In this type; we use a combination of Reverse Engineering &Value Engineering in redesigning the structures and in rectifying the inappropriate or inadequate foundations thus helping the building owner economically upfront and in long-term maintenance costs. The inappropriate or faulty foundation of the building leads to the development of cracks in the superstructure as well as in the plinth beams & columns. This can be rectified by replacing the faulty portion or the entire portion of the plinth beams, columns, superstructure etc. with adequate beams, columns and superstructure. This methodology; a combination of Reverse Engineering with Value Engineering is helpful in decreasing the cost, time, risk and also in Protecting our Environment.

In this type; the structure of the building or the frame work can be redesigned or modified in order to accommodate the additions or deletions to the structure. The ReStructural Engineering has to be done on the structure keeping in mind that these additions or deletions should be capable to withstand the stresses, pressures of the environment and remain safe, stable and secure throughout its usage. This methodology of restructuring the structure is an economically viable option compared to demolishing and reconstructing a new building; favoring the owner economically upfront and in terms of time, cost, risk and also in Protecting our Environment.

In this type; the weak foundation of the building can be rectified. There are cases; where additional floors have to be constructed on the existing building, but the owner is apprehensive about the strength of the foundation of the building regarding the additional load to be applied to the foundation. In this case, the foundation can be reinforced by casting a new foundation and it can vary from “spread footing” to “raft” foundation depending upon the extra load. Before designing the foundation, the criteria taken into account are; the load bearing capacity of the soil, age of the building, condition of the building, etc. and if found necessary additional “End bearing” piles can be installed under the building so that the load of the building is transferred to the harder strata or to the rock. This methodology of foundation reinforcement of the building is an economically viable option compared to demolishing and reconstruction; favoring the owner economically upfront and in terms of time, cost, risk and also in Protecting our Environment.

In this type; building is below the road level or adjacent compounds leading to water clogging during monsoon or the building has to be demolished due to widening of road or the building has to be shifted to a corner of the property for space utilization, etc. In the case of lifting the building; this technology is applicable to all buildings irrespective of its age, mode of construction, size, etc. The building can be lifted to the desired height without disturbing the superstructure. Moreover the foundation is reinforced wherein the building is capable to handle the load of additional floors if needed. This methodology of lifting the building is an economically viable option compared to demolishing and reconstruction; favoring the owner economically upfront and in terms of time, cost, risk and also in Protecting our Environment. In the case of shifting the building; this technology is applicable to all buildings irrespective of its age, mode of construction, size, etc. but we recommend the shifting of the building to be used only for buildings with a massive size, archaeologically important buildings, etc. as this method is expensive but economical compared to reconstruction because a new foundation has to be casted at its new resting place along with a track to be constructed for the rollers to move the building to its new location. Though, this process is expensive but at the same time it is economical too when the cost of constructing a new building is taken into account. Hence we recommend using this technology only if the building is of massive size or archaeologically valuable. This methodology of lifting and shifting the building is an economically viable option compared to demolishing and reconstruction; favoring the owner economically upfront and in terms of time, cost, risk and also in Protecting our Environment.

In this type; the building tilts or inclines from its vertical position. This type of settlement of buildings or extensions happens mainly due to inadequate foundation, inadequate compaction, shallow surface soil, water runoff, decaying of organic material etc. The lack of suitable land, homes are often built on reclaimed land that has insufficient bearing capacity to support the substantial weight of a structure and thus resulting in the tilting or sinkage. In this case, a new foundation is casted under the existing superstructure without disturbing the existing structure. The building is realigned by detaching the superstructure and the load of the building is transferred to customized manual jacks and realignment is done. Once the realignment is done, the superstructure is made to rest on the new foundation. This methodology of realignment of the building is an economically viable option compared to demolishing and reconstruction; favoring the owner economically upfront and in terms of time, cost, risk and also in Protecting our Environment.

Sufficient parking is a must for any commercial or residential establishments to survive. Insufficient parking is a great concern for any business owner or apartment owner and in case of establishments with sufficient parking, we can witness acres of land or large amount of land assigned exclusively for parking. This parking space is reclaimed by filling of water bodies, cutting of trees, leveling of hills; in short, affecting the biodiversity in a large scale. We at e-DSS has come out with an innovative technology by the name; “Vertical Parking” to have minimum space for maximum parking. The extra space thus saved can be utilized to promote vegetation and thus an effort to counter the global warming. We provide Vertical Parking above the ground, below the ground and even under existing buildings. The parking solutions are customized according to the clients’ requirements and the allocated budget. In automated parking solutions; manual intervention required is 0% and the parking allocation, retrieval system, etc. are all Robot assisted. In manual parking system is manually managed and is applicable above the ground, below the ground and also under existing building. This methodology of parking solutions (automated or manual) is an economical viable option compared to the extent of free land availability; which can be utilized for creating a garden or a building with basement parking thus Protecting our Environment.

Ground floor of the existing building or the entire building can be converted into hall by transferring the load from the load bearing walls/columns to portal frames. This gives value addition to the existing space and helps to Rediscover the Economic Potential of the building.

In this type; Buildings of archeological or monumental value can be restored along with the reinforcement of the foundation without any damage to the superstructure so that it can withstand the perils of nature for years to come.

Waterproofing is the process of making a structure waterproof or water-resistant so that it remains relatively inaffected by the ingress of water or dampness due to rain or from below the structure due to water clogging at ground level. We provide State-of-the art waterproofing solutions for the entire building so that the occupants are free from all problems related to dampness.