DIPLOMA 2ND &nbsp;SEMESTER ALL DEPARTMENT &nbsp;FULL COURSE 2025 &nbsp;(WBSCTE)
OFFER VALID FOR 1ST STUDENTS
SEAT LIMITED..ENROLL IN HURRY... FOR DETAILS CALL OR WHATSAPP ON 9593791540..
CLASS FEATURES
1.. WEEKLY 2&nbsp;LIVE CLASSES
2..AFTER CLASS, CLASS RECORDING &amp; CLASS NOTES PDF WILL BE GIVEN
3.. PREVIOUS YEARS QUESTION SOLUTION WILL BE DONE IN THE CLASS &amp; ALSO PDF WILL BE GIVEN
4..AT THE END OF THE COURSE SUGGESTION WILL BE GIVEN
5.. PRINTABLE DETAILED SYLLABUS WISE NOTES WILL BE GIVEN
6.. ALL PRE-RECORDED CLASS HAS ALREADY&nbsp;BEEN PROVIDED&nbsp;
7..COURSE VALIDITY UPTO COMPLETION OF SEMESTER
LIVE CLASS STARTING FROM 11TH&nbsp; FEBRUARY
BY SUMAN DEY(JGEC GOLD MEDALIST &amp; SRSV BATCH TOPPER)
FOR MORE DETAILS&nbsp;CONTACT ON 9593791540

DIPLOMA 2ND  SEMESTER ALL DEPARTMENT  FULL COURSE 2026  (WBSCTE)

ENGINEER\'S DEDICATION BY SUMAN DEY

DIPLOMA 4TH SEMESTER ONLINE COURSE 2026&nbsp;(CIVIL ENGINEERING)
OFFER VALID FOR 1ST 100 STUDENTS
SEAT LIMITED..ENROLL IN HURRY... FOR DETAILS CALL OR WHATSAPP ON 9593791540..
CLASS FEATURES
1.. WEEKLY 1&nbsp;LIVE CLASS
2..AFTER CLASS, CLASS RECORDING &amp; CLASS NOTES PDF WILL BE GIVEN
3.. PREVIOUS YEARS QUESTION SOLUTION WILL BE DONE IN THE CLASS &amp; ALSO PDF WILL BE GIVEN
4..AT THE END OF THE COURSE SUGGESTION WITH ANSWER WILL BE GIVEN
5.. PRINTABLE DETAILED SYLLABUS WISE NOTES WILL BE GIVEN
6.. ALL PRE-RECORDED CLASS HAS ALREADY&nbsp;BEEN PROVIDED
7..COURSE VALIDITY UPTO COMPLETION OF SEMESTER
LIVE CLASS STARTING AFTER 15TH MARCH
BY SUMAN DEY(JGEC GOLD MEDALIST &amp; SRSV BATCH TOPPER)
FOR MORE DETAILS&nbsp;CONTACT ON 9593791540

DIPLOMA 4TH SEMESTER CIVIL ENGG FULL COURSE 2026  (WBSCTE)

DIPLOMA 6TH SEMESTER ONLINE COURSE 2026&nbsp;(CIVIL ENGINEERING)
OFFER VALID FOR 1ST 200 STUDENTS
SEAT LIMITED..ENROLL IN HURRY... FOR DETAILS CALL OR WHATSAPP ON 9593791540..
CLASS FEATURES
1.. WEEKLY 1&nbsp;LIVE CLASS
2..AFTER CLASS, CLASS RECORDING &amp; CLASS NOTES PDF WILL BE GIVEN
3.. PREVIOUS YEARS QUESTION SOLUTION WILL BE DONE IN THE CLASS &amp; ALSO PDF WILL BE GIVEN
4..AT THE END OF THE COURSE SUGGESTION WITH ANSWER WILL BE GIVEN
5.. PRINTABLE DETAILED SYLLABUS WISE NOTES WILL BE GIVEN
6.. ALL PRE-RECORDED CLASS HAS ALREADY&nbsp;BEEN PROVIDED
7..COURSE VALIDITY UPTO COMPLETION OF SEMESTER
LIVE CLASS STARTING AFTER 15TH MARCH
BY SUMAN DEY(JGEC GOLD MEDALIST &amp; SRSV BATCH TOPPER)
FOR MORE DETAILS&nbsp;CONTACT ON 9593791540

DIPLOMA 6TH SEMESTER CIVIL ENGG FULL COURSE 2026  (WBSCTE)

PDF COURSE ..NOTES ARE DOWNLOADABLE BUT NOT PRINTABLE..
NO VIDEOS&nbsp;

CIVIL ENGINEERING INTERVIEW QUESTION ANSWER ( PDF COURSE )

Batch features
1. Recorded course
2. Validity 1YEAR
3. Notes are downloadable but not printable &amp; videos are downloadable
4. This course is compatible for all type of COMPETITIVE EXAM&nbsp;
&nbsp;

APTITUDE (BASIC MATHEMATICS) FOR DIFFERENT  COMPETITIVE EXAM ( RECORDED COURSE )

JELET 2025-2026 FULL COURSE
COURSE DURATION - UPTO JELET 2025
VALIDITY-1 YEAR
WEEKLY 3 CLASSES
COURSE PRICE - 1999/- (ONE TIME PAYMENT)
OFFER VALID FOR 1ST 100 STUDENT ONLY (SEAT BOOKING STARTED)
ALL PRE-RECORDED CLASS HAS ALREADY BEEN&nbsp;&nbsp;PROVIDED&nbsp;
FOR FOR DETAILS&nbsp;CONTACT SUMAN DEY ON 9593791540
CLASS STARTING AFTER 25 AUGUST

WBJELET 2025-2026 FULL COURSE

BTECH 4TH SEMESTER CIVIL ENGG FULL COURSE 2026  (MAKAUT)

BTECH 6TH SEMESTER ONLINE COURSE 2025&nbsp;(CIVIL ENGINEERING)
OFFER VALID UPTO FOR 1ST 100 STUDENTS
SEAT LIMITED...ENROLL IN HURRY... FOR DETAILS CALL OR WHATSAPP ON 9593791540..
CLASS FEATURES
1.. WEEKLY 3&nbsp;LIVE CLASSES
2..AFTER CLASS, CLASS RECORDING &amp; CLASS NOTES PDF WILL BE GIVEN
3.. PRINTABLE DETAILED SYLLABUS WISE NOTES WILL BE GIVEN
4.. ALL PRE-RECORDED CLASS WILL BE PROVIDED WITHIN 31ST JANUARY
5..COURSE VALIDITY UPTO COMPLETION OF SEMESTER
LIVE CLASS STARTING AFTER 15TH FEBRUARY
BY SUMAN DEY(JGEC GOLD MEDALIST &amp; SRSV BATCH TOPPER)
FOR MORE DETAILS&nbsp;CONTACT ON 9593791540

BTECH 6TH SEMESTER CIVIL ENGG FULL COURSE 2025  (MAKAUT)

BTECH 8TH SEMESTER CIVIL ENGG FULL COURSE 2025  (MAKAUT)

BTECH CIVIL ENGG MATHEMATICS-III FULL COURSE 2025&nbsp; (MAKAUT)

BTECH 3RD SEMESTER CIVIL ENGG MATHEMATICS-III FULL COURSE 2025  (MAKAUT)

Batch features
1. Recorded course
2. Technical subject ( civil engineering) + non technical subject ( aptitude + reasoning+ general science+ general studies) both will be covered&nbsp;
3. Full Video series of all topic will be uploaded within September 2025
4. Validity lifetime
5. Notes are downloadable but not printable &amp; videos are downloadable
6. This course is compatible for all type of JUNIOR ENGINEERING EXAM&nbsp;
7. FULL COURSE AVAILABLE ONLY AT ONE TIME PAYMENT

CIVIL ENGINEERING JUNIOR ENGINEER COMPETITIVE EXAM BATCH ( RECORDED COURSE )

FULLY RECORDED VIDEO COURSE ALONG WITH CHAPTERWISE NOTES,MCQ PDF, MATRIX PDF &amp; ALSO LIVE CLASS NOTES PDF ( DOWNLOADABLE )
SYLLABUS COVERED
Contents: Unit&ndash; I Column
Concept of compression member, short and long column, Effective length, Radius of gyration, Slenderness ratio, Types of end condition for columns, Buckling of axially loaded columns.  Euler&rsquo;s theory, assumptions made in Euler&rsquo;s theory and its limitations, Application of Euler&rsquo;s equation to calculate buckling load.  Rankine&rsquo;s formula and its application to calculate crippling load.  Concept of working load/safe load, design load and factor of safety.  Simple numerical problems.
Unit &ndash; II Direct and Bending Stresses in vertical members
 Introduction to axial and eccentric loads, concept of combined stress, eccentricity about one principal axis only, nature of stresses, Maximum and minimum stresses, resultant stresses distribution diagram.  Condition for no tension or zero stress at extreme fiber, Limit of eccentricity, core of section for rectangular and circular cross sections, Middle third rule (without derivation).  Chimneys of circular cross section subjected to wind pressure, Maximum and minimum stresses, resultant stresses distribution diagram at base.  Analysis of dams subjected to horizontal water pressure, conditions of stability, Maximum and minimum stresses (Principal stresses excluded), resultant stresses distribution diagram at base.  Simple numerical problems.
Unit &ndash; III Slope and Deflection
 Concept of slope and deflection, stiffness of beams, Relation among bending moment, slope, deflection and radius of curvature, (no derivation).  Moment Area method to find slope and deflection of cantilever and simply supported beams subjected to concentrated load and uniformly distributed load on entire span/ partial span.  Simple numerical problems.
Unit- IV Fixed and Continuous Beam
 Concept of fixity, effect of fixity, advantages and disadvantages of fixed beam over simply supported beam.  Principle of superposition, application of standard formulae in finding end moments, end reactions and drawing S.F. and B.M. diagrams for a fixed beam subjected to point loads, uniformly distributed loads on entire span.  Continuous Beam: Effect of continuity, nature of moments induced due to continuity, concept of deflected shape, practical examples.  Clapeyron&rsquo;s theorem of three moment (no derivation), Application of Clapeyron&rsquo;s theorem maximum up to three spans and two unknown support moment only [no end is fixed in continuous beam], Support at same level [no yield] spans having same&nbsp;and uniform moment of inertia subjected to concentrated loads and uniformly distributed loads over entire span, Drawing SF diagrams showing point of contraflexure, shear and BM diagrams showing net BM and point of contraflexure for continuous beams.  Simple numerical problems.
Unit&ndash;V Moment distribution method
 Introduction to moment distribution method, sign convention, Carry over factor, stiffness factor, distribution factor.  Application of moment distribution method to continuous beams subjected to concentrated loads and uniformly distributed load over entire span having same moment of inertia, supports at same level [no yield], up to two spans.  Introduction to portal frames (No derivation, no numerical problem).  Simple numerical problems

THEORY OF STRUCTURE ( DIPLOMA 4TH SEMESTER CIVIL ENGG - WBSCTE )

FULLY RECORDED VIDEO COURSE ALONG WITH CHAPTERWISE NOTES,MCQ PDF, MATRIX PDF &amp; ALSO LIVE CLASS NOTES PDF ( DOWNLOADABLE )
SYLLABUS COVERED
Unit I: Introduction
 Aim of design, Concept of R.C.C., Necessity of steel as reinforcement and its position in a Simply Supported and continuous member.  Design- Functional Design &amp; Structural Design.  Scope of a Structural Designer- Structural Planning, Calculation of loads, Analysis, Design &amp; Detailing, Advantages of symmetrical planning over un-symmetrical planning  Loads: Dead load, Imposed load, Wind loads &amp; other loads as per IS 875(Part-I to Part III)  Earthquake forces. &ndash; IS 1893- (Part -1), Seismic zones, Combination of loads.  Introduction of IS 456 and SP-16  Detailing- introduction of SP-34 &amp; IS 13920.  Necessity of IS 13920  Definition, types of limit states, partial safety factors for materials strength, characteristic strength ,characteristic load, design load. Loading on structure as per I.S 875.
Unit II: Analysis and Design of Singly and Doubly Reinforced Sections by LSM and Shear, Bond and Development Length (LSM)
 Limit State of collapse ( Flexure), Assumptions, stress-Strain relationship for concrete and steel, neutral axis, Stress block diagram and Strain diagram for singly reinforced section.  Concept of under- reinforced, over-reinforced and balanced section, neutral axis coefficient, limiting value of moment of resistance and limiting percentage of steel required for balanced singly R.C. Section.  Simple numerical problems on determining design constants, moment of resistance and area of steel.  General features, necessity of providing doubly reinforced Section, reinforcement limitations.  Analysis of doubly reinforced section, strain diagram, stress diagram, depth of neutral axis, moment of resistance of the section.  Simple numerical problems on finding moment of resistance and design of beam sections.  Nominal Shear stress in R.C. Section, design shear strength of concrete, Maximum shear stress, Design of shear reinforcement, Minimum shear reinforcement, forms of shear reinforcement.  Bond and types of bond, Bond Stress, check for bond stress, Development length in tension and compression, anchorage value for hooks 90&deg; bend and 45&deg; bend Standard Lapping of bars, check for development length.  Simple numerical problems on deciding whether shear reinforcement is required or not, check for adequacy of the section in shear. Design of shear reinforcement;Minimum shear reinforcement in beams; Determination of Development length required for tension reinforcement of cantilevers beam and slab, check for development length.
Unit III: Analysis and Design of T-Beam and Lintel by LSM
 General features, advantages, effective width of flange as per IS:456 code provisions.  Analysis of singly reinforced T-Beam, strain diagram &amp; stress diagram, depth of neutral axis, moment of resistance of T-beam Section  Designing a T-beam for moment and shear for Neutral axis within or up to flange bottom [Simple numerical problems on deciding effective flange width, on finding moment of resistance, design a T beam for the case of neutral axis lies within the flange only]  Design of lintel for flexure and shear ( consider all possible cases of loading]) - [Numerical problems on design of lintel for flexure and shear &ndash; for triangular or rectangular loading only]
Unit IV: Introduction and Design of Steel Connections and Detailing by LSM
 General - Advantages and disadvantages of steel as construction material. Types of sections, Grades of steel(IS 2062) and strength characteristics; Use of steel table (SP6-Part1).  Geometrical properties of gross and effective cross sections&ndash; Classification of Cross Sections as per IS:800-2007&ndash; Internal, external (outstands) and tapered elements of sections&ndash; Maximum Effective Slenderness ratio.  General- Types of connections &ndash; Bolted, Riveted and Welded connections&ndash; Rigid and Flexible connections&ndash; Components of connections&ndash; Basic requirements of connections- Clearance for holes&ndash; Minimum and Maximum spacing of fasteners&ndash; Minimum edge/ end distances&ndash; Requirements of Tacking fasteners.  Bolted Connection&ndash; Types of bolts&ndash; Bearing type Bolts&ndash; Nominal and Design shear strengths of bolts&ndash; Reduction factors for Long joints, Large grip lengths, Thick packing plates&ndash; Nominal and Design bearing strengths of bolts&ndash; Reduction factors for over sized and slotted holes&ndash; Nominal and Design tensile strengths (tension capacity) of bolts-Simple problems.  Welded Connection- Types of welds&ndash; Fillet welds&ndash; Minimum and maximum sizes&ndash; Effective length of weld- Fillet welds on inclined faces&ndash;-Design strengths of shop/site welds&ndash; Butt welds&ndash; Effective throat thickness and effective length of butt weldSimple problems.
Unit- V: Design Of Steel Beams For BM and SF by L.S.M
 Effective span of Beams, Design strength of bending,(Flexure), Limiting deflection of beams &ndash;Design of laterally supported Simple beams for Bending moment and Shear force using single / double rolled steel sections (symmetrical cross sections only) &ndash; Problems.

Design of RCC and  Steel Structure ( DIPLOMA 4TH SEMESTER CIVIL ENGG - WBSCTE )

FULL RECORDED COURSE OF&nbsp;
Entrepreneurship and Start-ups
Engineering Economics &amp; Project Management&nbsp;
&nbsp;
&nbsp;
<hr />
&nbsp;
&nbsp;
<hr />
&nbsp;
&nbsp;
<hr />
&nbsp;
&nbsp;
<hr />


RECORDED VIDEOS WITH LIVE CLASS NOTES &amp; FULL NOTES ACCORDING TO GATE IES SYLLABUS WITH ORGANIZER PDF

Introduction to Fluid Mechanics ( BTECH 4TH SEMESTER CIVIL ENGG - MAKAUT )

Surveying & Geomatics  ( BTECH 4TH SEMESTER CIVIL ENGG - MAKAUT )

Advanced Design of Structures ( DIPLOMA 5TH  SEMESTER CIVIL ENGG BY WBSCTE )

FULLY RECORDED VIDEO COURSE ALONG WITH CHAPTERWISE NOTES,MCQ PDF, MATRIX PDF &amp; ALSO LIVE CLASS NOTES PDF ( DOWNLOADABLE )
SYLLABUS COVERED
Unit &ndash; I Overview and Classification of Survey  Survey-Definition, Purpose and Use.  Types of surveying- Primary and Secondary, Classification: Primary-Plane &amp; Geodetic, Secondary Classification-Based on Instrument, Based on Method, Based on Purpose, Based on Nature of Field.  Principles of Surveying.  Scales: Engineer&rsquo;s scale, Representative Fraction (RF), Plain, Diagonal, Vernier and Chord Scale.
Unit&ndash; II Chain Surveying  Instruments used in chain survey: Chain, Tapes, Arrow, Ranging rod, Line ranger, Pegs, Offset rod, cross staff, Optical square, Plumb Bob.  Methods of Chaining, obstacles in chaining.  Principles of chain survey.  Well and ill Conditioned Triangle.  Errors in length: Instrumental error, personal error, error due to natural cause, random error.  Calculation of Chain and Tape Correction.  Types of offsets: Perpendicular and Oblique.  Chain survey Station, Base line, Check line, Tie line, Tie station.  Ranging: Direct and Indirect Ranging.  Conventional Signs, Recording of measurements in a field book.  area calculation from field book entry  Simple numerical problems.
Unit&ndash; III Compass Traverse Survey  Compass Traversing- open and closed.  Technical Terms: Meridians and Bearings of a Line-True, Magnetic, Arbitrary  Whole Circle Bearing system and Reduced Bearing system and examples on conversion of given bearing to another bearing (from one form to another), Fore Bearing and Back Bearing, Calculation of internal and external angles from bearings at a station and Vice-versa, Dip of Magnetic needle, Magnetic Declination and It&rsquo;s variation, Isogonic and Agonic line.  Principles of Compass Traversing.  Components of Prismatic Compass and their Functions, Difference between Prismatic and Surveyor compass. Methods of using Prismatic Compass - Temporary adjustments and observing bearings.  Local attraction, different methods of correction of observed bearings - Correction at station and correction to included angles including cases when all stations in a traverse are affected with local attraction  Methods of plotting a traverse and closing error, Graphical adjustment of closing error.  Errors in Compass Surveying-Instrumental, Personal and Natural.  Simple numerical problems.
Unit&ndash; IV Levelling and Contouring  Levelling-Definition, Object and Uses.  Basic terminologies: Level, Horizontal and vertical surfaces &amp; Lines, Datum surface or Line, Bench Marks- GTS, Permanent, Arbitrary and Temporary, Reduced Level, Rise, Fall, Line of collimation, Axis of the Telescope, Axis of Bubble Tube, Station,Back sight, Fore sight, Intermediate sight, Change point, Height of instruments, Focussing and Parallax.  Types of levels: Dumpy, Tilting, Auto level, Digital level, Components of Dumpy Level and its fundamental axes, Temporary adjustments of Level.  Types of Levelling Staff: Self-reading staff and Target staff.  Curvature and Refraction correction.  Reduction of level by Line of collimation or Height of Instrument and Rise and Fall Method.  Levelling Types: Simple, Differential, Fly, Profile, Cross sectional, Check and Reciprocal Levelling.  Entry in level book and arithmetical check and accuracy check of level work  Errors in Levelling-Instrumental, Personal and Natural, Permissible limits of Error in Levelling.  Contour, contour intervals, horizontal equivalent. Contour gradient.  Uses of contour maps, Characteristics of contours, Methods of Contouring: Direct and indirect.  Simple numerical problems
Unit &ndash; V Plane Table Surveying  Principles of plane table survey.  Accessories of plane table survey and their uses,  Setting of plane table- Leveling, Centering, Orientation.  Orientation of plane table - Back sighting and Magnetic needle method.  Methods of Plane table survey- Radiation, Intersection, Traversing, and Resection (No Two-Point and Three-Point Problem).  Merits and demerits of plane table survey  Errors in Plane table Surveying- Instrumental, Personal and Plotting.  No numerical problems
&nbsp;

BASIC SURVEYING ( DIPLOMA 3RD  SEMESTER CIVIL ENGG BY WBSCTE )

FULLY RECORDED VIDEO COURSE ALONG WITH CHAPTERWISE NOTES,MCQ PDF, ORGANIZER&nbsp;PDF &amp; ALSO LIVE CLASS NOTES PDF ( DOWNLOADABLE )

Design of RC Structures ( BTECH 5TH  SEMESTER CIVIL ENGG BY MAKAUT )

FULLY RECORDED VIDEO COURSE ALONG WITH CHAPTERWISE NOTES,MCQ PDF, ORGANIZER&nbsp;PDF &amp; ALSO LIVE CLASS NOTES PDF ( DOWNLOADABLE )

Structural Analysis – I  ( BTECH 5TH  SEMESTER CIVIL ENGG BY MAKAUT )

Batch features
1. LIVE + Recorded course
2. Technical subject ( civil engineering) + non technical subject ( aptitude + reasoning+ general science+ general studies) both will be covered&nbsp;
3. Full Video series of all topic HAS ALREADY BEEN UPLOADED
4. Validity 30 MONTHS
5. Notes are downloadable but not printable &amp; videos are downloadable
6. This course is compatible for all type of JUNIOR ENGINEERING &amp; ASSISTANT ENGINEER EXAM&nbsp;
7. FULL COURSE AVAILABLE ONE TIME PAYMENT &amp; ALSO EMI
8. FULL SYLLABUS WILL BE COVERED WITHIN AUGUST 2027

CIVIL ENGINEERING JUNIOR ENGINEER & ASSISTANT ENGINEER COMPETITIVE EXAM BATCH ( LIVE CLASS COURSE )

Batch features
1. LIVE + Recorded course
2. Technical subject ( civil engineering) + non technical subject ( aptitude + ENGINEERING MATHEMATICS) both will be covered&nbsp;
3. Full Video series of all topic (SEMESTER SYLLABUS)&nbsp;HAS ALREADY BEEN UPLOADED
4. Validity 30 MONTHS
5. Notes are downloadable but not printable &amp; videos are downloadable
6. This course is compatible for all type of JUNIOR ENGINEERING &amp; ASSISTANT ENGINEER EXAM&nbsp;
7. FULL COURSE AVAILABLE ONE TIME PAYMENT &amp; ALSO EMI
8. FULL SYLLABUS WILL BE COVERED WITHIN AUGUST 2027

Courses

DIPLOMA 2ND SEMESTER ALL DEPARTMENT FULL COURSE 2026 (WBSCTE)

DIPLOMA 4TH SEMESTER CIVIL ENGG FULL COURSE 2026 (WBSCTE)

DIPLOMA 6TH SEMESTER CIVIL ENGG FULL COURSE 2026 (WBSCTE)

CIVIL ENGINEERING INTERVIEW QUESTION ANSWER ( PDF COURSE )

APTITUDE (BASIC MATHEMATICS) FOR DIFFERENT COMPETITIVE EXAM ( RECORDED COURSE )

WBJELET 2025-2026 FULL COURSE

BTECH 4TH SEMESTER CIVIL ENGG FULL COURSE 2026 (MAKAUT)

BTECH 6TH SEMESTER CIVIL ENGG FULL COURSE 2025 (MAKAUT)

BTECH 8TH SEMESTER CIVIL ENGG FULL COURSE 2025 (MAKAUT)

BTECH 3RD SEMESTER CIVIL ENGG MATHEMATICS-III FULL COURSE 2025 (MAKAUT)

CIVIL ENGINEERING JUNIOR ENGINEER COMPETITIVE EXAM BATCH ( RECORDED COURSE )

THEORY OF STRUCTURE ( DIPLOMA 4TH SEMESTER CIVIL ENGG - WBSCTE )

Design of RCC and Steel Structure ( DIPLOMA 4TH SEMESTER CIVIL ENGG - WBSCTE )

DIPLOMA 6TH SEMESTER OPEN ELECTIVE I & COMMON SUBJECT

Introduction to Fluid Mechanics ( BTECH 4TH SEMESTER CIVIL ENGG - MAKAUT )

Surveying & Geomatics ( BTECH 4TH SEMESTER CIVIL ENGG - MAKAUT )

Advanced Design of Structures ( DIPLOMA 5TH SEMESTER CIVIL ENGG BY WBSCTE )

BASIC SURVEYING ( DIPLOMA 3RD SEMESTER CIVIL ENGG BY WBSCTE )

Design of RC Structures ( BTECH 5TH SEMESTER CIVIL ENGG BY MAKAUT )

Structural Analysis – I ( BTECH 5TH SEMESTER CIVIL ENGG BY MAKAUT )

CIVIL ENGINEERING JUNIOR ENGINEER & ASSISTANT ENGINEER COMPETITIVE EXAM BATCH ( LIVE CLASS COURSE )

GATE CIVIL ENGINEERING FULL COURSE (LIVE CLASS COURSE )