ConFire Engineering Pvt. Ltd is a company that operates as both an engineering consultant and contractor. As a consultant, they inspected a wind turbine. As a contractor, they managed to build a pedestrian bridge. The document outlines ConFire Engineering's organizational structure and details of a pedestrian bridge project they constructed, including materials used, design, timeline, costs, and problems encountered. It provides an overview of the company's operations and an example project to demonstrate their engineering capabilities.

1. ConFire Engineering Pvt. Ltd
1358,
13 th lane,
Zone 5,
Millenium City,
Athurugiriya
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2. Learning objectives
 How to build up a company with registration documents
 Learn how to act as consultant as well as contractor
 As contractor our company have managed to build a pedestrian bridge
 As consultant we have inspected a wind turbine
 Identify the different bridge designs and construction materials used in modern
day engineering
 To learn about management process in engineering field

3. OUTLINE
CONSULTATIONS • Wind Turbine
CONSTRUCTION • Pedestrian Bridge
• Specifications
• Design
• Time schedule
• Cost analysis
• Problems faced
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4. Organization Chart of ConFire Engineering Pvt(Ltd)
Board of Directors
1. Fernando W.N.M (Mechanical Engineer)
2. Thennakoon T.M.N.D (Civil Engineer)
CEO
Fernando W.N.M
(Mechanical
Engineer)
Secretary
Mapa M.M.D.A.B
CTO
D.B.Pandithasekar
a(Charted
Engineer-
Mechanical)
Design and Engineering
Division
G.R.L.Vinod( Mechanical
Engineer)
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5. Timeline
Pre- Proposal conference 20th July 2015
RFP due date 27th July 2015
Shortlist interviews 10th August 2015
Planning 17th August 2015
Finalize the design & complete the final
design development
24th August 2015
Symposium 31st August 2015
Complete final construction documents 18st September 2015
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6. Contractor-BRANDOUT
Design-Wind Turbine
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7. Consultant-
Omega
Engineering PVT.
Ltd
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8. Pedestrian
Bridge
EQUIPMENTS ENVIRONMENT USES
Drill Machine Sun Shine
Rainy
Helps people to walk across
Connects to locations in
a elegant style
Timber(Rubber
and Pinus)
MATERIALS PROCEDURE
Decrease the curvature of
the arc
AMENDMENTS
Metal cutting Hack Saw
Hammer
Brass Nuts
and Bolts
Cutting wood
Draw and cut the arc shape
Shaping and grinding
Assembling and connect
all parts together
Use quality timber and
paints
Grinder Machine
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9. Pedestrian Bridge details and specifications.
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10. 10

11. Items Cost
Timber(Rubber and Pinus) Rs. 6000/=
8mm,4 inch brass nut and bolts-24 Rs. 900/=
Steel washers Rs. 60/=
Timber Smoothing Process Rs. 500/=
Varnish,thinner,grinding papers
and other
Rs. 1000/=
FINAL COST Rs. 8460/=
Cost Analysis11

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13. Problems we faced…
 To find appropriate and economical timber
 To align both arcs
 How to cut the arc shape correctly
 Which type of nuts should use
 Balance of the base stands
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14. Phase I
• Collecting the necessary materials for the construction
• Assembling the components
• Completed on the 12th September,2015
Phase II
• Testing and development stage: Testing if the bridge is
capable of carrying a load of 700N Completed on 21st
September,2015
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15. In future…
 We can use this technology and the experience we gained in future constructions
as engineers
 As real engineers we can manage a project according to a given documentation
 To design projects such as highways, buildings, bridges and all type of structures
for the benefit of humanity and our world
 Engineering principles are very useful to communicate with fellow engineers as well
as clients

16. Suggestions
 As engineering students we would like to suggest more reflective modules like
engineering principles
 Through out modules like this undergraduates can gain more learning outcomes
about management process
 Would like to suggest modules like this in future for give an idea about what
leadership and group work is?
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17. Thennakoon T.M.N.D : EN15549532
Vinod G.R.L : EN15550736
Fernando W.N.M : EN15552648
D.B.Pandithasekara : EN15554314
Mapa M.M.D.A.B : EN15555922
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