 22 | Analytical Estimation of Load | ||
| 23 | Settlement Behavior of Piles | |||
| 24 | Proportioning of Pile Foundations | |||
| UNIT-III | ||||
| 9th | 25 | Ist Sessional Test | ||
| 26 | Lateral and Uplift Capacity of Piles | |||
| 27 | Well Foundation | |||
| 10th | 28 | IS and IRC Code Provisions | ||
| 29 | Elastic Theory | |||
| 30 | Ultimate Resistance Methods | |||
| 11th | 31 | Tunnels and Arching in Soils | ||
| 32 | Pressure Computations around Tunnels | |||
| 33 | Open Cuts | |||
| 12th | 34 | Sheeting and Bracing Systems in Shallow and Deep Open Cuts in Different Soil Types | ||
| 35 | Coffer Dams | |||
| 36 | Theory | |||
| 13th | 37 | Various Types | ||
| 38 | Analysis and Design | |||
| 39 | Foundations under uplifting loads | |||
| 14th | 40 | Theory | ||
| 41 | Soil-structure interaction | |||
| 42 | Theory | |||
| 15th | 43 | Theory | ||
| 44 | Theory | |||
| 45 | Theory |
Discipline: Civil engg.
Course: M.tech
Semester : II Sub code: -MTSE-102 A
Subject: Finite Element Method in Structural Engineering
Lesson Plan Duration: 15 weeks (w.e.f Jan., 2026 to MAY2026)
Week | Theory | |
| Lecture Day | Topic | |
1 | 1 | History and Applications |
| 2 | Spring and Bar Elements
| |
| 3 | Spring and Bar Elements | |
2 | 4 | Numericals |
| 5 |
Numericals | |
| 6 | Numericals | |
3 | 7 | Numericals |
| 8 | Minimum Potential Energy Principle | |
| 9 | Direct Stiffness Method, Nodal Equilibrium equations | |
4 | 10 | Assembly of Global Stiffness |
| 11 | Matrix, Element Strain and Stress | |
| 12 | Test and Discussion of Unit 1 | |
5 | 13 | Numericals |
| 14 | Numericals | |
| 15 | Beam Elements: Flexure Element | |
6 | 16 | Element Stiffness Matrix |
| 17 | Element Load Vector | |
| 18 | Numericals | |
7 | 19 | Method of Weighted Residuals: Galerkin Finite Element Method |
| 20 | Application to Structural Elements, Interpolation Functions | |
| 21 | Numericals | |
8 | 22 | Compatibility and Completeness Requirements |
| 23 | Polynomial Forms | |
| 24 | Applications | |
9 | 25 | Test and Discussion of Unit 2 |
| 26 | Types: Triangular Elements | |
| 27 | Rectangular Elements | |
10 | 28 | Three-Dimensional Elements |
| 29 | Isoparametric Formulation | |
| 30 | Axi-Symmetric Elements | |
| 11 | 31 | Numerical Integration |
| 32 | Gaussian Quadrature | |
| 33 | Numericals | |
12 | 34 | Numericals |
| 35 | Numericals | |
| 36 | Test and Discussion of Unit 3 | |
13 | 37 | Numericals |
| 38 | Numericals | |
| 39 | Numericals | |
14 | 40 | Numericals |
| 41 | Application to Solid Mechanics | |
| 42 | Plane Stress, CST Element | |
15 | 43 | Plane Strain Rectangular Element |
| 44 | Isoparametric Formulation of the Plane Quadrilateral Element | |
| 45 | Test and Discussion of Unit 4 |
Discipline : CivilEngineering
Course : M.tech
Semester : II
Subject : Structural Dynamics Subject code: – MTSE-104 A
Lesson PlanDuration: 15 weeks (w.e.f Jan., 2026 to MAY, 2026)
| Week | Theory | Practical | ||
Lecture
day | Topic (including assignment/ test) | Practical day | Topic | |
| Unit-I | ||||
| 1st | 1 | Introduction | ||
| 2 | Objectives | |||
| 3 | Importance of Vibration Analysis | |||
2n
d | 4 | Numericals | ||
| 5 | Numericals | |||
| 6 | Numericals | |||
3r
d | 7 | Nature of Exciting Forces | ||
| 8 | Mathematical Modeling of Dynamic Systems. | |||
| 9 | Single Degree of Freedom System | |||
| 4th | 10 | Free and Forced Vibration with and without Damping | ||
| 11 | Response to Harmonic Loading | |||
| 12 | Numericals | |||
| UNIT-II | ||||
| 5th | 13 | Response to General Dynamic Loading using Duhamel‟s Integral | ||
| 14 | Fourier Analysis for Periodic Loading | |||
| 15 | State Space Solution for Response | |||
| 6th | 16 | Numerical Solution to Response | ||
| 17 | using Newmark Method and Wilson Method | |||
| 18 | Numericals | |||
| 7th | 19 | Numericals | ||
| 20 | Numericals | |||
| 21 | Numericals | |||
| 8th | 22 | Numerical Solution for State Space Response using Direct Integration. | ||
| 23 | Numericals | |||
| 24 | Numericals | |||
| UNIT-III | ||||
| 9th | 25 | Ist Sessional Test | ||
| 26 | Multiple Degree of Freedom System (Lumped parameter) | |||
| 27 | Two Degree of Freedom System | |||
| 10th | 28 | Multiple Degree of Freedom System | ||
| 29 | Inverse Iteration Method for Determination of Natural | |||
| 30 | Frequencies and Mode Shapes | |||
| 11th | 31 | Dynamic Response by Modal Superposition Method | ||
| 32 | Numericals | |||
| 33 | Numericals | |||
| 12th | 34 | Numericals | ||
| 35 | Numericals | |||
| 36 | Numericals | |||
| 13th | 37 | Direct Integration of Equation of Motion | ||
| 38 | Multiple Degree of Freedom System (Distributed Mass and Load) | |||
| 39 | Single Span Beams | |||
| 14th | 40 | Free and Forced Vibration | ||
| 41 | Generalized Single Degree of Freedom System | |||
| 42 | Special Topics in Structural Dynamics (Concepts only): Dynamic Effects of Wind Loading, | |||
| 15th | 43 | Moving Loads, Vibrations caused by Traffic | ||
| 44 | Blasting and Pile Driving | |||
| 45 | Foundations for Industrial Machinery, Base Isolation |
R.P. EDUCATION TRUST GROUP OF INSTITUTION BASTARA TIME TABLE FOR CIVIL ENGG. DEPARTMENT (2026) DAY TIME 2nd sem M.tech 4th Sem B.Tech 4th Sem D.Civil 6th Sem. D. Civil MONDAY 09:00-10:00 FEM SURVEY LAB TE SSD 10:00-11:00 SD IPR ERBC 11:00-12:00 ASD IE CA LAB 12:00-01:00 ADF SA 01:00-1:30 01:30-02:20 MT LAB SURVEY TE LAB SSD LAB 02:20-03:10 SURVEY 03:10-04:00 SM TUESDAY 09:00-10:00 FEM IE TE SSD 10:00-11:00 SD CS SM ERBC 11:00-12:00 ASD WWE IPR CA LAB 12:00-01:00 ADF SM SA 12:50-01:30 01:30-02:20 NA LAB SOIL LAB SOIL LAB SSD LAB 02:20-03:10 03:10-04:00 WEDNESDAY 09:00-10:00 FEM IE TE ERBC 10:00-11:00 SD CS SM SCA 11:00-12:00 ASD WWE IE 12:00-01:00 ADF SM SA 12:50-01:30 01:30-02:20 PD SURVEY SA LAB T&V 02:20-03:10 ELEC 03:10-04:00 ELEC THURSDAY 09:00-10:00 MINI PROJECT WS & WWE LAB TE MAJOR PROJECT 10:00-11:00 SM 11:00-12:00 EE 12:00-01:00 SA 12:50-01:30 01:30-02:20 AUDIT SCA EE LAB MAJOR PROJECT 02:20-03:10 03:10-04:00 FRIDAY 09:00-10:00 MINOR PROJECT EE MAJOR PROJECT 10:00-11:00 ITK 11:00-12:00 IPR 12:00-01:00 IE 12:50-01:30 01:30-02:20 MINOR PROJECT ITK MAJOR PROJECT 02:20-03:10 SM 03:10-04:00 EE H.O.D. (CIVIL ENGINEERING)
| R.P. EDUCATIONAL TRUST GROUP OF INSTITUTIONS BASTARA (KARNAL) | ||||
| TIME TABLE FOR CIVIL ENGG. DEPARTMENT (w.e.f 15-02-2025) | ||||
| DAY | TIME | 4 th sem M.tech | 2nd sem M.tech | 8th Sem B.Tech |
| MONDAY | 09:10-10:05 | FEM | EEE&C(RS) | |
| 10:05-11:00 | SD | LIBRARY | ||
| 11:00-11:55 | ASD | PC(RS) | ||
| 11:55-12:50 | ADF | BE(AK) | ||
| 12:50-01:30 | ||||
| 01:30-02:20 | DP-II | MT LAB | MAJOR PROJECT | |
| 02:20-03:10 | ||||
| 03:10-04:00 | SEMINAR | |||
| TUESDAY | 09:10-10:05 | FEM | EEE&C(RS) | |
| 10:05-11:00 | SD | BE(AK) | ||
| 11:00-11:55 | ASD | EPI(RS) | ||
| 11:55-12:50 | ADF | WWT(AK) | ||
| 12:50-01:30 | ||||
| 01:30-02:20 | DP-II | NA LAB | EEE&C(RS) | |
| 02:20-03:10 | MAJOR PROJECT | |||
| 03:10-04:00 | ||||
| WEDNESDAY | 09:10-10:05 | FEM | EPI(RS) | |
| 10:05-11:00 | SD | PC(RS) | ||
| 11:00-11:55 | ASD | SEMINAR | ||
| 11:55-12:50 | ADF | |||
| 12:50-01:30 | ||||
| 01:30-02:20 | DP-II | MINI PROJECT | EPI(RS) | |
| 02:20-03:10 | LIBRARY | |||
| 03:10-04:00 | ||||
| THURSDAY | 09:10-10:05 | MINI PROJECT | MAJOR PROJECT | |
| 10:05-11:00 | ||||
| 11:00-11:55 | ||||
| 11:55-12:50 | ||||
| 12:50-01:30 | ||||
| 01:30-02:20 | DP-II | COI | PC(RS) | |
| 02:20-03:10 | MAJOR PROJECT | |||
| 03:10-04:00 | ||||
| FRIDAY | 09:10-10:05 | COI | LIBRARY | |
| 10:05-11:00 | BE(AK) | |||
| 11:00-11:55 | LIBRARY | |||
| 11:55-12:50 | WWT(AK) | |||
| 12:50-01:30 | ||||
| 01:30-02:20 | DP-II | MINI PROJECT | BE(AK) | |
| 02:20-03:10 | WWT(AK) | |||
| 03:10-04:00 | LIBRARY | |||
