01:00:23

CE802D (PAVEMENT DESIGN) II LEC 3 II FACTORS AFFECTING PAVEMENT DESIGN

01:06:48

CE802D (PAVEMENT DESIGN) II LEC 1 II INTRODUCTION TO PAVEMENT LAYERS

39:10

Design of Dowel Bar (IRC 58) | Rigid Pavement | pavement design

45:02

DESIGN OF DOWEL BAR IN RIGID PAVEMENT AS PER IRC 58 (NEW METHOD)

18:11

M.Tech: Is it the Right Career Option?

43:56

BAR BENDING SCHEDULE (PART 1) || QUANTITY SURVEY_LEC 13

44:19

CE(PC)601 (CEM) II LEC 25 II CONSTRUCTION EQUIPMENTS (PART2)

46:21

CE(PC)601 (CEM) II LEC 24 II CONSTRUCTION EQUIPMENTS (PART1)

46:30

EARTHWORK CALCULATION IN ROAD EMBANKMENT | QUANTITY SURVEY

51:11

EARTHWORK IN ROAD EMBANKMENT (PROBLEM EXPLAINED) || QUANTITY SURVEY_LEC 11

44:41

CE(PC)601 (CEM) II LEC 23 II PROJECT MANAGEMENT (PART 14) II CRASHING OF PROJECT NETWORK

46:03

CE(PC)601 (CEM) II LEC 22 II PROJECT MANAGEMENT II CLASS ASSIGNMENT 5

39:37

CE(PC)601 (CEM) II LEC 21 II PROJECT MANAGEMENT (PART13) II PROBABILITY IN PERT WITH CALCULATOR

44:34

METHODS OF CALCULATION OF EARTHWORK IN ROAD EMBANKMENT || QUANTITY SURVEY_LEC 10

44:47

PROBABILITY OF PROJECT COMPLETION || PERT ANALYSIS_PART3 || PROJECT MANAGEMENT (PART12) || CPM_LEC20

36:17

CRITICAL PATH IN PERT NETWORK DIAGRAM_PART2 || PROJECT MANAGEMENT (PART11) || CPM_LEC19

37:50

PERT - Program Evaluation and Review Technique | Network Diagram in Project Management

47:24

CLASS ASSIGNMENT ON NETWORK DIAGRAM || PROJECT MANAGEMENT (PART 9) || CPM_LEC 17

47:41

EARTHWORK IN ROADS (PART1) || QUANTITY SURVEY_LEC 9

46:59

ESTIMATE OF UNDERGROUND RESERVOIR || QUANTITY SURVEY_LEC 8

42:37

Critical Path Method in Network Diagram | Total Float, Free Float, Independent Float

49:18

TYPES OF FLOAT OR RELAX || NETWORK DIAGRAM || PROJECT MANAGEMENT (PART 8) || CPM_LEC15

38:33

CRITICAL PATH BY RELAX OR FLOAT METHOD || NETWORK DIAGRAM || PROJECT MANAGEMENT (PART7) II CPM_LEC14

53:42

MCQS ON PROJECT MANAGEMENT || NETWORK DIAGRAM || CONSTRUCTION PLANNING MANAGEMENT_LEC 13

47:38

CENTER LINE METHOD || BUILDING ESTIMATE OF A ROOM WITH PARTITION WALL || QUANTITY SURVEY_LEC 5

40:44

CRITICAL PATH BY SLACK METHOD || NETWORK DIAGRAM || PROJECT MANAGEMENT (PART6) || CPM_LEC12

54:23

EARLY START, LATEST FINISH TIME_NUMERICAL || NETWORK DIAGRAM || PROJECT MANAGEMENT_PART5 ||CPM_LEC11

41:24

Center Line Method Estimate | Building Estimate | Quantity Survey

46:37

EARLY START TIME & LATEST FINISH TIME IN NETWORK DIAGRAM || PROJECT MANAGEMENT_PART4 || CPM_LEC 10

45:24

Long Wall Short Wall Method of estimation | Quantity Survey

44:20

How to draw Network Diagram (CPM) | Rules of Project Network Diagram

45:56

Network Diagram Elements | Network Diagram Analysis in Project Management

47:23

PHASES OF PROJECT MANAGEMENT || PROJECT MANAGEMENT_PART 1 || CONSTRUCTION PLANNING MANAGEMENT_LEC 7

40:25

Building Line and Control Line | Open spaces and Setback distance | Building Bye Laws

36:53

FLOOR AREA RATIO CALCULATION EXAMPLE || CONSTRUCTION PLANNING MANAGEMENT_LEC 5

43:55

FLOOR AREA RATIO FORMULA || BUILDING BYE LAWS_PART2 || CONSTRUCTION PLANNING MANAGEMENT_LEC 4

46:28

WHAT IS ESTIMATE AND ITS TYPES || QUANTITY SURVEY_LEC 2

45:17

Building Bye Laws | Carpet Area, Builtup Area, Super Builtup Area as per RERA

46:24

Building Planning Principles (part2)

47:41

WHAT IS QUANTITY SURVEYING AND ESTIMATE? || OVERVIEW OF THE SUBJECT_LEC 1

47:50

Principles of Building Planning (part1) | hindi lecture

01:14:56

REVISION SESSION II INCONSISTENCY OF RAINFALL (DMC) II HYDROGRAPH II WRE (LEC 53)

21:48

DOUBT CLEARANCE SESSION II CONFLICT POINT AT ROAD INTERSECTION II TRANSPORTATION ENGG (LEC 55)

46:05

PRACTICE SESSION II TRANSPORTATION ENGG (LEC 53)

45:04

DOUBT CLEARANCE SESSION II CRITICAL COMBINATION OF STRESSES II TRANSPORTATION ENGG (LEC 54)

45:54

PRACTICE SESSION II WATER RESOURCES ENGG (LEC 51)

46:05

PRACTICE SESSION II TRANSPORTATION ENGG (LEC 52)

32:18

PRACTICE SESSION II WATER RESOURCES ENGG (LEC 52)

44:19

MOVING OBSERVER METHOD II TRAFFIC ENGG II TRANSPORTATION ENGG (LEC 51)

33:22

MOVING OBSERVER METHOD (FLOATING CAR METHOD) || PRACTICE SESSION || TRAFFIC ENGG

17:45

Khosla theory of Rainfall Runoff relationships | Engg Hydology

51:07

FUNDAMENTAL TRAFFIC FLOW DIAGRAM II TRAFFIC FLOW THEORY II TRAFFIC ENGG

49:33

traffic signal design by webster method (numerical) | traffic engg | transportation engg (lec50)

48:18

Traffic Signal Design by Webster Method (theory) | traffic engg | engg (lec49)

35:07

ECONOMICS OF CANAL LINING (PROBLEM EXPLAINED) || IRRIGATION ENGG || WRE (LEC 48)

51:49

Traffic Signal Design by Trial Cycle Method | Traffic Engg | Transportation Engg (Lec 48)

51:19

ECONOMICS OF CANAL LINING II IRRIGATION ENGG II WATER RESOURCES ENGG (LEC 47)

40:59

ROAD INTERSECTION II TRAFFIC ENGG II TRANSPORTATION ENGG (LEC 47)

33:05

Thiessen Polygon Method |Mean Precipitation over area | Engineering Hydrology

41:56

Traffic Signs & Traffic Markings | Traffic Engg | Transportation Engg (Lec46)