Tellaman Consulting Ltd

06/09/2025

Milestone Achievement at Tellaman Consulting Ltd

We are excited to announce a remarkable milestone in the journey of our founder, Engr. David Oluwatomisin Tella, R.Engr.

After years of dedication and professional growth, he has successfully transitioned from being an Engineering Technologist to becoming a COREN Registered Engineer.

Beyond this achievement, Engr. Tella is also a proud member of:
🌍 The American Society of Civil Engineers (ASCE)
🌍 The International Association of Engineers (IAENG)
🌍 The Institution of Structural Engineers (IstructE)
🌍 The Project Management Institute (PMI)
🌍 The Institution of Civil Engineers (ICE)
🌍 The Nigeria Society of Engineers(NSE)

These affiliations highlight his commitment to global best practices, continuous learning and professional development, while strengthening the standards we uphold at Tellaman Consulting Ltd.

At Tellaman Consulting Ltd, we remain dedicated to:
✅ Innovating with integrity
✅ Delivering sustainable and reliable engineering solutions
✅ Upholding regulatory and international best practices
✅ Building solutions that create lasting impact

This transition marks a new chapter for us, and we are motivated to keep raising the bar in every project we undertake.

Milestone Achievement at Tellaman Consulting Ltd

We are excited to announce a remarkable milestone in the journey of our founder, Engr. David Oluwatomisin Tella, R.Engr.

After years of dedication and professional growth, he has successfully transitioned from being an Engineering Technologist to becoming a COREN Registered Engineer.

Beyond this achievement, Engr. Tella is also a proud member of:
� The American Society of Civil Engineers (ASCE)
� The International Association of Engineers (IAENG)
� The Institution of Structural Engineers (IstructE)
� The Project Management Institute (PMI)
� The Institution of Civil Engineers (ICE)
� The Nigeria Society of Engineers(NSE)

These affiliations highlight his commitment to global best practices, continuous learning and professional development, while strengthening the standards we uphold at Tellaman Consulting Ltd.

At Tellaman Consulting Ltd, we remain dedicated to:
� Innovating with integrity
� Delivering sustainable and reliable engineering solutions
� Upholding regulatory and international best practices
� Building solutions that create lasting impact

This transition marks a new chapter for us, and we are motivated to keep raising the bar in every project we undertake.

04/09/2025

We are excited to announce that Tellaman Consulting Ltd is now officially registered with the Corporate Affairs Commission (CAC). 🎉

This milestone marks the beginning of a new chapter as we continue to deliver excellence in civil engineering consultancy, project management, Site supervision and General construction.

Thank you for your support as we build, grow, and create impact together. 🚀

24/06/2025

*Designing the Iyanu Iba Fuel Station Canopy: A Structural Marvel*

As a structural engineer, I've had the privilege of working on various projects that push the boundaries of design and functionality. One such project that stands out is the Iyanu Iba Fuel Station Canopy. In this post, I'll take you through the design process, challenges, and features of this impressive structure.

*Bringing Shade and Safety to Fuel Stations: The Iyanu Iba Canopy*

Imagine a fuel station that's not just functional but also provides a comfortable and safe experience for customers. That's what we aimed to create with the Iyanu Iba Fuel Station Canopy.

*Designing for Comfort and Safety*

When designing the canopy, we considered the needs of customers who spend time at fuel stations. We wanted to provide protection from the sun, rain, and wind while ensuring the structure was durable and easy to maintain.

*Project Overview*

The Iyanu Iba Fuel Station Canopy is a modern fuel station located in Iba, Lagos. The canopy's design aimed to provide a sleek, functional, and safe space for customers to refuel while protecting them from the elements. Our team worked tirelessly to ensure the structure met international standards while incorporating local building codes and regulations.

*Key Features*

- *Sleek and modern design*: The canopy's sleek lines and modern materials create a welcoming atmosphere for customers.
- *Protection from the elements*: The canopy provides ample shade and protection from rain and wind, making it a comfortable spot for customers to refuel.
- *Durable and low-maintenance*: The structure is built to withstand harsh weather conditions, ensuring it remains safe and functional for years to come.
- *Safety*: The canopy's design prioritizes customer safety, providing ample space and protection from the elements.

*Design Challenges and Solutions*

Designing the canopy presented several challenges, including:

- *Wind loads*: The canopy's large span and height made it susceptible to wind loads. We used advanced software to analyze wind patterns and design the structure accordingly.
- *Material selection*: Choosing the right materials was crucial to ensure durability and sustainability. We opted for high-strength steel and durable roofing materials.
- *Drainage*: Effective drainage was essential to prevent water accumulation. We designed a sophisticated drainage system to ensure the canopy remains safe and functional.

*Conclusion*

The Iyanu Iba Fuel Station Canopy is a testament to innovative structural design. By overcoming challenges and incorporating cutting-edge design features, we created a functional, safe, and visually stunning structure. This project showcases the importance of structural engineering in creating modern infrastructure that meets the needs of its user.

The Iyanu Iba Fuel Station Canopy is a great example of how design can enhance the customer experience. By prioritizing comfort, safety, and durability, we created a structure that's not only functional but also visually appealing.

27/02/2025

Finding Your Domain in Civil Engineering – A Guide for Fresh Graduates

Graduating as a civil engineer is just the beginning. The real challenge is identifying the right domain where you can build your career. With multiple specializations available, it's important to explore and find the one that aligns with your interests and skills.

Key Domains in Civil Engineering & Relevant Software to build your skills:

1️⃣ Structural Engineering – Designing and analyzing structures for safety and durability. (ETABS, SAP2000, STAAD.Pro, SAFE, Revit, Tekla)

2️⃣ Geotechnical Engineering – Studying soil mechanics and foundation designs. (PLAXIS, GeoStudio, Settle3, Rocscience, FLAC3D)

3️⃣ Transportation Engineering – Planning and designing roads, highways, and traffic management systems. (AutoCAD Civil 3D, MX Road, PTV Vissim, Synchro, Aimsun)

4️⃣ Construction Management – Overseeing projects, scheduling, and budgeting. (Primavera P6, MS Project, Navisworks, BIM 360)

5️⃣ Water Resources Engineering – Managing water distribution, drainage, and flood control. (HEC-RAS, HEC-HMS, WaterGEMS, EPANET, SWMM)

6️⃣ Environmental Engineering – Addressing pollution control, waste management, and sustainability. (AutoCAD Civil 3D, GIS, EPANET, Qual2K)

7️⃣ Coastal & Marine Engineering – Designing harbors, ports, and coastal protection structures. (MIKE21, Delft3D, SWAN, MOHID)

8️⃣ Bridge Engineering – Analyzing and designing bridges for different loads. (MIDAS Civil, CSiBridge, RM Bridge, LUSAS)

9️⃣ Tunnel Engineering – Planning and designing tunnels for transportation and utilities. (FLAC3D, PLAXIS, Rocscience, TunnelCAD)

🔟 Railway Engineering – Designing and maintaining railway infrastructure. (OpenRail, Bentley Rail Track, AutoCAD Civil 3D, RailModeller Pro)

1️⃣1️⃣ Pavement Engineering – Designing road pavements for durability and performance. (KENPAVE, PAVE3D, Abaqus, EVERFE)

1️⃣2️⃣ Urban & Regional Planning – Designing sustainable cities and infrastructure. (ArcGIS, QGIS, AutoCAD Map 3D, CityEngine)

1️⃣3️⃣ Surveying & Geomatics – Mapping land using advanced technologies. (AutoCAD Civil 3D, GIS, Leica Infinity, Trimble Business Center)

1️⃣4️⃣ Quantity Surveying – Estimating project costs, materials, and contracts. (AutoCAD, Planswift, Bluebeam Revu, CostX, Primavera P6, MS Excel, Revit for BOQs)

What Should You Do While Looking for a Job?

Instead of waiting for opportunities, invest time in learning industry-relevant software. This will not only improve your skills but also make you stand out in job applications.

💡 Tip: Explore internships, projects, and online courses to gain practical experience before deciding on your specialization

Choosing the right domain takes time, but every step you take toward upskilling brings you closer to success

Follow Tellaman Konsult for more career exposition’s.

27/02/2025

*Designing the Structural Drawings of a 2-Floor Administrative Building in Ojuelegba, Lagos*

As a vast structural engineer, I had the opportunity to work on a fascinating project - designing the structural drawings of a 2-floor administrative building in Ojuelegba, Lagos. The building, comprising office spaces and other facilities, presented an exciting challenge due to its unique structural requirements.

One of the standout features of this project was the presence of two exceptionally long beams, measuring 14.8 meters and 15.5 meters respectively. Designing these beams required meticulous attention to detail, careful planning, and a deep understanding of structural engineering principles.

*Design Considerations*

When designing the structural drawings, I had to consider several factors, including:

- The weight and distribution of loads on the beams
- The type and properties of the materials used
- The building's foundation and soil conditions
- The local building codes and regulations

To ensure the structural integrity of the beams, I employed advanced design techniques, including:

- Finite Element Analysis (FEA) to simulate the behavior of the beams under various loads
- Structural modeling using specialized software to optimize the design
- Collaboration with other engineers and experts to review and validate the design

*Overcoming Challenges*

Designing the 14.8m and 15.5m beams posed significant challenges, including:

- Ensuring the beams could withstand the stresses and strains imposed by the loads
- Maintaining the structural integrity of the building while minimizing the use of materials
- Meeting the aesthetic requirements of the client while ensuring the beams were functional and safe

Through careful planning, precise calculations, and innovative design solutions, I was able to overcome these challenges and deliver a structurally sound and efficient design.

*Conclusion*

Designing the structural drawings of the administrative building in Ojuelegba, Lagos, was a rewarding experience that tested my skills and knowledge as a civil engineer. The presence of the exceptionally long beams added an extra layer of complexity to the project, but through meticulous planning and innovative design solutions, I was able to deliver a successful outcome.

This project showcases the importance of careful planning, attention to detail, and innovative design solutions in structural engineering. As a civil engineer, I am proud to have played a role in bringing this project to life, and I look forward to tackling more challenging projects in the future.

26/12/2023

Here are the branches of Civil Engineering and the year they were established

Civil engineering is a professional engineering discipline that deals with the design, construction, and maintenance of infrastructure projects. It encompasses various specialized branches, each with its own distinct focus and applications. These branches have evolved over time, contributing to the advancement of human civilization. Let's take a closer look at some of the key branches of civil engineering and the years in which they were established.

1. Structural Engineering (1662):
Structural engineering is one of the oldest branches of civil engineering and is concerned with the analysis and design of structures that support or resist loads. This branch primarily focuses on buildings, bridges, dams, and other large structures, ensuring their safety, stability, and durability. The first professional society dedicated to structural engineering, the Institution of Structural Engineers, was founded in 1908.

2. Geotechnical Engineering (1925):
Geotechnical engineering involves the study of soil and rock mechanics, investigating their properties and behavior to provide foundations for civil structures. It also deals with slope stability, soil erosion, and the analysis of retaining structures. The International Society for Soil Mechanics and Geotechnical Engineering (ISSMGE) was founded in 1936 to promote geotechnical engineering worldwide.

3. Environmental Engineering (1972):
Environmental engineering focuses on sustainable development, aiming to protect the natural environment and manage the impact of human activities. This branch addresses issues such as air and water pollution, waste management, and environmental sustainability. The Association of Environmental Engineering and Science Professors (AEESP) was established in 1963 to advance environmental research and education.

4. Transportation Engineering (1950):
Transportation engineering deals with the design, planning, and operation of transportation systems, including highways, railways, airports, and urban transportation networks. This branch aims to enhance the efficiency, safety, and sustainability of transportation infrastructure. The Institute of Transportation Engineers (ITE) was founded in 1930 to promote professional development and knowledge exchange in transportation engineering.

5. Water Resources Engineering (1958):
Water resources engineering focuses on the management and sustainable utilization of water resources, including rivers, lakes, and groundwater. It deals with the design and operation of irrigation systems, flood control measures, water supply networks, and wastewater treatment plants. The American Society of Civil Engineers (ASCE) launched the Environmental and Water Resources Institute (EWRI) in 1999 to address water-related challenges.

6. Construction Engineering (1955):
Construction engineering concentrates on the planning, coordination, and ex*****on of construction projects. It encompasses project management, estimating, scheduling, and quality assurance to ensure smooth project completion within budget and timelines. The American Society of Civil Engineers established the Construction Institute (CI) in 1998 as a platform for construction engineering professionals.

7. Earthquake Engineering (1906):
Earthquake engineering aims to minimize the risks associated with earthquakes through the design and retrofitting of structures to withstand seismic forces. This branch involves the analysis of ground motions, soil-structure interactions, and the development of innovative techniques to ensure structural resilience. The Earthquake Engineering Research Institute (EERI), founded in 1948, promotes earthquake engineering research and education.

These branches of civil engineering have significantly contributed to the development of infrastructure and improved the quality of life. As technology advances and new challenges emerge, civil engineering will continue to evolve, integrating cutting-edge practices to build a sustainable and resilient future.

Best Regards
TELLAMAN KONSULT

21/06/2023

Foundation work at Alimosho

21/06/2023

Design of Box Culvert

22/01/2023

6 MYTHS ABOUT STRUCTURAL ENGINEERS

1. Structural engineers only deal with big buildings and bridges - False, Structural Engineers also work on small projects such as residential homes, single-story buildings as well as large scale ones.

2. Structural Engineers can design any kind of structure – False, Structural Engineers specialize in designing buildings and other structures that are safe and structurally sound.

3. Structural Engineers are only responsible for designing – False, Structural Engineers are involved in the complete lifecycle of a structure from initial concept to design, analysis, construction management and maintenance.

4. Structural Engineers only need to have a basic understanding of mathematics - False, Structural Engineering requires a thorough understanding of mathematical and scientific principles and their application.

5. Structural Engineers are only concerned about static structures - False, Structural Engineers must also consider dynamic forces and movements, such as wind loads, earthquakes and other dynamic events when designing structures.m

6. Structural Engineers do not take into consideration the aesthetics of a structure - False, Structural Engineers take into consideration aesthetic considerations when designing structures that are both aesthetically pleasing and structurally sound.

Tellaman Consulting Ltd is a registered Consulting firm (RC No:8762473) that provide expert consulting services in engineering, project management, and sustainable infrastructure, helping clients achieve excellence through quality-driven solutions.

02/11/2021

Today, we were at Mumisco estatate, Abaranje, Ikotun of lagos state to conduct a soil test.

Soil investigation is an important aspect of your building construction.