Project management, procurement and communication skills.
Quick checklist for clients working with an interior designer
Define goals, budget and timeline up front.
Share building drawings, structural/MEP constraints and local code requirements.
Agree deliverables (what drawings, what level of detail).
Decide procurement responsibilities (designer orders vs contractor).
Plan for mockups/samples for critical finishes.
Keep a single point of contact for approvals to avoid delays.
Quick checklist for clients working with an interior designer
Define goals, budget and timeline up front.
Share building drawings, structural/MEP constraints and local code requirements.
Agree deliverables (what drawings, what level of detail).
Decide procurement responsibilities (designer orders vs contractor).
Plan for mockups/samples for critical finishes.
Keep a single point of contact for approvals to avoid delays.
❤2
👉Using plastic threads[ሲባጎ] for checking leveling can have several drawbacks
📜Some are listed here.
🚧1. Elasticity and Sagging:
⏺Plastic threads stretch under tension, causing inaccurate level measurements.
⏺Over long distances, sagging can be significant, leading to false readings.
🚧2. Temperature Sensitivity:
Plastic expands and contracts with temperature changes, altering tension and alignment during the day.
🚧3. Wind Movement:
Lightweight threads sway in the wind, making precise alignment difficult.
🚧4. Lack of Durability:
Threads can easily snap or loosen, especially in high-traffic areas during construction.
🚧5. No Straight Reference:
⏺Unlike fishing lines or steel wires, plastic threads do not stay perfectly straight, leading to cumulative errors across the structure; like slab, column or beam etc.
⏺Better Alternatives:
Use Laser Level instrument– Offers the most precise leveling without physical sag.
⏺Mason’s Nylon Line (High-Tension) – More rigid and less stretchable.
@etconp
📜Some are listed here.
🚧1. Elasticity and Sagging:
⏺Plastic threads stretch under tension, causing inaccurate level measurements.
⏺Over long distances, sagging can be significant, leading to false readings.
🚧2. Temperature Sensitivity:
Plastic expands and contracts with temperature changes, altering tension and alignment during the day.
🚧3. Wind Movement:
Lightweight threads sway in the wind, making precise alignment difficult.
🚧4. Lack of Durability:
Threads can easily snap or loosen, especially in high-traffic areas during construction.
🚧5. No Straight Reference:
⏺Unlike fishing lines or steel wires, plastic threads do not stay perfectly straight, leading to cumulative errors across the structure; like slab, column or beam etc.
⏺Better Alternatives:
Use Laser Level instrument– Offers the most precise leveling without physical sag.
⏺Mason’s Nylon Line (High-Tension) – More rigid and less stretchable.
@etconp
❤7👍1
FDRE-Procurement-Manual-Final-2018-NBGMS-1221-3.pdf
2.9 MB
የፌደራል መንግሥት ግዢና ንብረት ባለስልጣን አሻሽሎ ያወጣው 192 ገጽ ያለው የፌደራል መንግሥት ግዢ አፈፃፀም ማኑዋል
https://t.me/ETCONpWORK
@etconp
https://t.me/ETCONpWORK
@etconp
❤4🕊2
👉In building construction, a roof structure is made up of several key components that work together to support loads, protect the building, and drain rainwater.
🚧The main components are:
💫1. Structural Members (Load-Bearing Parts)
These carry the weight of the roof and transfer loads to walls or columns.
Roof Truss – A triangular framework (wood or steel) that supports the roof over large spans
Rafters – Sloping members that support the roof covering
Beams / Purlins – Horizontal members that support rafters or roof sheets
Tie Beams / Ceiling Joists – Prevent the roof from spreading and may support ceilings
💫2. Roof Decking / Sheathing
Roof Slab (in RCC roofs) –
Reinforced concrete slab forming the roof
Decking / Boards / Sheets – Base layer fixed on rafters or purlins (wood, metal, or concrete)
💫3. Roof Covering (Weather Protection)
This protects the building from rain, sun, and wind.
Corrugated metal sheets
Clay or concrete tiles
Shingles
Roofing membranes (for flat roofs)
💫4. Insulation Layer
Reduces heat transfer and improves comfort
Common materials: foam boards, fiberglass, mineral wool
💫5. Waterproofing Layer
Prevents water leakage
Includes membranes, bitumen layers, or coatings (especially in flat roofs)
💫6. Drainage Components
Gutters – Collect rainwater
Downpipes – Carry water to the ground or drainage system
Roof slope – Directs water flow
💫7. Roof Finishing & Accessories
Fascia board – Covers rafter ends
Eaves & Overhangs – Protect walls from rain
Flashing – Seals joints and edges
Ridge & Hip caps – Cover roof intersections
💫8. Ceiling (Optional but Common)
Fixed below the roof structure for aesthetics and insulation
Made of gypsum board, PVC, or wood panels
@etconp
🚧The main components are:
💫1. Structural Members (Load-Bearing Parts)
These carry the weight of the roof and transfer loads to walls or columns.
Roof Truss – A triangular framework (wood or steel) that supports the roof over large spans
Rafters – Sloping members that support the roof covering
Beams / Purlins – Horizontal members that support rafters or roof sheets
Tie Beams / Ceiling Joists – Prevent the roof from spreading and may support ceilings
💫2. Roof Decking / Sheathing
Roof Slab (in RCC roofs) –
Reinforced concrete slab forming the roof
Decking / Boards / Sheets – Base layer fixed on rafters or purlins (wood, metal, or concrete)
💫3. Roof Covering (Weather Protection)
This protects the building from rain, sun, and wind.
Corrugated metal sheets
Clay or concrete tiles
Shingles
Roofing membranes (for flat roofs)
💫4. Insulation Layer
Reduces heat transfer and improves comfort
Common materials: foam boards, fiberglass, mineral wool
💫5. Waterproofing Layer
Prevents water leakage
Includes membranes, bitumen layers, or coatings (especially in flat roofs)
💫6. Drainage Components
Gutters – Collect rainwater
Downpipes – Carry water to the ground or drainage system
Roof slope – Directs water flow
💫7. Roof Finishing & Accessories
Fascia board – Covers rafter ends
Eaves & Overhangs – Protect walls from rain
Flashing – Seals joints and edges
Ridge & Hip caps – Cover roof intersections
💫8. Ceiling (Optional but Common)
Fixed below the roof structure for aesthetics and insulation
Made of gypsum board, PVC, or wood panels
@etconp
❤11🙏2👍1
👉የሥራ ተቋራጭ (Contractor) የሕግ ተጠያቂነት
🚧በኮንስትራክሽን ውል ሁለት አይነት የግንባታ ስራ ርክክቦች ያሉ ሲሆን እነሱም ግዚያዊ ርክክብ እና የመጨረሻ ርክክብ በመባል ይታወቃሉ፡፡
🏷1/ ግዚያዊ ርክክብ
⏺ግዜአዊ ርክክብ በተለይ በኮንስትራክሽን ውል የተመለከቱ የግንባታ ስራዎች ተከናውነው ካበቁ በኋላ ወዲያውኑ ሁለቱ ወገኖች ማለትም አሰሪውና ተቋራጩ ባሉበት በስራው ላይ የሚደረግ የምርመራ ማረጋገጫ ነው:: (የፍትሀብሄር ህግ አንቀጽ 3274(1)):: ይሄውም አሰሪው በትክክል የተገነባውን ግንባታ በእጁ አግብቶ መያዙን ጭምር ያረጋግጣል፡፡
⏺ስለዚህ ጊዜአዊ ርክክብ በዋናነት የተሰራውን የግንባታ ስራ አሰሪው መብቱን ጠብቆ በመጀመሪያ የሚረከብበት ሂደት ነው፡፡ በስራው ላይ ምርመራ መደረጉንም የሚያረጋግጥ ነው፡፡
⏺እንግዲህ ስራው ከተመረመረ በኋላ አሰሪው ያላመነበትን ግንባታ ፈርሶ እንደገና እንዲሰራ ወይም እንዲጠገን ተደርጐ የጥራት ደረጃውን ባሟላ ሁኔታ እንዲከናወን ለማዘዝ እንደሚችል ፒፒኤ ክሎስ 85 ይፈቅድለታል:: በዚህም መሰረት ግንባታው የስራ ምርመራውን ካለፈ አሰሪው ግንባታውን የሚረከበው ይሆናል፡፡
🏷2/ የመጨረሻ ርክክብ
የመጨረሻ ርክክብ/Final Acceptance/
⏺በተለይ የድህንነት ጊዜ ካለቀ በኋላ እና ተቋራጩ ጠቅላላ ግዴታዎቹን በደህና ሁኔታ የፈጸመ መሆኑን አሰሪው ሲያረጋግጥ ግንባታውን ሙሉ በሙሉ በእጁ የሚያደርግበት ስለመሆኑ የፍትሀብሄር ህግ አንቀጽ 3279 ይደነግጋል፡፡
⏺የመጨረሻ ርክክብ አሰሪውና ተቋራጩ ባሉበት በጽሁፍ መደረግ እንዳለበት በአስገዳጅ ሁኔታ በፍትሀብሄር ህግ አንቀጽ 3279(2) ላይ ተደንግጓል፡፡
⏺በፍትሀብሄር ህግ አንቀጽ 3282 ላይ እንደተቀመጠው ከመጨረሻ ርክክብ በኋላ ተቋራጩ እስከ 10 አመት ድረስ ስለስራው አሰራር ጉድለት ተቋራጩ ሀላፊነት አለበት ፣ ለስራው ጥራት መድህን ሆኖም ይቀጥላል፡፡ ስለሆነም በሀዋሳ ዩኒቨርሲቲ የተደረመሰውን ድልድይ የገነባው ሥራ ተቋራጭ ለደረሰው ጉዳት በሕግ ተጠያቂ የሚሆንበት አግባብ ሊኖር ይችላል:: ይሁን እንጂ በመጨረሻ ርክክብ ወቅት የሚታዩ ለነበሩ የጥራት ጉድለቶች ተቋራጩ ሀላፊነት የለበትም፡፡
@etconp
🚧በኮንስትራክሽን ውል ሁለት አይነት የግንባታ ስራ ርክክቦች ያሉ ሲሆን እነሱም ግዚያዊ ርክክብ እና የመጨረሻ ርክክብ በመባል ይታወቃሉ፡፡
🏷1/ ግዚያዊ ርክክብ
⏺ግዜአዊ ርክክብ በተለይ በኮንስትራክሽን ውል የተመለከቱ የግንባታ ስራዎች ተከናውነው ካበቁ በኋላ ወዲያውኑ ሁለቱ ወገኖች ማለትም አሰሪውና ተቋራጩ ባሉበት በስራው ላይ የሚደረግ የምርመራ ማረጋገጫ ነው:: (የፍትሀብሄር ህግ አንቀጽ 3274(1)):: ይሄውም አሰሪው በትክክል የተገነባውን ግንባታ በእጁ አግብቶ መያዙን ጭምር ያረጋግጣል፡፡
⏺ስለዚህ ጊዜአዊ ርክክብ በዋናነት የተሰራውን የግንባታ ስራ አሰሪው መብቱን ጠብቆ በመጀመሪያ የሚረከብበት ሂደት ነው፡፡ በስራው ላይ ምርመራ መደረጉንም የሚያረጋግጥ ነው፡፡
⏺እንግዲህ ስራው ከተመረመረ በኋላ አሰሪው ያላመነበትን ግንባታ ፈርሶ እንደገና እንዲሰራ ወይም እንዲጠገን ተደርጐ የጥራት ደረጃውን ባሟላ ሁኔታ እንዲከናወን ለማዘዝ እንደሚችል ፒፒኤ ክሎስ 85 ይፈቅድለታል:: በዚህም መሰረት ግንባታው የስራ ምርመራውን ካለፈ አሰሪው ግንባታውን የሚረከበው ይሆናል፡፡
🏷2/ የመጨረሻ ርክክብ
የመጨረሻ ርክክብ/Final Acceptance/
⏺በተለይ የድህንነት ጊዜ ካለቀ በኋላ እና ተቋራጩ ጠቅላላ ግዴታዎቹን በደህና ሁኔታ የፈጸመ መሆኑን አሰሪው ሲያረጋግጥ ግንባታውን ሙሉ በሙሉ በእጁ የሚያደርግበት ስለመሆኑ የፍትሀብሄር ህግ አንቀጽ 3279 ይደነግጋል፡፡
⏺የመጨረሻ ርክክብ አሰሪውና ተቋራጩ ባሉበት በጽሁፍ መደረግ እንዳለበት በአስገዳጅ ሁኔታ በፍትሀብሄር ህግ አንቀጽ 3279(2) ላይ ተደንግጓል፡፡
⏺በፍትሀብሄር ህግ አንቀጽ 3282 ላይ እንደተቀመጠው ከመጨረሻ ርክክብ በኋላ ተቋራጩ እስከ 10 አመት ድረስ ስለስራው አሰራር ጉድለት ተቋራጩ ሀላፊነት አለበት ፣ ለስራው ጥራት መድህን ሆኖም ይቀጥላል፡፡ ስለሆነም በሀዋሳ ዩኒቨርሲቲ የተደረመሰውን ድልድይ የገነባው ሥራ ተቋራጭ ለደረሰው ጉዳት በሕግ ተጠያቂ የሚሆንበት አግባብ ሊኖር ይችላል:: ይሁን እንጂ በመጨረሻ ርክክብ ወቅት የሚታዩ ለነበሩ የጥራት ጉድለቶች ተቋራጩ ሀላፊነት የለበትም፡፡
@etconp
❤9👍7
👉Soil Bearing Capacity
💫1. Bearing Capacity
⏺Bearing capacity is the ability of soil to support the loads coming from a foundation without shear failure or excessive settlement.
💫2. Ultimate Bearing Capacity (qu)
⏺Ultimate bearing capacity is the maximum pressure that soil can withstand just before failure occurs.
⏺Terzaghi’s equation (for strip footing):
qu = cNc + γDfNq + 0.5γBNγ
💫3. Safe Bearing Capacity (qs)
⏺Safe bearing capacity is the allowable pressure on soil obtained by dividing the ultimate bearing capacity by a factorof safety.
qs = qu / FOS
@etconp
💫1. Bearing Capacity
⏺Bearing capacity is the ability of soil to support the loads coming from a foundation without shear failure or excessive settlement.
💫2. Ultimate Bearing Capacity (qu)
⏺Ultimate bearing capacity is the maximum pressure that soil can withstand just before failure occurs.
⏺Terzaghi’s equation (for strip footing):
qu = cNc + γDfNq + 0.5γBNγ
💫3. Safe Bearing Capacity (qs)
⏺Safe bearing capacity is the allowable pressure on soil obtained by dividing the ultimate bearing capacity by a factorof safety.
qs = qu / FOS
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