The document discusses the installation process of a hot water supply system for a high-rise building. It notes that high-rise buildings present practical complications for piping installation. The developer must first determine whether to use a centralized or localized hot water supply system, with centralized being more suitable for buildings with high water consumption like hotels. Key considerations include projected water usage, peak demand periods, heating methods, pipe insulation, and future planning.
This document provides guidelines on surveying techniques and standard designs for water supply structures with average costs. It explains how to use a dumpy level instrument to measure horizontal lines and gradients for laying out pipelines. It also includes a profile of the Mbitini Water Project showing the extraction point, rising main pipeline to the head tank, and the farthest water kiosk. Standard designs and costs are given for structures like wells, infiltration pipes, sand dams, pump houses, rising mains, head tanks, and distribution pipelines. Guidelines are provided on surveys, designs, cost estimates, and the legal requirements for water professionals in Kenya.
- This document is a marks sheet for Himansh Patek showing the results of his 4th semester exams in Civil Engineering at Government Polytechnic in Moradabad.
- It lists the courses taken, maximum marks, minimum marks to pass, and marks obtained for each course in both the regular exams and sessionals/activities.
- According to the total marks, Himansh received 843 out of 1270 marks and was promoted to the next semester with a backlog/need to re-take qualifying subjects.
Praveen Kumar, with enrollment number 1217020102016, received grades for eight subjects in the eighth semester of his Bachelor of Technology program at Dr. K.N. Modi University. He received grades ranging from A to B, with his highest marks in Water and Waste Water Treatment, Building Planning & Design Lab, Water Resources Engineering Design Lab, Project & Seminar, Seamless Learning, and Co-Curricular Activities. His semester grade point average was 8.42 out of 10.
This academic record summarizes the results for Koh Chee P'ng, student number 15103046, who completed a Bachelor of Engineering (Chemical Engineering) with First Class Honours. It details the units completed between 2010-2014, including course codes, titles, credits, grades, and marks. It also notes the student's course weighted average of 77.28, academic status of good standing, and date the course was completed as 17-Jul-2014.
The document is a marks sheet for a student named Aanchal from Government Polytechnic Bijnor, showing their results for the 5th and 6th semesters of the Civil Engineering (Lateral Entry) program. It lists the marks obtained by Aanchal out of the maximum marks for each subject in both semesters, with an overall score of 1523 out of 2209 resulting in First Division. It notes that qualifying exams for back subjects will be conducted in the next semester, and the results shown are not final and should be verified with the institute.
This academic record summarizes the coursework and results for Lee Si Hao, student number 15796899, in pursuit of a Bachelor of Engineering in Petroleum Engineering. Over the period of 2012-2016, Lee completed courses earning a total of 800 credits with an overall course weighted average of 75.27. All coursework was completed in good standing. The record reflects the courses, grades, marks and credits earned each semester towards fulfilling the requirements for the degree in Petroleum Engineering.
This document provides guidelines on surveying techniques and standard designs for water supply structures with average costs. It explains how to use a dumpy level instrument to measure horizontal lines and gradients for laying out pipelines. It also includes a profile of the Mbitini Water Project showing the extraction point, rising main pipeline to the head tank, and the farthest water kiosk. Standard designs and costs are given for structures like wells, infiltration pipes, sand dams, pump houses, rising mains, head tanks, and distribution pipelines. Guidelines are provided on surveys, designs, cost estimates, and the legal requirements for water professionals in Kenya.
- This document is a marks sheet for Himansh Patek showing the results of his 4th semester exams in Civil Engineering at Government Polytechnic in Moradabad.
- It lists the courses taken, maximum marks, minimum marks to pass, and marks obtained for each course in both the regular exams and sessionals/activities.
- According to the total marks, Himansh received 843 out of 1270 marks and was promoted to the next semester with a backlog/need to re-take qualifying subjects.
Praveen Kumar, with enrollment number 1217020102016, received grades for eight subjects in the eighth semester of his Bachelor of Technology program at Dr. K.N. Modi University. He received grades ranging from A to B, with his highest marks in Water and Waste Water Treatment, Building Planning & Design Lab, Water Resources Engineering Design Lab, Project & Seminar, Seamless Learning, and Co-Curricular Activities. His semester grade point average was 8.42 out of 10.
This academic record summarizes the results for Koh Chee P'ng, student number 15103046, who completed a Bachelor of Engineering (Chemical Engineering) with First Class Honours. It details the units completed between 2010-2014, including course codes, titles, credits, grades, and marks. It also notes the student's course weighted average of 77.28, academic status of good standing, and date the course was completed as 17-Jul-2014.
The document is a marks sheet for a student named Aanchal from Government Polytechnic Bijnor, showing their results for the 5th and 6th semesters of the Civil Engineering (Lateral Entry) program. It lists the marks obtained by Aanchal out of the maximum marks for each subject in both semesters, with an overall score of 1523 out of 2209 resulting in First Division. It notes that qualifying exams for back subjects will be conducted in the next semester, and the results shown are not final and should be verified with the institute.
This academic record summarizes the coursework and results for Lee Si Hao, student number 15796899, in pursuit of a Bachelor of Engineering in Petroleum Engineering. Over the period of 2012-2016, Lee completed courses earning a total of 800 credits with an overall course weighted average of 75.27. All coursework was completed in good standing. The record reflects the courses, grades, marks and credits earned each semester towards fulfilling the requirements for the degree in Petroleum Engineering.
The document provides a training and course calendar for MishTraining from January to June 2016. It lists 18 categories of training courses including project management, contract management, construction engineering, mechanical engineering, and others. For each month, it outlines various courses offered within each category along with their scheduled dates. Accreditations from organizations like Highfield ABC and PMI are also listed on the document.
This academic record summarizes the results for Lee Si Hao (Student Number: 15796899) in a Bachelor of Engineering program majoring in Petroleum Engineering. It lists the courses completed from 2012 to 2016, the credits and grades earned. Lee Si Hao completed a total of 800 credits and obtained a course weighted average of 75.27, placing them in good standing. The academic record notes they completed the course of study on July 6, 2016 with First Class Honours.
This document summarizes the environment, health and safety management system used at an Apollo Proton Therapy Hospital construction site. It describes the EHS rules and regulations in place to ensure worker and site safety. Some key points include: only workers aged 18-58 are allowed, all must undergo health screening, smoking and entry without PPE is prohibited, fall protection is required for work over 2m, safe work procedures are in place for hazards like excavation and electricity, and accidents/incidents must be reported. The document also shares the EHS policy which focuses on compliance and continual improvement.
This academic record summarizes the results for Michael Adrian Sulaksono, student number 16355628, who completed a Bachelor of Engineering with a major in Civil and Construction Engineering. It lists the courses taken each semester from 2012-2016, including course codes, titles, credits, grades, and marks. His overall course weighted average upon completing the degree requirements on July 11, 2016 was 75.48, placing him in good academic standing. The record reflects his results as held in the university's student records system, and an official academic transcript must be obtained from the Student Service Centre.
This document is a provisional grade sheet for a student named Bhabani Sankar Jena studying Bachelor of Technology in Mechanical Engineering at Gandhi Institute of Science and Technology, Rayagada. It lists the courses taken in the 3rd and 4th semesters, along with their codes, credits, and grades. In the 3rd semester, the student's SGPA was 6.93 and in the 4th semester the SGPA was 7.04, with an overall CGPA of 6.98 after 4 semesters. The student has passed and is eligible for promotion to the next semester.
This document outlines the curriculum structure for civil engineering students from the 3rd to 6th semesters. It lists the program core courses for each semester along with their course titles, credit hours, and codes. Some of the core courses included are Construction Materials and Lab, Basic Surveying and Lab, Mechanics of Materials, Building Construction, Concrete Technology and Lab, Geotechnical Engineering and Lab, Hydraulics and Lab, Advanced Surveying and Lab, Theory of Structure, and Major and Minor Projects. The curriculum also includes elective courses and summer internships.
final year civil engineering training report Poojan Patel
The document provides details about a training project involving laying RCC drainage gravity line by microtunneling method. It describes the project scope, which involves providing and laying 1400/1800 mm diameter RCC jacking pipes over 5.1 km between Gorwa A.P.S. and Shrenikpark Junction in Vadodara, Gujarat. It also provides information about microtunneling technology and its advantages over traditional open-cut construction methods. The training involved various construction activities like RCC pipe casting, shaft construction, MTBM launching, jacking and receiving.
This document provides a case study of the building services systems at the Pertubuhan Akitek Malaysia Centre (PAM Centre) in Kuala Lumpur, Malaysia. It includes an analysis of the centre's active and passive fire protection systems, mechanical ventilation systems, air conditioning systems, mechanical transportation systems, and mechanical parking systems. The study involved literature reviews, a site visit, data collection, and reporting to analyze how the building's services comply with regulations and were designed considering sustainability. The PAM Centre achieved platinum certification from the Green Building Index due to its passive design strategies and emphasis on natural ventilation.
This document outlines the course structure and syllabus for Material Science, a core subject for the 3rd semester of the BE Mechanical Engineering program. It covers topics such as crystal structures, mechanical behavior of materials, failure mechanisms, phase diagrams, heat treatment processes, and properties of ferrous and non-ferrous alloys across 3 modules taught over 50 lecture hours. Students will be evaluated through continuous internal assessments and a final semester end examination.
This document outlines the scheme of teaching and examination for 3rd semester B.E. Mechanical students at Visvesvaraiah Technological University, Belgaum. It includes the list of subjects to be taught, number of teaching hours per week for theory and practical/drawing classes, details of internal and external examinations including duration and marks. A total of 8 theory subjects and 2 labs are to be taught with a weekly schedule of 21-24 teaching hours and 9 hours of practical/drawing classes. The assessment includes continuous internal evaluation and a semester end examination with theory and practical/drawing components and total marks ranging from 75 to 125 marks per subject.
This document is a table of contents for a construction management manual. It lists 21 topics related to construction projects, including construction management basics, estimation and costing, material management, logistics, construction equipment, non-destructive testing, project management basics, civil and erection construction activities, labor skills, environmental management, work permit systems, safe work practices, site security, site safety, emergency response plans, construction laws and regulations, building worker regulations, and reporting workplace accidents. More details can be found at the provided URL.
This document outlines the curriculum and syllabus for mechanical engineering students at Anna University in Chennai, India from semesters 2 through 8. It provides details on the courses offered each semester including course codes, titles, credit hours, and brief descriptions. Some of the core mechanical engineering courses included are engineering mechanics, manufacturing technology, thermodynamics, fluid mechanics, heat and mass transfer, and design of machine elements. The document also specifies circuit and non-circuit branch programs, lists elective courses, and outlines the curriculum for affiliated institutions.
This document outlines the curriculum and syllabus for mechanical engineering students at Anna University in Chennai, India. It provides details of the courses offered each semester from semesters 2 through 8, including course codes, titles, credit hours, and brief descriptions. Some key courses include Technical English, Engineering Mechanics, Manufacturing Technology, Thermodynamics, Fluid Mechanics, Machine Design, and Project Work. The curriculum is designed to provide both theoretical knowledge through coursework as well as practical skills through laboratory sessions. Students have the opportunity to specialize in elective courses in areas such as thermal engineering, dynamics, and design.
The document provides an overview of the Department of Mechanical Engineering at a university. It details the department's vision, mission, background including programs offered and faculty profile, strengths such as research output and facilities, and future plans including new courses and facilities to be procured. The department has a strong research focus as seen in projects, publications, citations and collaborations both national and international. It aims to further develop its research capabilities and consultancy areas.
The document discusses a group assignment submitted by 7 students for their Quantity Surveying course. It addresses 4 questions related to final accounts and contract adjustments. Question 1 defines key elements adjusted in a final account, such as variations, remeasurement of provisional quantities, omission of provisional sums, profit/attendance adjustments. Question 2 discusses the contractual implications of omitting an entrance porch from the tender that was shown on drawings. It states this would need to be treated as a variation, with pricing based on fair market value or a cost-plus basis. Question 3 requires assessing a contractor's final account submission for a project. Question 4 asks to explain how different variations may be finalized and priced in a final account.
The document discusses the employer's right of set-off under a construction contract. It defines set-off as a deduction by the employer of debt owed by the contractor. There are two pre-conditions for a set-off: 1) the contractor commits a breach of obligation and 2) fails to rectify defects as instructed. The document outlines various contract clauses where set-off can be applied if the contractor fails to meet obligations, such as failure to comply with instructions or insure works. It provides the procedures for setting off amounts, including giving notice and allowing contractor objections to be resolved by adjudication or arbitration if needed. Set-off and liquidated damages are handled separately from interim payments.
This document provides a cost estimate for a proposed development comprising 2 blocks of 31-storey residential towers above a 7-storey podium and 2-storey basement on a site in Kuala Lumpur. It includes estimates for substructure, structure, architectural components, M&E services, and external works. The total estimated construction cost is RM194,999,403.72 or RM2,195/sqft, including preliminaries, contingencies and cost escalation over one year. The highest cost components are structure, architectural works, and M&E services.
The document proposes several construction technologies:
1) An aluminium formwork system allows for concrete structures to be poured in a single operation, rapidly constructing buildings while maintaining quality. It requires less skilled labor and heavy machinery.
2) Contiguous bored pile walls can be used for retaining walls and are suitable for restricted worksites like basements. They can support long-term vertical loads in a cost-effective manner.
3) Using both siphonic and conventional roof drainage systems saves costs while achieving efficiency, with siphonic used for its design flexibility and use of environmentally friendly materials.
This document provides a cost plan for a proposed high-rise residential development in Kuala Lumpur consisting of two 22-story towers with 335 units and podium facilities. It includes a breakdown of construction costs for the basement, podium, towers, external works, preliminaries, and contingencies totaling over $191 million. The cost plan also provides details on the construction methodology using techniques like bored piles, aluminum formwork, and sustainable features like a green roof and rainwater harvesting.
This document provides information on a group assignment for a Building Economics course. It includes an introduction to the project site location and surrounding amenities. It then summarizes a benchmark high-rise residential project. Finally, it proposes the design for the group's high-rise residential building project, including details on the building specifications, unit layouts, facilities, and construction technology. The proposed building consists of two 31-level towers with 404 units total and various amenities located on the podium and roof. Bored pile foundations are recommended due to the soil conditions and building load requirements.
MK Land Holdings Berhad is a property development and investment holding company based in Malaysia. The company's principal activities include property development, leisure operations such as resorts and theme parks, investments, and education. In 2017, property development contributed the most revenue at 79% of total revenue, followed by leisure operations at 11%, investments and dividends at 9%, and education at 1%. The company operates major projects in Selangor, Perak, and Kedah.
The document outlines the job positions, meeting dates, and tasks for organizing an event including a Commander, Financial Controller, Sponsorship Team, Location Team, Gift & Souvenir Team, Food & Beverages Team, Game Master Team, Video & Photograph Team. It also lists the dates and objectives of 4 planning meetings between April to May and the event day, as well as pre-event tasks like a home visit, grocery shopping, game preparation, gift packing.
The document provides a training and course calendar for MishTraining from January to June 2016. It lists 18 categories of training courses including project management, contract management, construction engineering, mechanical engineering, and others. For each month, it outlines various courses offered within each category along with their scheduled dates. Accreditations from organizations like Highfield ABC and PMI are also listed on the document.
This academic record summarizes the results for Lee Si Hao (Student Number: 15796899) in a Bachelor of Engineering program majoring in Petroleum Engineering. It lists the courses completed from 2012 to 2016, the credits and grades earned. Lee Si Hao completed a total of 800 credits and obtained a course weighted average of 75.27, placing them in good standing. The academic record notes they completed the course of study on July 6, 2016 with First Class Honours.
This document summarizes the environment, health and safety management system used at an Apollo Proton Therapy Hospital construction site. It describes the EHS rules and regulations in place to ensure worker and site safety. Some key points include: only workers aged 18-58 are allowed, all must undergo health screening, smoking and entry without PPE is prohibited, fall protection is required for work over 2m, safe work procedures are in place for hazards like excavation and electricity, and accidents/incidents must be reported. The document also shares the EHS policy which focuses on compliance and continual improvement.
This academic record summarizes the results for Michael Adrian Sulaksono, student number 16355628, who completed a Bachelor of Engineering with a major in Civil and Construction Engineering. It lists the courses taken each semester from 2012-2016, including course codes, titles, credits, grades, and marks. His overall course weighted average upon completing the degree requirements on July 11, 2016 was 75.48, placing him in good academic standing. The record reflects his results as held in the university's student records system, and an official academic transcript must be obtained from the Student Service Centre.
This document is a provisional grade sheet for a student named Bhabani Sankar Jena studying Bachelor of Technology in Mechanical Engineering at Gandhi Institute of Science and Technology, Rayagada. It lists the courses taken in the 3rd and 4th semesters, along with their codes, credits, and grades. In the 3rd semester, the student's SGPA was 6.93 and in the 4th semester the SGPA was 7.04, with an overall CGPA of 6.98 after 4 semesters. The student has passed and is eligible for promotion to the next semester.
This document outlines the curriculum structure for civil engineering students from the 3rd to 6th semesters. It lists the program core courses for each semester along with their course titles, credit hours, and codes. Some of the core courses included are Construction Materials and Lab, Basic Surveying and Lab, Mechanics of Materials, Building Construction, Concrete Technology and Lab, Geotechnical Engineering and Lab, Hydraulics and Lab, Advanced Surveying and Lab, Theory of Structure, and Major and Minor Projects. The curriculum also includes elective courses and summer internships.
final year civil engineering training report Poojan Patel
The document provides details about a training project involving laying RCC drainage gravity line by microtunneling method. It describes the project scope, which involves providing and laying 1400/1800 mm diameter RCC jacking pipes over 5.1 km between Gorwa A.P.S. and Shrenikpark Junction in Vadodara, Gujarat. It also provides information about microtunneling technology and its advantages over traditional open-cut construction methods. The training involved various construction activities like RCC pipe casting, shaft construction, MTBM launching, jacking and receiving.
This document provides a case study of the building services systems at the Pertubuhan Akitek Malaysia Centre (PAM Centre) in Kuala Lumpur, Malaysia. It includes an analysis of the centre's active and passive fire protection systems, mechanical ventilation systems, air conditioning systems, mechanical transportation systems, and mechanical parking systems. The study involved literature reviews, a site visit, data collection, and reporting to analyze how the building's services comply with regulations and were designed considering sustainability. The PAM Centre achieved platinum certification from the Green Building Index due to its passive design strategies and emphasis on natural ventilation.
This document outlines the course structure and syllabus for Material Science, a core subject for the 3rd semester of the BE Mechanical Engineering program. It covers topics such as crystal structures, mechanical behavior of materials, failure mechanisms, phase diagrams, heat treatment processes, and properties of ferrous and non-ferrous alloys across 3 modules taught over 50 lecture hours. Students will be evaluated through continuous internal assessments and a final semester end examination.
This document outlines the scheme of teaching and examination for 3rd semester B.E. Mechanical students at Visvesvaraiah Technological University, Belgaum. It includes the list of subjects to be taught, number of teaching hours per week for theory and practical/drawing classes, details of internal and external examinations including duration and marks. A total of 8 theory subjects and 2 labs are to be taught with a weekly schedule of 21-24 teaching hours and 9 hours of practical/drawing classes. The assessment includes continuous internal evaluation and a semester end examination with theory and practical/drawing components and total marks ranging from 75 to 125 marks per subject.
This document is a table of contents for a construction management manual. It lists 21 topics related to construction projects, including construction management basics, estimation and costing, material management, logistics, construction equipment, non-destructive testing, project management basics, civil and erection construction activities, labor skills, environmental management, work permit systems, safe work practices, site security, site safety, emergency response plans, construction laws and regulations, building worker regulations, and reporting workplace accidents. More details can be found at the provided URL.
This document outlines the curriculum and syllabus for mechanical engineering students at Anna University in Chennai, India from semesters 2 through 8. It provides details on the courses offered each semester including course codes, titles, credit hours, and brief descriptions. Some of the core mechanical engineering courses included are engineering mechanics, manufacturing technology, thermodynamics, fluid mechanics, heat and mass transfer, and design of machine elements. The document also specifies circuit and non-circuit branch programs, lists elective courses, and outlines the curriculum for affiliated institutions.
This document outlines the curriculum and syllabus for mechanical engineering students at Anna University in Chennai, India. It provides details of the courses offered each semester from semesters 2 through 8, including course codes, titles, credit hours, and brief descriptions. Some key courses include Technical English, Engineering Mechanics, Manufacturing Technology, Thermodynamics, Fluid Mechanics, Machine Design, and Project Work. The curriculum is designed to provide both theoretical knowledge through coursework as well as practical skills through laboratory sessions. Students have the opportunity to specialize in elective courses in areas such as thermal engineering, dynamics, and design.
The document provides an overview of the Department of Mechanical Engineering at a university. It details the department's vision, mission, background including programs offered and faculty profile, strengths such as research output and facilities, and future plans including new courses and facilities to be procured. The department has a strong research focus as seen in projects, publications, citations and collaborations both national and international. It aims to further develop its research capabilities and consultancy areas.
The document discusses a group assignment submitted by 7 students for their Quantity Surveying course. It addresses 4 questions related to final accounts and contract adjustments. Question 1 defines key elements adjusted in a final account, such as variations, remeasurement of provisional quantities, omission of provisional sums, profit/attendance adjustments. Question 2 discusses the contractual implications of omitting an entrance porch from the tender that was shown on drawings. It states this would need to be treated as a variation, with pricing based on fair market value or a cost-plus basis. Question 3 requires assessing a contractor's final account submission for a project. Question 4 asks to explain how different variations may be finalized and priced in a final account.
The document discusses the employer's right of set-off under a construction contract. It defines set-off as a deduction by the employer of debt owed by the contractor. There are two pre-conditions for a set-off: 1) the contractor commits a breach of obligation and 2) fails to rectify defects as instructed. The document outlines various contract clauses where set-off can be applied if the contractor fails to meet obligations, such as failure to comply with instructions or insure works. It provides the procedures for setting off amounts, including giving notice and allowing contractor objections to be resolved by adjudication or arbitration if needed. Set-off and liquidated damages are handled separately from interim payments.
This document provides a cost estimate for a proposed development comprising 2 blocks of 31-storey residential towers above a 7-storey podium and 2-storey basement on a site in Kuala Lumpur. It includes estimates for substructure, structure, architectural components, M&E services, and external works. The total estimated construction cost is RM194,999,403.72 or RM2,195/sqft, including preliminaries, contingencies and cost escalation over one year. The highest cost components are structure, architectural works, and M&E services.
The document proposes several construction technologies:
1) An aluminium formwork system allows for concrete structures to be poured in a single operation, rapidly constructing buildings while maintaining quality. It requires less skilled labor and heavy machinery.
2) Contiguous bored pile walls can be used for retaining walls and are suitable for restricted worksites like basements. They can support long-term vertical loads in a cost-effective manner.
3) Using both siphonic and conventional roof drainage systems saves costs while achieving efficiency, with siphonic used for its design flexibility and use of environmentally friendly materials.
This document provides a cost plan for a proposed high-rise residential development in Kuala Lumpur consisting of two 22-story towers with 335 units and podium facilities. It includes a breakdown of construction costs for the basement, podium, towers, external works, preliminaries, and contingencies totaling over $191 million. The cost plan also provides details on the construction methodology using techniques like bored piles, aluminum formwork, and sustainable features like a green roof and rainwater harvesting.
This document provides information on a group assignment for a Building Economics course. It includes an introduction to the project site location and surrounding amenities. It then summarizes a benchmark high-rise residential project. Finally, it proposes the design for the group's high-rise residential building project, including details on the building specifications, unit layouts, facilities, and construction technology. The proposed building consists of two 31-level towers with 404 units total and various amenities located on the podium and roof. Bored pile foundations are recommended due to the soil conditions and building load requirements.
MK Land Holdings Berhad is a property development and investment holding company based in Malaysia. The company's principal activities include property development, leisure operations such as resorts and theme parks, investments, and education. In 2017, property development contributed the most revenue at 79% of total revenue, followed by leisure operations at 11%, investments and dividends at 9%, and education at 1%. The company operates major projects in Selangor, Perak, and Kedah.
The document outlines the job positions, meeting dates, and tasks for organizing an event including a Commander, Financial Controller, Sponsorship Team, Location Team, Gift & Souvenir Team, Food & Beverages Team, Game Master Team, Video & Photograph Team. It also lists the dates and objectives of 4 planning meetings between April to May and the event day, as well as pre-event tasks like a home visit, grocery shopping, game preparation, gift packing.
This document summarizes a community service initiative organized by a group of students at Taylor's University. It provides details of the planning process, including organizing teams, conducting meetings, preparing activities and gifts. The event was held at an orphanage home and involved icebreakers, workshops on construction careers, group games and presentations for the children. The students worked together effectively to make the event a fun and educational experience for the orphanage children.
The document compares the functions and limitations of several BIM QS computer software programs (Glodon, Buildsoft, Vico, Cost X) as well as the benefits and constraints of BIM, CAD, and manual measurements across various construction project stages.
Some key benefits of recommended program Glodon include providing accurate cost information for decision making, quickly modeling and generating quantity takeoffs from BIM drawings, and increased collaboration through a commonly used nationwide software. However, costs present a limitation.
Buildsoft allows efficient estimation updates and integrated takeoff/estimating but requires ongoing software and connectivity expenses. Vico enables clash detection, layout, takeoff, scheduling and estimating from 3D models but only one file can
The document provides information about a group assignment report submitted by 7 students for their Software Application for Quantity Surveying course. The report compares the functions and limitations of 4 BIM QS computer software (Glodon, Buildsoft, Vico, CostX) and the benefits and constraints of BIM, CAD, and manual measurements across different project stages. Tables are included comparing the features of each software.
The document contains details of a tender submission by a quantity surveying group for a construction project. It includes the organizational chart of the group members and their roles. It also includes schedules for task distribution, raw rates, and calculations. The tender submission is analyzed, highlighting errors, weaknesses, and reasons for potential failure. Recommendations are provided to improve future tender submissions.
This document discusses various topics related to estimating for construction projects including:
- The importance of estimating at different stages and the differences between measurement, tendering, and estimating.
- Preliminaries items and five examples.
- Factors that influence material cost estimates such as material unit cost and quantity required.
- Where to find cost data and considerations for using cost data.
- Common mistakes in estimating and how to prevent them.
- Factors to consider when deciding whether to accept or decline a tender invitation.
- Four main factors that influence estimates of material costs and how each factor influences the cost.
- Advice for a trainee on using cost data to estimate a hotel project.
1) Estimating is important at different stages of construction procurement to provide budget comparisons, assess tenders, predict project timelines, and allocate budgets.
2) Measurement involves calculating material quantities, tendering involves contractors bidding with profits, and estimating involves calculating total project costs without profits.
3) Preliminaries items provide important project details and include site administration, waste management, insurances, reports, and temporary facilities like electricity. Examples given are site security, waste plans, risk insurance, soil reports, and small plant allowance.
This document proposes using a management contracting procurement method, two-stage selective tendering process, and a cost plus fixed fee contract for a RM600 million hotel and shopping complex project.
It recommends management contracting because it allows for parallel design and construction, shortening timelines. A management contractor would manage work package contractors and coordinate construction.
A two-stage selective tendering process is proposed, with an initial prequalification stage followed by negotiations. This allows contractor experience and capabilities to be evaluated early.
It suggests a cost plus fixed fee contract where the management contractor is given a fixed fee and works packages are awarded lump sum. This motivates timely completion while providing cost certainty for the client.
This document is a plagiarism report for a paper submitted by Lee Shze Hwa to Central Queensland University. The 3565 word paper has a 21% similarity index overall, with sources including 19 different student papers submitted to various universities, as well as 9 internet sources.
The document summarizes the proposed construction of a 2-storey terrace house in Bandar Bukit Raja, Selangor, Malaysia. It includes site plans, floor plans, elevations, and tender documents. The tender documents provide instructions to tenderers, conditions of tendering, a final summary of tender costs, and appendices with schedules of finishes, day work rates, material prices, and forms for the earnest money and performance bonds. The objective is to invite qualified contractors to submit tenders with all necessary details for the proposed construction project.
The document provides an elemental cost analysis for a 17-storey residential apartment building project consisting of 212 units. It includes summaries of the gross floor area, functional units, building shape and type. Cost information is presented for various building elements such as substructure, frame, upper floors, roof, stairs, walls, doors and windows. Reinforced concrete quantities, formwork areas and reinforcement weights are listed for each element. The total estimated cost for the main building works is RM 21.2 million.
This document contains a group assignment case study on the mechanical, fire protection, transportation and electrical systems of PJ Trade Centre in Petaling Jaya, Malaysia. It includes an introduction to the building and various systems, as well as sections covering the mechanical ventilation and air conditioning systems, fire protection systems, mechanical transportation (elevator) systems, and electrical supply systems. The case study aims to analyze and explain the functions of the different building service components and their compliance with local building regulations.
- It is impossible to find an "ideal" place to work as a person's needs and expectations will change over time. An organization may fulfill some needs like pay and benefits but not others like growth or recognition.
- No single organization can fully meet all the varying needs of employees as described in Maslow's hierarchy, such as physiological, safety, belonging, esteem, and self-actualization. What satisfies one person may not satisfy another.
- A workplace that is ideal at one point may not remain so as a person's needs evolve. For example, an employee who once valued job security may later desire more challenges and growth opportunities. An individual's ideal work environment is not static but dynamic.
2.
TAYLOR’S UNIVERSITY | SABD | BQS
TABLE OF CONTENT
ITEM CONTENT PAGE NUMBER
1 Cover Page 1
2 Table of Content 2
3 Introduction 37
4 Installation Process 813
5 Management System 1415
6 Advantages and Disadvantages 1618
7 Case Study: Royal Orchid Sheraton Hotel 1921
8 Possible Problems to the System 2224
9 Recommendations for Future Improvement 25
10 Reflection: Learning from the Group Work Project 26
11 References 2728
12 Bibliography 29
BUILDING SERVICES 1 | BLD 60403
2