How much is your product worth?

Slides:



Advertisements
Similar presentations
Enzyme Stabilized Mud (Earthen) Construction using DBV-1
Advertisements

An Overview of the Production Process. -Stable Workforce -Controlled Environment -Less Waste -Repetitive Tasks -Lean Manufacturing Principles -Just-in-time.
GCSE Ratio, Scale and Similar Triangles
SHOTCRETING K.V.SUBBA RAO.
EVA Liner (PP Lower Limb Prosthetic) Polypropylene Technology International Committee of the Red Cross.
NGfL CYMRU GCaD FLOOR SCREEDING, PLASTERING AND RENDERING.
ASPHALT & CONCRETE FOR INDOOR FACILITIES Presented by Tom DeRosa.
Concrete
Er. Kashmir Dass M.E. (Hons.) Civil Sr. Lecturer in Civil Engineering, Sant Baba Attar Singh Govt. Polytechnic College, Badbar, Barnala Measurements in.
The Good, the Bad, and the Ugly 2 May 2008 Sacramento, CA Alan Macnab
Spot Welding Quiz Steel Aluminium Copper High Speed Steel 1.Spot Welding is most commonly used to join which material ?
Estimating Waste Week 3 CTC-415. What is waste Waste is material that needs to be supplied but may not be used All material items except steel beams and.
Slide 8.1 4E1 Project Management Network Representation and Critical Path Analysis - Part 1.
Volume and Surface Area. Objectives Calculate the volume of given geometric figures. Calculate the surface area of given geometric figures. Solve word.
The development of Roofs Roof are one of a building’s primary elements and play a major part in giving a building its character. A roof must be weather.
Concrete Dry Quantities examples in class Week 3.
CONSTRUCTING A FIVE CABIN LATRINE
CRITICAL PATH DEFINITION.  ALL the tasks that determine the end date in your project schedule.  The critical path is the longest PATH, through the “AON”
HERWG Updates Reporting Status Agencies Registered to date = 44 Update Received for today meeting Agencies = 02 Last update compiled – July.
Chapter 14 Continued.
Using Dijkstra’s Algorithm to Find a Shortest Path from a to z 1.
INSTALLATION OF UNDERGROUND WIRING SYSTEM IN A NEW DEVELOPING TOWN! Project Name !
“Properties of Concrete” Introduction
Concrete Unit 24 Carpentry and Building Construction.
1)Materials Cost 2)Labour Cost 3)Electricity Cost 4)Profit.
SOME COMMON RELATIONS USED IN BUILDING ESTIMATES
Energy By group II. How we could save energy? Try to save water when you wash Don´t use stand-by but turn totally off Use the bike if it´s possible.
Structures: Design and construction of stream crossings
1.Preliminary model estimation and 2.Actual Model costing Prepared by: Assoc. Prof. Sr Dr. Mastura Jaafar Prepared by: Assoc. Prof. Sr Dr. Mastura Jaafar.
Dividing a Quantity into a Given Ratio
Introduction  Civil Engineering Materials -Concrete, Steel, Pavement  Construction Materials Timber, Glass, Aluminum, Paint, Plastic, Masonry, Ceramic.
Chapter 4 Ordinary Concrete. §4.2 Ingredient of Ordinary Concrete Cement4.2.1 Cement Aggregate Water Concrete Admixture.
4.3 Teacher Notes - Using Material Resources. energy resources – natural resources that humans use to generate energy energy resources – natural resources.
Chapter 23: Structural Drafting
 Definition – a comparison of two or more quantities measured in the same units. › The units are not written › Expressed with a (: ) or (/) › Read at.
Operational Research (O.R.) case studies. What’s the problem?
How can we help to conserve the environment
Operational strategies Lean production. The adoption of techniques that help to reduce waste.
By: Maddison Black.  Cement: binding material that, when combined with water and aggregate, forms concrete  Concrete: building material formed by combining.
 Mix Proportion  Tasks  Basic Requirements  Principle  Steps and Methods  Design of Preliminary Mix  Ascertaining the basic mix proportion  Laboratory.
Measuring Measuring Length, Mass, and Volume. How long is the following? Ans. 7.7 cm.
Rocks and Building 1.5 Cement and concrete. Learning objectives Understand how cement and concrete are produced Understand how cement and concrete are.
CONSTRUCTION SYSTEMS. What Is Construction? Our Constructed World shelter travel.
The 6 R’s RECYCLING GCSE Graphic Design- Miss Marsh SUSTAINABILITY unit 2.
1 Planning Change. Painting a Room Select paint 10 days Sand and clean walls 3 days Buy painting supplies 1 day Buy paint 1 day 1 st coat 1 day 2 nd coat.
FUN REVIEW AND EXTEND IDEA……. Volume and Surface Area.
Buy Artistry in Concrete UtahOnlineArtistry in Concrete Utah Buy Artistry in Concrete UtahOnlineArtistry in Concrete Utah.
Making Made from Scratch Concrete Stepping Stones Created by: Joan Jackson, Tiffany Prather and Dr. Frank Flanders Agriculture Education Curriculum Office.
Concrete Concrete Cement Sand Gravel Water.
CONCRETE RATIO.
Bamboo Roofing Sheets.
MICROSOFT PROJECT MODULE 2 - BUILD A HOUSE.
Composites.
Mixing our Concrete.
Concrete Strength Testing
Planning and Placing Concrete
Flood: Build a Stronger Plinth
أهداف المحاضرة مراجعة المفاهيم والعلاقات الأساسية لتحليل العلاقة بين التكاليف والحجم والربح. بناء نموذج لتحليل التعادل في حالة وجود منتج وحيد. بناء نموذج.
Sedimentary rocks... Choose the correct answer
SAB 3122 CONSTRUCTION TECHNOLOGY AND ESTIMATING CONCRETE AND REINFORCEMENT Dr. Chai Chang Saar.
G.B.N GOVT. POLYTECHNIC, NILOKHERI
FBE05 – Mathematics and Statistics
2018 Wauchope Rotary Club, Australian International Partnership Project with Canggu Rotary Club, Bali.
How much is your product worth?
2018 Wauchope Rotary Club, Australian International Partnership Project with Canggu Rotary Club, Bali.
Spot Welding Quiz.
How much is your product worth?
FBE05 – Mathematics and Statistics
Presentation transcript:

How much is your product worth? Materials Cost Labour Cost Electricity Cost Profit

How much is your product worth? Materials Cost GI sheeting 10m Weld electrodes 4m Nails Steel pipework 5m Paint 9m concrete

Pipe Cost (rupees/m) 0.5’ 26 1.5’ 66 2’ 82 2.5’ 98 3’ 164 Total Length 3’ Pipe = ( x ) + ( x ) 5m 6 4m 6 + ( x ) 9m 3 = 81m Total Cost 3’ Pipe = x 81m 164 Rs/m = 13284 Rs Roof Compression – 3’ 10m Total Length 1.5’ Pipe = x 7m 3 = 21m 4m Total Cost 1.5’ Pipe = x 21m 66 Rs/m = 1386 Rs 7m 5m 9m Total Cost = + 13284 Rs 1386 Rs Posts – 3’ = 14670 Rs Roof Tension – 1.5’ Purlins – 3’

Required Dry Volume = x 1.4m3 1.65 = 2.31m3 Material Cost Cement 200 Rs./kg Sand 245 Rs./m3 Gravel 81 Rs./m3 Volume cement = x 1/10 2.31m3 = 0.231m3 Bags Cement = / 0.231m3 0.0332m3/50kg bag cement = 7 bags 10m Cost cement = x 200Rs. 7 bags 4m = 1400Rs. Volume sand = x 3/10 2.31m3 = 0.69m3 7m 5m Cost sand = 169Rs. 9m Volume gravel = x 6/10 2.31m3 = 1.39m3 Concrete Mix – 1:3:6 Volume: 1.4m3 Cost gravel = 113Rs. Total Cost = 1682Rs.

Material Cost (rupees/m2) GI 270 Plastic GI 431 Total Roof Area = x x 4m 10m 2 = 80m2 Total Cost Roof = x 80m2 270 Rs/m2 = 21600 Rs GI Sheeting Total Cost = 10m 37952 Rs. 4m 7m 5m 9m

How much is your product worth? Materials Electricity Labour Project Planning Can see when tasks need to be done – saves time Can see who needs to do each task – people always occupied, not bored Can predict and keep track of costs

Unrealistic timescale Project Planning Why things go wrong: Time Assumptions No clear aim Bad Planning Unrealistic timescale Cost Quality Wrong leadership Bad Communication

Critical Path What is the shortest time in which a project will finish? Example:

Critical Path What is the shortest time in which a project will finish? Example: 1 Market 30 Walk to market 30 Wash dishes 15 Wash veg 15 Cut Veg