👉በኮንክሪት ስላብ (RC Slabs) ላይ የሚፈጠሩ ስንጥቆችን እንዴት እናስተናግዳቸው
💫በብረት በተጠናከረ ኮንክሪት (RC) ስላቦች ላይ ስንጥቅ መፈጠር የኮንክሬቱ ዝቅተኛ የቴንሳይል (tensile) ጥንካሬ ተፈጥሯዊ ባህሪ ነው፤ ነገር ግን መደበኛ volumetric ለውጦችን እና መዋቅራዊ ችግሮችን (structural distress) መለየት ለሳይት እና ስትራክቸራል መሃንዲሶች ወሳኝ ክህሎት ነው።
➡️የስላብ ስንጥቅ አይነቶች
ስንጥቆች በሚፈጠሩበት ደረጃ(based on their origin) ይመደባሉ፡
✅ ከመድረቁ በፊት (Plastic State):
✅ፕላስቲክ ሽሪንኬጅ (Plastic Shrinkage): የsurface moisture/የገፅታ እርጥበት/ ትነት መጠን ወደ ላይ ከሚወጣው የብሊድ (bleed) ውሃ ሲበልጥ ይከሰታል። በቂ የውሃ ማጠጣት (curing) ሂደት በሌለበት፣ ከፍተኛ ንፋስ ወይም ሙቀት ባለበት ወቅት የኮንክሪት ሙሌት ሲደረግ በብዛት ይፈጠራል።
✅ፕላስቲክ ሴትልመንት (Plastic Settlement): ኮንክሪቱ ከላይ ባሉት የብረት አግዳሚዎች (reinforcement bars) ዙሪያ ሲቀመጥ (subsiding)፣ ልክ ከብረቱ በላይ ቁመታዊ ስንጥቆችን ይፈጥራል።
✅ከደረቀ በኋላ (Solid State):
✅ድራይንግ ሽሪንኬጅ (Drying Shrinkage): ኮንክሪቱ በጊዜ ሂደት እርጥበትን ሲያጣ የሚፈጠር የvolume መቀነስ ነው። አብዛኛውን ጊዜ የሚከሰቱበት ቦታዎች (columns, rigid walls) አጠገብ በካርታ ወይም በዳያጎናል (diagonal) ቅርፅ ይታያል።
✅በጭነት የሚመጣ(Flexural/Load-Induced): የቤንዲንግ ሞመንት (bending moment) የኮንክሪቱን ሞጁለስ ኦፍ ራፕቸር (modulus of rupture) ሲያልፍ ይከሰታል። በspan መሃል at bottom ወይም በድጋፎች (supports) ላይ top ላይ ይገኛል።
✅የሙቀት መስፋፋት/መኮማተር (Thermal Expansion/Contraction): በወፍራም ስላቦች ውስጥ ባለው የሃይድሬሽን ሙቀት (heat of hydration) ልዩነት ወይም በአካባቢ የሙቀት መጠን ልዩነቶች ምክንያት ይፈጠራል።
➡️EBCS ምን ይላል??
EBCS EN 1992-1-1:2013 ዜሮ ስንጥቅ አይጠይቅም፤ ይልቁንም ብረትን ከዝገት ለመጠበቅ እና አገልግሎትን (serviceability) ለማረጋገጥ የተሰላውን ከፍተኛ የስንጥቅ ስፋት/crack width(W(max)) ይገድባል። ኮዱ እንደሚከተለው ይገድበዋል
(W_(max)) under Quasi-Permanent Load Combinations:
✔️Exposure Class X0, XC1 (Dry interiors, no corrosion risk): 0.4 mm
✔️Exposure Classes XC2–XC4, XD, XS (Humid, wet, or chloride exposure): 0.3 mm
🚧 እንዴት እንጠግናቸው/ How to rectify them/
ጥገናው በዋናው መንስኤ እና ስንጥቁ የቆመ ወይም ንቁ መሆኑ ላይ ይመሰረታል።
✅መዋቅራዊ ስንጥቆች (Flexural/Shear): የስላቡን አጠቃላይ (monolithic) ጥንካሬ ወደነበረበት መመለስን ይጠይቃል። ይህ ዝቅተኛ-ቪስኮሲቲ (Low-Viscosity) ባለው የኢፖክሲ ኢንጀክሽን(epoxy injection) አማካኝነት ይከናወናል። ኢፖክሲው ከዋናው ኮንክሪት የበለጠ የኮምፕሬሲቭ (compressive) እና የቴንሳይል (tensile) ጥንካሬ ሊኖረው ይገባል።
✅መዋቅራዊ ያልሆኑ የቆሙ ስንጥቆች (Shrinkage/Thermal): መዋቅራዊ ጥንካሬን መመለስ አያስፈልግም፤ ግቡ ከእርጥበት እና ከቆሻሻ መከላከል ነው። ኤላስቶሜሪክ (elastomeric) ማሸጊያን (ለምሳሌ polyurethane sealants) በመጠቀም በማስፋት እና በማሸግ (Routing and Sealing) ይከናወናል።
✅ንቁ/የሚያፈሱ ስንጥቆች(active/leaking): ስላቡ ለውሃ መግባት የተጋለጠ ከሆነ (ለምሳሌ የጣሪያ ስላቦች፣ ፖዲየሞች)፣ polyurethane (PU) ግራውቲንግ ያስፈልጋል። polyurethane (PU) ከውሃ ጋር ሲገናኝ በመስፋፋት ተጣጣፊ (flexible) እና ውሃ የማያስገባ የፎም ማሸጊያ ይፈጥራል።
💫ሁሌም አስተውሉ መሰረታዊ እንቅስቃሴውን (underlying movement) ሳያስቆሙ በንቁ (active) ስንጥቅ ላይ ወይም በቀጣይነት በሚከሰት ሴትልመንት (settlement) ምክንያት በተፈጠረ ስንጥቅ ላይ የኢፖክሲ ኢንጀክሽን ፈጽሞ አያካሂዱ። በንቁ ስንጥቅ ላይ ኢንጀክት ማድረግ ውጥረቱ (stress) ከጥገናው አጠገብ አዲስ ስንጥቅ እንዲፈጥር ማስገደድ ብቻ ነው።
@etconp
💫በብረት በተጠናከረ ኮንክሪት (RC) ስላቦች ላይ ስንጥቅ መፈጠር የኮንክሬቱ ዝቅተኛ የቴንሳይል (tensile) ጥንካሬ ተፈጥሯዊ ባህሪ ነው፤ ነገር ግን መደበኛ volumetric ለውጦችን እና መዋቅራዊ ችግሮችን (structural distress) መለየት ለሳይት እና ስትራክቸራል መሃንዲሶች ወሳኝ ክህሎት ነው።
➡️የስላብ ስንጥቅ አይነቶች
ስንጥቆች በሚፈጠሩበት ደረጃ(based on their origin) ይመደባሉ፡
✅ ከመድረቁ በፊት (Plastic State):
✅ፕላስቲክ ሽሪንኬጅ (Plastic Shrinkage): የsurface moisture/የገፅታ እርጥበት/ ትነት መጠን ወደ ላይ ከሚወጣው የብሊድ (bleed) ውሃ ሲበልጥ ይከሰታል። በቂ የውሃ ማጠጣት (curing) ሂደት በሌለበት፣ ከፍተኛ ንፋስ ወይም ሙቀት ባለበት ወቅት የኮንክሪት ሙሌት ሲደረግ በብዛት ይፈጠራል።
✅ፕላስቲክ ሴትልመንት (Plastic Settlement): ኮንክሪቱ ከላይ ባሉት የብረት አግዳሚዎች (reinforcement bars) ዙሪያ ሲቀመጥ (subsiding)፣ ልክ ከብረቱ በላይ ቁመታዊ ስንጥቆችን ይፈጥራል።
✅ከደረቀ በኋላ (Solid State):
✅ድራይንግ ሽሪንኬጅ (Drying Shrinkage): ኮንክሪቱ በጊዜ ሂደት እርጥበትን ሲያጣ የሚፈጠር የvolume መቀነስ ነው። አብዛኛውን ጊዜ የሚከሰቱበት ቦታዎች (columns, rigid walls) አጠገብ በካርታ ወይም በዳያጎናል (diagonal) ቅርፅ ይታያል።
✅በጭነት የሚመጣ(Flexural/Load-Induced): የቤንዲንግ ሞመንት (bending moment) የኮንክሪቱን ሞጁለስ ኦፍ ራፕቸር (modulus of rupture) ሲያልፍ ይከሰታል። በspan መሃል at bottom ወይም በድጋፎች (supports) ላይ top ላይ ይገኛል።
✅የሙቀት መስፋፋት/መኮማተር (Thermal Expansion/Contraction): በወፍራም ስላቦች ውስጥ ባለው የሃይድሬሽን ሙቀት (heat of hydration) ልዩነት ወይም በአካባቢ የሙቀት መጠን ልዩነቶች ምክንያት ይፈጠራል።
➡️EBCS ምን ይላል??
EBCS EN 1992-1-1:2013 ዜሮ ስንጥቅ አይጠይቅም፤ ይልቁንም ብረትን ከዝገት ለመጠበቅ እና አገልግሎትን (serviceability) ለማረጋገጥ የተሰላውን ከፍተኛ የስንጥቅ ስፋት/crack width(W(max)) ይገድባል። ኮዱ እንደሚከተለው ይገድበዋል
(W_(max)) under Quasi-Permanent Load Combinations:
✔️Exposure Class X0, XC1 (Dry interiors, no corrosion risk): 0.4 mm
✔️Exposure Classes XC2–XC4, XD, XS (Humid, wet, or chloride exposure): 0.3 mm
🚧 እንዴት እንጠግናቸው/ How to rectify them/
ጥገናው በዋናው መንስኤ እና ስንጥቁ የቆመ ወይም ንቁ መሆኑ ላይ ይመሰረታል።
✅መዋቅራዊ ስንጥቆች (Flexural/Shear): የስላቡን አጠቃላይ (monolithic) ጥንካሬ ወደነበረበት መመለስን ይጠይቃል። ይህ ዝቅተኛ-ቪስኮሲቲ (Low-Viscosity) ባለው የኢፖክሲ ኢንጀክሽን(epoxy injection) አማካኝነት ይከናወናል። ኢፖክሲው ከዋናው ኮንክሪት የበለጠ የኮምፕሬሲቭ (compressive) እና የቴንሳይል (tensile) ጥንካሬ ሊኖረው ይገባል።
✅መዋቅራዊ ያልሆኑ የቆሙ ስንጥቆች (Shrinkage/Thermal): መዋቅራዊ ጥንካሬን መመለስ አያስፈልግም፤ ግቡ ከእርጥበት እና ከቆሻሻ መከላከል ነው። ኤላስቶሜሪክ (elastomeric) ማሸጊያን (ለምሳሌ polyurethane sealants) በመጠቀም በማስፋት እና በማሸግ (Routing and Sealing) ይከናወናል።
✅ንቁ/የሚያፈሱ ስንጥቆች(active/leaking): ስላቡ ለውሃ መግባት የተጋለጠ ከሆነ (ለምሳሌ የጣሪያ ስላቦች፣ ፖዲየሞች)፣ polyurethane (PU) ግራውቲንግ ያስፈልጋል። polyurethane (PU) ከውሃ ጋር ሲገናኝ በመስፋፋት ተጣጣፊ (flexible) እና ውሃ የማያስገባ የፎም ማሸጊያ ይፈጥራል።
💫ሁሌም አስተውሉ መሰረታዊ እንቅስቃሴውን (underlying movement) ሳያስቆሙ በንቁ (active) ስንጥቅ ላይ ወይም በቀጣይነት በሚከሰት ሴትልመንት (settlement) ምክንያት በተፈጠረ ስንጥቅ ላይ የኢፖክሲ ኢንጀክሽን ፈጽሞ አያካሂዱ። በንቁ ስንጥቅ ላይ ኢንጀክት ማድረግ ውጥረቱ (stress) ከጥገናው አጠገብ አዲስ ስንጥቅ እንዲፈጥር ማስገደድ ብቻ ነው።
@etconp
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👉JOB VACANCY
💫Yawit Engineering PLC invites all qualified and interested candidates to submit their applications.
🏷Please complete the application process by uploading your CV and relevant testimonials via our official recruitment portal below via Google Form👇
( https://forms.gle/1AhTQHFBDatPHXSS7)
@etconp
💫Yawit Engineering PLC invites all qualified and interested candidates to submit their applications.
🏷Please complete the application process by uploading your CV and relevant testimonials via our official recruitment portal below via Google Form👇
( https://forms.gle/1AhTQHFBDatPHXSS7)
@etconp
❤6
👉Cyclopean concrete
🏷It is a type of mass concrete that contains large embedded stones or boulders within the concrete matrix.
📌Here’s the idea in simple terms:
🏷What it is: Concrete in which large stones (called “plums”) are placed while the concrete is still wet.
🏷Stone size: Typically much larger than normal aggregate—often 150 mm to several hundred millimeters in size.
📌Purpose
🔗Reduce the amount of cement and fine aggregate needed (cost-saving)
🔗Increase bulk and stability.
🎲Where it’s used:
🔗Foundations
🔗Retaining walls
🔗Dams
🔗Massive gravity structures
📌Key characteristics:
🔗Not reinforced (generally plain concrete)
🔗Stones are placed manually and spaced so they don’t touch each other
🔗Concrete fills the gaps and binds everything together.
📌Why the name “Cyclopean”?
⏺It comes from ancient “Cyclopean masonry,” where huge stones were used in construction—suggesting massive, rugged work.
@etconp
🏷It is a type of mass concrete that contains large embedded stones or boulders within the concrete matrix.
📌Here’s the idea in simple terms:
🏷What it is: Concrete in which large stones (called “plums”) are placed while the concrete is still wet.
🏷Stone size: Typically much larger than normal aggregate—often 150 mm to several hundred millimeters in size.
📌Purpose
🔗Reduce the amount of cement and fine aggregate needed (cost-saving)
🔗Increase bulk and stability.
🎲Where it’s used:
🔗Foundations
🔗Retaining walls
🔗Dams
🔗Massive gravity structures
📌Key characteristics:
🔗Not reinforced (generally plain concrete)
🔗Stones are placed manually and spaced so they don’t touch each other
🔗Concrete fills the gaps and binds everything together.
📌Why the name “Cyclopean”?
⏺It comes from ancient “Cyclopean masonry,” where huge stones were used in construction—suggesting massive, rugged work.
@etconp
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👉What Is Traffic Engineering?
• A branch of civil engineering that deals with the safe, efficient movement of people and goods on roadways.
• Focuses on road design, traffic flow, signs & signals, and control systems.
• In Ethiopia, it's guided by ERA manuals and urban traffic policies.
📌 Core Objectives
• Balance mobility and safety for drivers, cyclists, and pedestrians.
• Minimize congestion, delays, accidents, and environmental impacts.
• Optimize intersection design, signal timing, and vehicle capacity.
📌 Key Elements of Traffic Engineering
• Traffic Flow: Measured using volume, speed, and density (fundamental diagram).
• Control Devices:
- Signs (regulatory, warning, guide)
- Signals (traffic lights)
- Markings (lanes, arrows, zebra crossings)
• Traffic Studies:
- Volume counts
- Speed studies
- Origin-destination surveys
- Parking & accident analysis
📌 Intersection & Signal Design
• Controlled using STOP/SLOW signs or traffic lights, based on flow volume.
• Signal timing must consider pedestrian crossing, peak hours, and turning movement.
• Ethiopia uses manuals from ERA and local authorities like AACRA for design specs.
📌 Challenges in Ethiopia
• Narrow roads, poor signage, and weak enforcement affect safety.
• High pedestrian volume in Addis Ababa requires integrated planning.
• Informal public transport (minibus taxis) causes unpredictable traffic flow.
Don't forget to share!
@etconp
• A branch of civil engineering that deals with the safe, efficient movement of people and goods on roadways.
• Focuses on road design, traffic flow, signs & signals, and control systems.
• In Ethiopia, it's guided by ERA manuals and urban traffic policies.
📌 Core Objectives
• Balance mobility and safety for drivers, cyclists, and pedestrians.
• Minimize congestion, delays, accidents, and environmental impacts.
• Optimize intersection design, signal timing, and vehicle capacity.
📌 Key Elements of Traffic Engineering
• Traffic Flow: Measured using volume, speed, and density (fundamental diagram).
• Control Devices:
- Signs (regulatory, warning, guide)
- Signals (traffic lights)
- Markings (lanes, arrows, zebra crossings)
• Traffic Studies:
- Volume counts
- Speed studies
- Origin-destination surveys
- Parking & accident analysis
📌 Intersection & Signal Design
• Controlled using STOP/SLOW signs or traffic lights, based on flow volume.
• Signal timing must consider pedestrian crossing, peak hours, and turning movement.
• Ethiopia uses manuals from ERA and local authorities like AACRA for design specs.
📌 Challenges in Ethiopia
• Narrow roads, poor signage, and weak enforcement affect safety.
• High pedestrian volume in Addis Ababa requires integrated planning.
• Informal public transport (minibus taxis) causes unpredictable traffic flow.
Don't forget to share!
@etconp
❤10
👉እስኪ ይቺ የመመርቅያ ፅሁፍ የሚያዘጋጅ ቤተሰባችን ናት መጠይቁ በሞምላት አግዙት👇
https://docs.google.com/forms/d/e/1FAIpQLScxuj8BwchCBMLpUFmalo9x7p7-OwoSvEC36n6HBMc9kIa5Vw/viewform?usp=preview
https://docs.google.com/forms/d/e/1FAIpQLScxuj8BwchCBMLpUFmalo9x7p7-OwoSvEC36n6HBMc9kIa5Vw/viewform?usp=preview
Google Docs
Research Title: ASSESSING PROJECT RISKS, A BEHAVIOR ASPECT FOR PROJECT SUCCESS: IN CASE Of PUBLIC BUILDING PROJECTS IN ADDIS ABABA.
Dear participant,
Thank you for taking the time to complete this questionnaire. My name is Amanuel Belete Mamo, and I am a Master’s candidate in Civil Engineering at Addis Ababa Science and Technology University, specializing in Construction Technology…
Thank you for taking the time to complete this questionnaire. My name is Amanuel Belete Mamo, and I am a Master’s candidate in Civil Engineering at Addis Ababa Science and Technology University, specializing in Construction Technology…
👍6❤3
👉
❓Q1: What does 1:2:3 concrete mix mean?
✅ Answer:
It means 1 part cement : 2 parts sand : 3 parts coarse aggregate by volume.
❓ Q2: What is the strength of 1:2:3 concrete?
✅ Answer:
Approx. 20 MPa (N/mm²) at 28 days
Equivalent to M20 grade concrete
❓ Q3: What is the formula to calculate compressive strength?
✅ Answer:
fck = P/A
fck= compressive strength
P= failure load (N)
A = loaded area (mm²)
❓ Q4: What is the ideal water-cement ratio for 1:2:3 mix?
✅ Answer:
👉 Typically 0.45 – 0.60
Lower ratio = higher strength
Higher ratio = lower strength
❓ Q5: How much strength is gained in 7 days?
✅ Answer:
👉 About 65%–70% of 28-day strength
❓ Q6: What are the common uses of 1:2:3 concrete?
✅ Answer:
✔ Slabs
✔ Beams
✔ Columns
✔ Footings
✔ General RCC work
❓ Q7: How to calculate material quantity for 1 m³ concrete?
✅ Answer (Approx):
Cement = 6–7 bags (≈ 300–350 kg)
Sand = 0.44 m³
Aggregate = 0.88 m³
📌 Based on dry volume factor ≈ 1.54
❓ Q8: Why actual strength differs from theoretical strength?
✅ Answer:
Because of:
Poor mixing
Improper curing
Excess water
Low-quality materials
Lack of compaction
❓ Q9: What happens if water is too much?
✅ Answer:
❌ Reduces strength
❌ Causes cracks
❌ Increases porosity
❓ Q10: What is the curing time required?
✅ Answer:
👉 Minimum 7 days (normal)
👉 Best practice 14–28 days
❓ Q11: Is 1:2:3 mix still recommended?
✅ Answer:
👉 For small works ✔️
👉 For major structures ❌ (Use design mix)
❓ Q12: What test is used to check strength?
✅ Answer:
✔ Cube Test (150×150×150 mm)
✔ Cylinder Test
@etconp
Important Notes For Civil Engineering Student ❓Q1: What does 1:2:3 concrete mix mean?
✅ Answer:
It means 1 part cement : 2 parts sand : 3 parts coarse aggregate by volume.
❓ Q2: What is the strength of 1:2:3 concrete?
✅ Answer:
Approx. 20 MPa (N/mm²) at 28 days
Equivalent to M20 grade concrete
❓ Q3: What is the formula to calculate compressive strength?
✅ Answer:
fck = P/A
fck= compressive strength
P= failure load (N)
A = loaded area (mm²)
❓ Q4: What is the ideal water-cement ratio for 1:2:3 mix?
✅ Answer:
👉 Typically 0.45 – 0.60
Lower ratio = higher strength
Higher ratio = lower strength
❓ Q5: How much strength is gained in 7 days?
✅ Answer:
👉 About 65%–70% of 28-day strength
❓ Q6: What are the common uses of 1:2:3 concrete?
✅ Answer:
✔ Slabs
✔ Beams
✔ Columns
✔ Footings
✔ General RCC work
❓ Q7: How to calculate material quantity for 1 m³ concrete?
✅ Answer (Approx):
Cement = 6–7 bags (≈ 300–350 kg)
Sand = 0.44 m³
Aggregate = 0.88 m³
📌 Based on dry volume factor ≈ 1.54
❓ Q8: Why actual strength differs from theoretical strength?
✅ Answer:
Because of:
Poor mixing
Improper curing
Excess water
Low-quality materials
Lack of compaction
❓ Q9: What happens if water is too much?
✅ Answer:
❌ Reduces strength
❌ Causes cracks
❌ Increases porosity
❓ Q10: What is the curing time required?
✅ Answer:
👉 Minimum 7 days (normal)
👉 Best practice 14–28 days
❓ Q11: Is 1:2:3 mix still recommended?
✅ Answer:
👉 For small works ✔️
👉 For major structures ❌ (Use design mix)
❓ Q12: What test is used to check strength?
✅ Answer:
✔ Cube Test (150×150×150 mm)
✔ Cylinder Test
@etconp
👍12❤10
👉JOB VACANCY
🏷Wash and Shelter Technical Assistant Ethiopia Jigjiga
⭐️Professional competencies:
⏺Bachelor’s degree in civil/water engineering, Construction management, Architectural engineering or related field.
⏺Minimum 2 years’ experience in water and construction, preferably in humanitarian settings.
⏺Proven experience in rural water supply systems, and operations.
⏺Proven experience in building construction
⏺Strong skills in Microsoft basic applications
⏺Advanced skills in Civil engineering software (e.g., AutoCAD, BIM, WaterCAD, Epanet)
⏺Technical report writing.
⏺NGO experience
⏺Fluency in English (written and spoken).
⏺Knowledge of Somali language.
📩Apply Here👇
https://ekum.fa.em2.oraclecloud.com/hcmUI/CandidateExperience/en/sites/CX_2019/job/20571?utm_medium=jobshare
@etconp
🏷Wash and Shelter Technical Assistant Ethiopia Jigjiga
⭐️Professional competencies:
⏺Bachelor’s degree in civil/water engineering, Construction management, Architectural engineering or related field.
⏺Minimum 2 years’ experience in water and construction, preferably in humanitarian settings.
⏺Proven experience in rural water supply systems, and operations.
⏺Proven experience in building construction
⏺Strong skills in Microsoft basic applications
⏺Advanced skills in Civil engineering software (e.g., AutoCAD, BIM, WaterCAD, Epanet)
⏺Technical report writing.
⏺NGO experience
⏺Fluency in English (written and spoken).
⏺Knowledge of Somali language.
📩Apply Here👇
https://ekum.fa.em2.oraclecloud.com/hcmUI/CandidateExperience/en/sites/CX_2019/job/20571?utm_medium=jobshare
@etconp
NRC NORCAP Careers
Wash and Shelter Technical Assistant Ethiopia Jigjiga
NRC Ethiopia is looking to hire WaSH and Shelter Technical Assistant to be based at Somali region - Gura damole. The WASH & Shelter Technical Assistant supports planning, implementation, quality assurance and monitoring of WASH and shelter activities to ensure…
❤5👍3
👉JOB VACANCY
⭐️Project Planning Engineer 🏗️
🔰Prime Engineering PLC
🎲Job Overview
⏺Salary Offer 💰 As per Company Scale
⏺Experience Level 🎓 Senior
▶️Total Years Experience ⏳ 3-4
⏺Date Posted 📅 April 3, 2026
⚡️Deadline Date ⏰ April 13, 2026
📜Job specification
🔹 Develop and maintain project schedules using tools like Microsoft Project
🔹 Prepare work plans, timelines, and progress reports
🔹 Monitor project progress and compare it with planned schedules
🔹 Identify delays and propose corrective actions
🔹 Coordinate with site engineers, project managers, and contractors
🔹 Prepare daily, weekly, and monthly reports
🔹 Assist in resource planning and procurement (labor, materials, equipment) 🛠️
🔹 Track milestones and deadlines
🔹 Analyze productivity and performance trends
🔹 Prepare look-ahead schedules (short-term planning)
🔹 Maintain project records and documentation 📁
🔹 Support tendering and project documentation
❇️Job Requirement
🎓 Education and Experience:
Bachelor’s degree in Civil engineering
⏺Three (3) and above year work experience
⏺Procurement experience is a plus. ✨
🏷Key skills required
✅ Proficiency in MS Office
✅ Planning and project management skills
✅ Analytical and problem-solving skills
💵 Salary: As per organization’s scale
📍 Location: Addis Ababa
📩How to Apply
⏺Interested applicants are invited to submit their documents and CV by email within 5 working days from the date of announcement –
📧 E-mail Address: Talent@primeengineeringet.com
📞 Tel: 0996-375708
Prime Engineering PLC, Addis Ababa, Ethiopia
🏢 Biserate Gebreal, Boran BLDG 1st floor, Office number 115
@etconl
⭐️Project Planning Engineer 🏗️
🔰Prime Engineering PLC
🎲Job Overview
⏺Salary Offer 💰 As per Company Scale
⏺Experience Level 🎓 Senior
▶️Total Years Experience ⏳ 3-4
⏺Date Posted 📅 April 3, 2026
⚡️Deadline Date ⏰ April 13, 2026
📜Job specification
🔹 Develop and maintain project schedules using tools like Microsoft Project
🔹 Prepare work plans, timelines, and progress reports
🔹 Monitor project progress and compare it with planned schedules
🔹 Identify delays and propose corrective actions
🔹 Coordinate with site engineers, project managers, and contractors
🔹 Prepare daily, weekly, and monthly reports
🔹 Assist in resource planning and procurement (labor, materials, equipment) 🛠️
🔹 Track milestones and deadlines
🔹 Analyze productivity and performance trends
🔹 Prepare look-ahead schedules (short-term planning)
🔹 Maintain project records and documentation 📁
🔹 Support tendering and project documentation
❇️Job Requirement
🎓 Education and Experience:
Bachelor’s degree in Civil engineering
⏺Three (3) and above year work experience
⏺Procurement experience is a plus. ✨
🏷Key skills required
✅ Proficiency in MS Office
✅ Planning and project management skills
✅ Analytical and problem-solving skills
💵 Salary: As per organization’s scale
📍 Location: Addis Ababa
📩How to Apply
⏺Interested applicants are invited to submit their documents and CV by email within 5 working days from the date of announcement –
📧 E-mail Address: Talent@primeengineeringet.com
📞 Tel: 0996-375708
Prime Engineering PLC, Addis Ababa, Ethiopia
🏢 Biserate Gebreal, Boran BLDG 1st floor, Office number 115
@etconl
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