👉JOB VACANCY

💫Architect

⚡️ቀነ ገደብ: June 15, 2025

⏺ክፍት የስራ ቦታዎች: 2

🌟FAMA Electro mechanical & General Construction Contractor

❇️we are searching for a passionate and skilled Architect to help us bring our clients' visions to life.
-We are seeking a creative, detail-oriented, and technically proficient Architect with at least 3 years of professional experience to join our dynamic team. The ideal candidate will be responsible for all phases of architectural work, from initial concept design and development through to construction administration and project completion.
This role requires a deep understanding of both aesthetic design and the practicalities of construction. You will collaborate closely with our engineering, project management, and construction teams to ensure that designs are not only visionary but also feasible, compliant, and executed to the highest standards. If you are an adaptive problem-solver who thrives in a fast-paced environment and is passionate about creating impactful spaces, we encourage you to apply.

🚧Key Responsibilities

· Design & Development:
o Develop and prepare architectural designs and concepts for a variety of projects.
o Create detailed drawings, specifications, and construction documents using industry-standard software (AutoCAD, Revit, etc.).
o Produce high-quality 3D models, renderings, and visualizations to communicate design intent to clients and stakeholders.
· Project Coordination & Collaboration:
o Collaborate with multi-disciplinary teams, including civil, structural, electrical, and mechanical engineers, to develop integrated and coordinated project designs.
o Ensure designs comply with all building codes, zoning laws, safety regulations, and other relevant legal standards.
o Review and coordinate contractor submittals, shop drawings, and material samples to ensure they align with design specifications.
· Project Administration & Site Supervision:
o Participate in project meetings with clients, contractors, and consultants.
o Conduct regular site visits to monitor construction progress, ensure adherence to design plans, and resolve any on-site issues or discrepancies.
o Manage project timelines and deliverables for the architectural scope of work, ensuring deadlines are met.
· Creativity & Innovation:
o Stay updated on the latest architectural trends, materials, and construction technologies.
o Contribute innovative and sustainable design solutions that enhance project value and efficiency.

📍Required Qualifications & Experience

· Education: Bachelor’s degree in Architecture from a recognized university.
· Experience: A minimum of 3 years of post-graduation professional experience in an architectural design or construction environment.
· Portfolio: A strong and diverse portfolio showcasing a range of completed or in-progress projects is mandatory. Please provide a link or a PDF copy with your application.
· Software Proficiency: Expert-level proficiency in the following software is essential:
o CAD/BIM: AutoCAD and Revit
o 3D Modeling: SketchUp, 3ds Max, or similar
o Rendering: V-Ray, Lumion, or similar
o Graphics: Adobe Creative Suite (Photoshop, InDesign, Illustrator)
What We Offer
· A competitive salary package appropriate with experience.
· The opportunity to work on high-profile, landmark projects.
· A collaborative, supportive, and professional work environment.
· Opportunities for continuous learning, professional growth, and career advancement.
· A dynamic role with a high degree of creative freedom and responsibility.

📩How to Apply

⏺Interested and qualified candidates are invited to submit their application to hr@fama.ae with the subject line: "Application for Architect Position - [Your Full Name]".

@etconp

👉What Is concrete cover

🚧In Reinforced Cement Concrete (RCC), concrete cover refers to the thin layer of concrete that surrounds the reinforcement bars (rebar) to:

⏺1. Protect the steel from corrosion and fire.

⏺2. Ensure proper bond between concrete and steel.

⏺3. Provide durability and load transfer.

⭐️Types of Concrete Cover:

💫Clear Cover (Nominal Cover):

⏺The distance from the outer surface of the concrete to the outermost surface of the reinforcement.

💫Effective Cover:

⏺Distance from the outer surface of concrete to the center of the main reinforcement.

@etcono

👉የሪል ስቴት ልማት ተአማኒነት እንዲኖረው ለማድረግ ያለመ ማህበር ተመሰረተ

💫ሪልስቴት ገንብቶ ማስረከብ ላይ የሚታዩ ቅሬታዎችን ለመፍታት ያለመ ማህበር መመስረቱን ሰምተናል።

የኢትዮጵያ ሪልስቴት አልሚዎች ማህበር መመስረቱን ማህበሩ ዛሬ በሰጠዉ ጋዜጣዊ መግለጫ አስታውቋል።

ማህበሩ ዘርፉ የተአማኒነት ጥያቄ በስፋት እየተነሳበት መሆኑን በመመልከት ይህንን ለመፍታት የሚያስችል አሰራር እንደሚኖረዉ ገልፆል።

የአልሚዎችን ተጠያቂነት የሚፈጠርበት እና ቅሬታዎች ወደ ፍርድ ቤት ሳያመሩ መፍታት የሚቻልበትን አግባብ ለመፍጠር ያለመ መሆኑን ተጠቅሷል።

በሪልስቴት ልማት ውስጥ የሚኖሩ አካላትን አባል በማድረግ ማህበሩ  የስነ ምግባር ደንብ በመቅረፅ ሁሉም አልሚ ስርዓት ይዞ የሚሰራበት የመግባቢያ ሰነድ ላይ ይፈርማል ተብሏል።

በዚህም  ማህበሩ  ቦርድ የሚቋቋምለት ይሆናል ተብሏል።

በአልሚውና እና በደንበኛው መካከል የሚፈጠሩ ግጭቶች አለመግባባቶች ከተከሰቱም በመሀል በመግባት ማህበሩ የማደራደር የማግባባት ስራ የሚያከናውንበት አሰራር እንደተዘጋጀ ተገልፆል።

የተቀናጀ የሪል እስቴት ልማት እንዲመጣ የኢትዮጵያ የሪል እስቴት አልሚዎች ማህበር አላማ አድርጎ እንደሚሰራ አስታዉቋል።

የቤት ልማት ዙሪያ የግሉ ዘርፍ ተአማኒ በሆነ መልኩ ሚና እንዲጎላ ማድረግ የሚያስፈልግ እንደሆነ በመድረኩ ተነስቷል።

ማህበሩ በመጪዉ ቅዳሜ የመጀመሪያ
ጉባኤዉን እንደሚያደርግ አያይዞ ገልፆል።

ቁምነገር አየለ

ሰኔ 2 ቀን 2017 ዓ.ም

@etconp

👉የ ስራ ቅጥር ማስታወቂያ

💫የ ግንባታ ምክትል ስራ አስከያጅ

💫ሲቪል መሐንዲስ

💫ሳኒተሪ መሐንዲስ

https://t.me/ETCONpWORK

@etconp

👉ስታፋ (Stirrup) ምንድነው?

💫A stirrup is a closed loop of rebars in a reinforced concrete component that keeps the main reinforcement (RFT) bars together.

⏺Stirrups may be of various types depending on the design and shape of the structural members.

⏺Stirrups are essential components in reinforced concrete beams, providing support and stability by resisting shear forces and preventing bending.

📜Here are the common types of stirrups used in concrete beams:

❇️1. Standard Stirrups:

   - These are the most common type used in beams, generally shaped as closed loops or rectangles. They provide lateral support to the main reinforcement bars and help maintain proper spacing.

❇️2. U-shaped Stirrups:

   - These stirrups have a U shape and are typically used where reinforcement needs to be anchored at specific points. They can also enhance the shear strength of the beam.

❇️3. Closed Stirrups:

   - These stirrups form a complete loop. They are effective in providing confinement to the main reinforcement and improving overall structural integrity.

❇️4. Open Stirrups:

   - Open stirrups are used when continuous vertical spacing is required. They don't fully encircle the main reinforcement, which may be necessary in certain design scenarios.

❇️5. Tied Stirrups:

   - These incorporate ties to hold the stirrups in place, ensuring they do not shift during concrete pouring. They can provide additional stability to the structure.

❇️6. Spiral Stirrups:

   - Used in columns but sometimes applied in beams, spiral stirrups provide uniform confinement and enhance the ductility of concrete.

❇️7. Variable Stirrups:

   - These stirrups can change in size or spacing along the length of the beam, accommodating varying shear stresses at different points.

❇️8. Lapped Stirrups:

   - Used where additional length is needed to connect stirrups with spacing issues. They maintain structural integrity while easing construction.

❇️9. Diagonal Stirrups:

   - Sometimes employed for specific shear reinforcement needs, these may be positioned at an angle within the beam to better accommodate shear forces.

🎲The type of stirrup to use often depends on the design requirements, load considerations, and specific codes or standards being followed.

⏺Always refer to project specifications and engineering guidelines for the appropriate choice!

⏺If you don’t provide proper specifications of stirrups, spacing in the construction building may collapse, so the designer should preferably specify the spacing of the stirrups along with the structure.

@etconp

ታምራት  ፕሌት እና ጄቦልት አቅራቢ

📌ፕሌትና ጄቦልት በፈለጉት አይነት የተዘጋጀ አለን

♧ ሁሉን በአንድ ቦታ ለሁሉም ቅርብ

♧ ምስክራችን ስራችን

📍ኢትዮጵያ ዉስጥ የትም እንልክሎታለን

♧ ይደውሉልን ያማክሩን

0904040477
0994941708

👉Trial Compaction for Embankment Layer?

🏷Given Details:

- Soil Type: Silt (cohesive, fine-grained soil, sensitive to moisture content).
- Embankment Specifications: 90% of maximum dry density (MDD) per Modified Proctor (AASHTO T 180).
- Layer Thickness: 200 mm (8 inches).
- Equipment: Motor grader, bulldozer, smooth drum roller.
- Governing Standard: AASHTO.

💫Why Trial Compaction is Necessary

⏺Silt is highly sensitive to moisture, prone to becoming unstable if too wet or too dry. Trial compaction is critical to:

- Determine the optimal moisture content and compaction effort to achieve 90% MDD.
- Ensure the smooth drum roller (and other equipment) can achieve the required density for a 200 mm lift.
- Establish a repeatable process to meet AASHTO standards and prevent issues like excessive settlement or shear failure.

📜Steps for Conducting Trial Compaction

1. Select Test Area:
   - Choose a representative section of the embankment site (e.g., 10 m x 10 m).
   - Ensure the subgrade is properly prepared and leveled (using the motor grader or bulldozer).

2. Prepare Material:
   - Source silt from the same borrow pit or stockpile as the embankment fill.
   - Conduct a Modified Proctor test (AASHTO T 180) in the lab to determine the MDD and optimum moisture content (OMC) for the silt. Silt typically has a narrow OMC range (e.g., 12–20%).

3. Adjust Moisture Content:
   - Check the in-situ moisture content of the silt using a moisture meter or oven-drying method.
   - Adjust moisture by adding water (if too dry) or allowing drying (if too wet) to approach the OMC. Use the motor grader to spread and mix the material evenly.

4. Set Up Trial Parameters:
   - Spread the silt in a 200 mm loose lift (compacted thickness should be ~150–180 mm after rolling).
   - Test different compaction efforts:
     - Vary the number of passes (e.g., 4, 6, 8 passes) with the smooth drum roller.
     - Test the bulldozer for initial spreading and compaction, but rely on the smooth drum roller for final compaction, as it’s better suited for silt.
     - Note: Smooth drum rollers are effective for silt, but ensure the roller’s weight and vibration settings are appropriate (vibratory mode may be needed for cohesive soils).

5. Compact and Test:
   - Compact the test section in small increments (e.g., 2–3 passes per test).
   - Measure in-situ density after each test using:
     - Nuclear density gauge (AASHTO T 310) for quick results.
     - Sand cone test (AASHTO T 191) for verification.
   - Compare the achieved dry density to 90% of the MDD from the Modified Proctor test.
   - Record moisture content to ensure it’s within ±2% of OMC.

6. Evaluate and Optimize:
   - Identify the minimum number of passes and roller settings (e.g., static vs. vibratory) that achieve 90% MDD.
   - If the target density isn’t reached, adjust moisture content, lift thickness (e.g., reduce to 150 mm), or roller settings, and repeat the trial.

7. Document Findings:
   - Record the optimal parameters: moisture content, number of passes, roller type/settings, and lift thickness.
   - Create a compaction procedure for the project, specifying equipment use and quality control measures.

❇️Key Considerations

- Soil Type (Silt):
  - Silt is cohesive and sensitive to moisture. Over-compaction can cause shear failure, while under-compaction may lead to settlement.
  - Ensure the moisture content is tightly controlled (within ±2% of OMC) to avoid a “spongy” or unstable layer.
  - If the silt is too wet, it may require drying or mixing with drier material. If too dry, add water and mix thoroughly with the motor grader.

- Layer Thickness:
  - A 200 mm loose lift is reasonable for silt but may need adjustment (e.g., 150 mm) if compaction struggles to meet 90% MDD.
  - Ensure uniform spreading with the motor grader or bulldozer before rolling.

@etconp

👉MODERN CONSTRUCTION TECHNOLOGY

💫Modern construction technologies encompass a wide range of advancements designed to improve efficiency, accuracy, safety, and sustainability in the building industry.

⏺These technologies include digital tools like Building Information Modeling (BIM), construction drones, 3D printing, and automation, as well as more traditional methods like off-site construction and modular building.

⭐️Here's a more detailed look:

❇️1. Digital Tools and Software:

• Building Information Modeling (BIM):

BIM is a process of digitally creating and managing building design data, allowing for better collaboration, communication, and project planning.

• Data Collection Apps:

These apps, often used with drones or other devices, help collect and analyze data on construction sites, enabling more accurate planning and project management.

• Software for Project Management:

Software like Primavera P6 can help with scheduling, budgeting, and resource allocation on construction projects.

❇️2. Construction Automation and Robotics:

Drones:
Drones are used for site surveying, progress monitoring, and safety inspections, improving efficiency and reducing risks.

3D Printing:
3D printing is being used for creating components, pre-fabricated structures, and even entire buildings, allowing for faster construction and design flexibility.

Robotics:
Robots are increasingly being used on construction sites for tasks like bricklaying, welding, and concrete pouring, enhancing productivity and reducing manual labor.

❇️3. Modern Methods of Construction (MMC):

• Modular Construction:

Prefabricated modules are manufactured off-site and then transported to the construction site for assembly, speeding up construction and reducing waste.

• Off-Site Construction:

This refers to building components or entire structures in a factory setting before bringing them to the construction site for assembly.

• Precast Concrete:
Concrete components are cast in a factory and then transported to the site for installation, allowing for faster construction and greater precision.

• Insulated Concrete Formwork (ICF):
ICFs are used to create walls and floors, providing insulation and accelerating construction.

❇️4. Other Advancements:

• Augmented Reality (AR) and Virtual Reality (VR):

AR and VR technologies are used for project visualization, training, and site design, enhancing communication and collaboration.

• Smart Building Technologies:

These technologies integrate sensors, automation, and connectivity into buildings, improving energy efficiency, comfort, and security.

• Sustainable Construction Practices:

Modern construction technologies are increasingly focused on using sustainable materials, reducing waste, and minimizing environmental impact.

@etconp

👉በብራዚል የሸንኮራ አገዳ ተረፈ ምርት ለመንገድ ግንባታ ዋለ

💫ብራዚል ከስኳር ፋብሪካዎች የሚወጣውን የሸንኮራ አገዳ ተረፈ ምርት ዘላቂ እና ለሥነ-ምህዳር ተስማሚ የሆኑ መንገዶችን ለመገንባት እየተጠቀመችበት ነው።

⏺ይህም ለዘላቂ መሠረተ ልማት እውን መሆን መልካም ተሞክሮ ሆኗል እየተባለ ነው።

🚧ተመራማሪዎች፦ የሸንኮራ አገዳ ተረፈ ምርት አመድ በአስፓልት ውህድ ውስጥ የሚገኘውን የደቃቅ ድንጋይ ግብአትን በመተካት መንገዶችን ጠንካራ፣ ረጅም ጊዜ የሚቆዩ እና ለአካባቢ ተስማሚ ሆነው እንዲገነቡ የሚያስችል መሆኑን ደርሰውበታል።

⏺የሸንኮራ አገዳ ተረፈ ምርትን በመንገድ ፕሮጀክት ውስጥ እንዲካተት በማድረግ ብራዚል የማዕድን ውህዶችን ፍላጎት እና የካርቦን ልቀትን በመቀነስ በመንገድ ግንባታ ወቅት የተለመደውን የሜካኒካል አፈፃፀም ሂደት ላይ ለውጥ እያመጣች ነው።

⏺በአውራ ጎዳናዎች ላይ የተደረጉ የመጀመሪያ ሙከራዎች አስደናቂ ጥንካሬ አሳይተዋል፣ ይህ ፈጠራ የሸንኮራ አገዳ ተረፈ ምርትን እንደ ግብአት ወስደው በሚገነቡ መንገዶች ላይ ለውጥ ሊያመጣ እንደሚችል ተረጋግጧል።

⏺ይህ የግብርና ተረፈ ምርትን በዘዴ መጠቀም ለዘላቂነት፣ ለዋጋ ቆጣቢነት እና ለመሠረተ ልማት ዘላቂነት ድል ነው።

@etconp

👉DIFFERENCES BETWEEN SLOPE FOOTINGS AND STEPPED FOOTING⤵️

@etconp

👉‎DIFFERENCES BETWEEN SLOPE FOOTINGS AND STEPPED FOOTING
‎
⏺‎Slope footings and stepped footings are both used in construction on sloping sites, but they differ in design and application:
‎
🚧‎SLOPE FOOTING

‎1. CONTINUOUS SLOPE: Follows the natural slope of the land.
‎
‎2. UNIFORM DEPTH: The footing depth varies uniformly with the slope.
‎
‎3. SUITABLE FOR: Gentle to moderate slopes.
‎
🚧‎STEPPED FOOTING

‎1. MULTIPLE LEVELS: Designed with multiple steps to accommodate the slope.
‎
‎2. DISCRETE DEPTH CHANGES: Each step has a distinct depth change.
‎
‎3. SUITABLE FOR: Steeper slopes or sites with significant elevation changes.
‎
🏷‎KEY DIFFERENCES

‎1. DESIGN APPROACH: Slope footings follow the natural slope, while stepped footings use discrete steps.
‎
‎2. CONSTRUCTION COMPLEXITY: Stepped footings can be more complex to construct due to multiple levels.
‎
‎3. SITE CONDITIONS: Slope footings are suitable for gentler slopes, while stepped footings are better suited for steeper slopes.
‎
⏺‎The choice between slope footings and stepped footings depends on the site's topography, soil conditions, and design requirements.
‎     
@etconp
‎

👉‎DIFFERENCES BETWEEN KING POST AND QUEEN POST TRUSS⤵️

@etconp

👉‎DIFFERENCES BETWEEN KING POST AND QUEEN POST TRUSS
‎
💫‎King post and queen post trusses are both types of roof trusses used in construction, but they differ in design and application:
‎
🚧‎KING POST TRUSS

‎1. SINGLE CENTRAL POST: Features a single vertical post (king post) that supports the apex of the truss.
‎
‎2. SIMPLE DESIGN: Suitable for spans up to 8-10 meters (26-33 feet).
‎
‎3. COMMON USE: Residential buildings, small bridges, and simple structures.
‎
‎🚧‎QUEEN POST TRUSS

‎1. TWO VERTICAL POST: Features two vertical posts (queen posts) that support the truss.
‎
‎2. LONGER SPANS: Suitable for spans up to 12-16 meters (39-52 feet).
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‎3. MORE COMPLEX DESIGN: Often used in larger buildings, warehouses, and industrial structures.
‎
🏷‎KEY DIFFERENCES

‎1. NUMBER OF VERTICAL POSTS: King post trusses have one central post, while queen post trusses have two.
‎
‎2. SPAN CAPACITY: Queen post trusses can span longer distances than king post trusses.
‎
‎3. DESIGN COMPLEXITY: Queen post trusses are generally more complex and may require additional support.
‎
❇️‎The choice between king post and queen post trusses depends on the specific design requirements, span length, and load-bearing capacity needed for the structure.
‎
@etconp

👉JOB VACANCY

💫Drafts person

#minaye_plc

#Addis_Ababa

⏺Bachelor's Degree or Diploma in Architecture, Drafting, Interior Design, or in a related field of study with relevant work experience.

📜Duties & Responsibilities:

- Guide customers in choosing the best kitchen cabinet designs based on their space, style, and budget.
- Provide expert advice on materials, finishes, and functional layouts.
- Assist in closing sales by presenting design solutions confidently.
- Take accurate on-site measurements for kitchen spaces.
- Prepare 2D/3D drawings (using software like AutoCAD, SketchUp, or similar) to visualize cabinetry layouts.
- Modify designs based on customer feedback and technical constraints.
- Maintain and update display materials, samples, and catalogs.

🚧Technical Skills:

- Basic proficiency in CAD software (AutoCAD, SketchUp, Revit, or similar).
- Ability to read and produce technical drawings.

⏺Quanitity Required: 5

⏺Minimum Years Of Experience: #0_years

⚡️Deadline: June 18, 2025

📩How To Apply: Send your resume, portfolio (if available), and a brief cover letter to hcminayee@gmail.com with the subject line “Showroom Design Consultant.”

@etconp

👉JOB VACANCY

💫Site Supervisors

⏺2 Positions

🚧GAAS Interiors Want To Hire 2 Site Supervisors with an architecture background

📍 Location: Addis Ababa
💼 Type: Full-time
💰 Net Salary: 13,000 ETB
📅 Deadline: June 18, 2025

📜Requirements

⏺Bachelor’s degree in Architecture
⏺Minimum 1 year experience in site supervision of  finishing works
⏺Strong leadership and communication skills

🏷Main Duties

⏺Supervise site and finishing activities
⏺Ensure quality and timely execution
⏺Coordinate with office and site teams

📩Apply with your CV and cover letter to: antuwalelign@gmail.com Or on Telegram @Mayegrace

📞For Mor Info +251910492089

@etconp

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አዲስ ዘመን ሰኔ 3 ቀን 2017 ዓ. ም ዕትም ላይ የተወሰደ

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ኢትዮጵያ ሄራልድ ሰኔ 3  ቀን 2017 ዓ. ም ዕትም ላይ የተወሰደ

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@etconp