Arbab Waqas House is a Two-story confined masonry residential building located at University Road Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. An earthquake-resistant design was undertaken to ensure the structure’s safety. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

Single Story Masjid building located at Jamrud Grid Station. The Client, TESCO (Tribal Electric Supply Company), engaged Prime Design consultant for the Architecture and Structure Design task, and PDC  successfully completed the Architecture and a safe and sound Structure Design task of this project. An earthquake-resistant design was undertaken to ensure the structure’s safety. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

Khan Plaza is a Six story Reinforced Concrete Structure located at Board Bazar Peshawar. Prime Design Consultant has successfully completed Architectural and a safe, optimized, earthquake resistant and a stable Structure Design for Khan Plaza. The Project is a commercial building, considering safety measures, the project falls within seismic zone 2B, according to the seismic zoning map defined in BCP-SP 2007. This means the project area might experience moderate seismic activity. However, the building’s design takes this into account, ensuring it can withstand potential earthquakes and keep everyone inside safe.

Romana Saeed House is a Two-story confined masonry residential project located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The Architecture Design was done by Wadaan Consultant. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. To ensure the safety of the structure, an earthquake resistant design was undertaken. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

The Structural design of a 1250-foot zipline successfully completed by Prime Design Consultant. This installation is located at Sherwan Adventure Family Park in Abbottabad, a region known for seismic activity. The structure has been meticulously engineered using state-of-the-art design software and adheres to all relevant design codes, ensuring maximum safety and stability. The robust design of the support towers and bracing system provides resilience against seismic forces, making it a secure and reliable addition to the adventure park.

Neelam Ahmad House is a Three-story confined masonry residential building located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. An earthquake-resistant design was undertaken to ensure the structure’s safety. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

Muhammad Kashif House is a Two-storey, Confined masonry residential project located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The Architecture Design was done by Wadaan Consultant. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. To ensure the safety of the structure, an earthquake resistant design was undertaken. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

Prime Desing Consultant carried out the structural health assessment of Old Bungalow #01, Residential Colony, LRH Peshawar to assess the existing condition of the building, the assessment indicates the loss of concrete cover in the slab due to complete corrosion of the steel (diminishing the concrete-steel bond), and certain cracks in the walls. The Result Indicated that the walls are still enough to bear the load while the slab must be demolished and reconstructed due to the loss of bond between steel and concrete. To ensure the safety of the occupants, certain strengthening and retrofitting techniques were recommended and the demolition of the existing and the design for reconstruction of slab was proposed.

The Arbab Arena is a nine-story reinforced concrete edifice situated opposite to KFC at University Road Peshawar, Pakistan. The client engaged the services of Prime Design Consultant to devise an optimized and feasible structural plan for the building. In response, Prime Design Consultant undertook an earthquake-resistant design approach for the structure, along with a practical foundation design suitable for the challenging seismic events. The Project is a commercial building, considering safety measures, the project falls within seismic zone 2B, according to the seismic zoning map defined in BCP-SP 2007. This means the project area might experience moderate seismic activity. However, the building’s design takes this into account, ensuring it can withstand potential earthquakes and keep everyone inside safe.

Azmat Ullah House is a Three-storey residential building located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. An earthquake-resistant design was undertaken to ensure the structure’s safety. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure. Wadaan consultants completed the Architecture Design Task.

R. Afridi House Peshawar is a Two-storey residential project located in DHA Peshawar. Wadaan consultants completed the Architecture Design Task. Prime design consultant successfully completed the structural design task of this project. The project falls within seismic zone 2B as indicated by the seismic zoning map of BCP SP 2007. This means the project area might experience moderate seismic activity to ensure the safety of structure. An earthquake resistant design was undertaken before the project a complete understanding was injured with the architect to ensure a safe and sound structure.

Abaseen Foundation School is Three-storey school building located in Peshawar. Wadaan consultant carried out the Architecture Design and Prime Design Consultant has skillfully successfully completed the Structure Design task of the Structure. The Project include three Blocks separated by two expansion joints to avoid structural complexity and irregularity. The main building is designed with a special moment-resisting frame system, which can efficiently dissipate the energy imparted to the building during seismic events.

The Architectural and structural design for the three-story residential project with single basement, identified as the “M.H Shakeel House,” and single storey hujra has been executed by Prime Design Consultant. The primary structure employs a confined masonry load-bearing wall arrangement. The project is situated within seismic zone 2B, as defined by the seismic zoning map outlined in BCP-SP 2007.

Iftikhar Ahmad House is a Three-storey residential building located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. An earthquake-resistant design was undertaken to ensure the structure’s safety. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

This landmark project entails the Structural design of a Two-Storey Residential Project in Grand City Mardan. The client enlisted the expertise of the Prime Design Consultant to undertake the structure design task of the project.
Structural Design by Prime Design Consultant, Prime Design Consultant, a reputable firm renowned for its expertise in structural design, undertook the intricate task of ensuring structural integrity and resilience. Our team meticulously crafted a design that strictly follows the provisions set by BCP 2007 and adheres to the guidelines of ACI 318-19, guaranteeing durability and safety. The Project lies in Seismic Zone-2B and special attentions has been made to make the project structurally sound, safe and earthquake resistant.

Irfan House  is a Three-storey residential building located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. An earthquake-resistant design was undertaken to ensure the structure’s safety. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

Fazle Haq House is a Two-storey residential project located in DHA Peshawar. Prime Design consultant successfully completed the Structure Design task of this project. The Architecture Design was done by Wadaan Consultant. The project falls within seismic zone 2B, as indicated by the seismic zoning Map of BCP-SP 2007. This means the project area might experience moderate seismic activity. To ensure the safety of the structure, an earthquake resistant design was undertaken. Before the project a complete understanding was ensured with the architect to ensure a safe and sound structure.

The construction of a single-story mosque in Badaber Peshawar was a significant undertaking. Wadaan Consultant handled the architectural design, while the client brought in Prime Design Consultant specifically for the structural planning. Prime Design Consultant is highly respected for its expertise in creating sturdy buildings.

Our team had a clear goal: to ensure the mosque was not only resilient and long-lasting but also adhered strictly to the safety guidelines outlined in BCP 2021 and ACI 318-19. This was especially important as the mosque sits in an area prone to earthquakes, labeled as Seismic Zone-2B. Therefore, our focus was on crafting a structure that could withstand seismic activity.

In our pursuit of sustainability, Prime Design Consultant employed advanced software, such as ETABS version 20. This technological tool allowed us to simulate and fine-tune the structural elements of the mosque. By integrating cutting-edge technology with our commitment to environmentally friendly practices, we were able to create a design that seamlessly merged durability, safety, and eco-consciousness.

The Structural design of a Three-Storey Masjid in Saeed Abad Peshawar marks a significant project. The Architectural Design was created by Wadaan Consultant while the Prime Design Consultant was brought in by the client to handle the structure design task. Prime Design Consultant, a highly respected firm known for its expertise in structural design, took on the intricate challenge of ensuring the building’s strength and resilience.
Our team focused on crafting a design that strictly adheres to the guidelines of BCP 2021 and ACI 318-19, ensuring long-lasting durability and safety. This project sits in Seismic Zone-2B, demanding special attention to ensure its structural soundness and earthquake resistance.
In line with sustainability goals, Prime Design Consultant integrated advanced software like ETABS version 20 into the process. This software allowed us to simulate and optimize the Masjid’s structural elements, ensuring they are robust and efficiently designed. By combining cutting-edge technology with our commitment to eco-friendly practices, the design seamlessly merges sustainability with functionality, ensuring a reliable and environmentally conscious structure.

This landmark project entails the Structural design of a state-of-the-art Two-Storey Masjid in Tehsil Takht Bhai Mardan. The client enlisted the expertise of the Prime Design Consultant to undertake the structure design task of the project. The Architectural Design has been made by Wadaan Consultant
Structural Design by Prime Design Consultant, Prime Design Consultant, a reputable firm renowned for its expertise in structural design, undertook the intricate task of ensuring structural integrity and resilience. Our team meticulously crafted a design that strictly follows the provisions set by BCP 2021 and adheres to the guidelines of ACI 318-19, guaranteeing durability and safety. The Project lies in Seismic Zone-2B and special attentions has been made to make the project structurally sound, safe and earthquake resistant.
Embracing sustainable principles, Prime Design Consultant employed advanced software such as ETABS version 20 to simulate and optimize the structural elements of the Masjid. Through cutting-edge technology and a commitment to eco-friendly practices, the design integrates sustainability seamlessly with functionality.

The structural assessment of Kaur Complex Tower B, a thirteen-story building, has been completed by the Prime Design Consultant. This evaluation is particularly focused on the seven-story grey structure, constructed in accordance with the structural drawings. However, prior to commencing the construction of the remaining six storeys above, a significant issue emerged concerning the compressive strength of concrete in the 6th and 7th storey columns. The concrete strength in these columns was measured at 2500 psi, a notable deviation from the specified value of 5000 psi as indicated in the initial structural drawings.
This structural assessment primarily relies on the material properties specified in the original structural drawings, except for the compressive strength of concrete in the 6th and 7th storey columns. To address this deviation and ensure the structural integrity of these crucial structural elements, our team conducted an extensive series of both destructive and non-destructive tests. The results of these tests showed an average concrete strength of 2000 psi, which is significantly lower than the specified value of 5000 psi. As a result, a proactive recommendation has been made to reinforce and retrofit six columns within the 6th and 7th storeys through the application of column jacketing. This retrofitting strategy is necessitated by the reduced concrete strength, as specified in the retrofitting drawings, and aims to restore the structural capacity of these columns, thereby ensuring the overall safety and stability of the entire building.
Throughout the course of this structural design assessment, paramount importance has been given to safety considerations, particularly in relation to seismic activity in the region. As such, all essential safety factors, in accordance with the earthquake resistance guidelines specified for Zone-2B of the Building Code of Pakistan-2007, have been meticulously integrated into the structural design and evaluation of the subject building. This unwavering commitment to structural integrity and safety underscores our dedication to delivering a building of the utmost quality and dependability.

Farmhouse No.57 is a residential project situated on an uneven and sloping terrain. The project consists of a main single-storey building and an additional double-storey servant quarter. The client enlisted the expertise of the Prime Design Consultant to undertake the architectural planning and to create a realistic 3D representation of the project.

Due to the specific topography of the site, special consideration was given to addressing the elevation changes. As a result, the servant quarter, being situated at a lower point, incorporated a basement level. This strategic decision accommodated the site’s natural slope effectively.

Once the architectural plans received the client’s approval, the structural design phase commenced, in accordance with the Building Code Provisions of 2021. The structural configuration was especially mindful of the seismic activity prevalent in the region. Advanced engineering software, specifically ETABS version 20, was employed to create a detailed structural model of the building, ensuring its stability and resilience.

The subsequent stages of the project involved meticulous attention to the Mechanical, Electrical, and Plumbing aspects. In adherence to local building regulations, the design encompassed the installation of rainwater harvesting tanks and concealed underground water reservoirs, serving both sustainable water practices and regulatory compliance. Additionally, an enticing swimming pool was seamlessly integrated on the right side of the main building, enhancing the overall appeal and functionality of the property.

The Cecil Silver Apartment is a ten-story reinforced concrete edifice situated in Kalam, Pakistan, an area known for its high seismic activity and hilly terrain. Mr. Aizaz Ahmad, the client, engaged the services of Prime Design Consultant to devise an optimized and feasible structural plan for the building. In response, Prime Design Consultant undertook an earthquake-resistant design approach for the structure, along with a practical foundation design suitable for the challenging hilly slope.

Multi Lake Tower is a prominent 16-story high-rise building situated in Multi Gardens B-17, Islamabad, which was constructed by Emirates builders. Given the suboptimal quality control measures during the construction process, the client sought the expertise of Prime Design Consultant to conduct a comprehensive structural health assessment of the building. The main objective of this assessment was to identify any potential structural weaknesses in the building and suggest measures to reinforce it against potential damage.
The first step in the process involved conducting a series of destructive and non-destructive tests to evaluate the concrete strength used in various structural members. These tests were aimed at providing a probabilistic estimate of the concrete strength and verifying the As-built construction in comparison to the structural drawings. After careful analysis, it was discovered that the building’s concrete strength was lower than what was specified in the structural drawings, making it susceptible to damage in the event of an earthquake.
To ensure the safety of the occupants, retrofitting of the columns and slabs was recommended. The primary goal of retrofitting was to increase the strength of the columns and slabs to make them more resistant against the gravity and earthquake demand. Most columns were retrofitted using the concrete jacketing technique. Concrete jacketing involves the application of a new layer of concrete to the column, increasing its load-carrying capacity. In some cases, where space was limited, the CFRP wrapping technique was utilized to retrofit the columns. This technique involves wrapping the column with carbon fiber sheets to increase its strength.