Krishnananda Singh Bondili

UrbanPro Certified Tutor

For Staad Pro

Years of Experience in Staad Pro Training

10

UrbanPro Certified Tutor

For Autocad

Years of Experience in Autocad classes

10

Teaching Experience in detail in Autocad classes

I can teach AutoCAD 2D for civil and mechanical engineers.

Years of Experience in Oracle Training

10

Teaching Experience in detail in Oracle Training

I teach Primavera P6 for engineers to use it in planning, scheduling & controlling of projects.

UrbanPro Certified Tutor

For ETABS

Years of Experience in ETABS Training

10

Teaching Experience in detail in ETABS Training

I can teach both RCC & STEEL structures analysis & design & detailing using ETABS software.

Years of Experience in MSP Training

10

Teaching Experience in detail in MSP Training

MSP, or Microsoft Project , is project management software that helps plan, manage and execute projects. It’s used mainly in industries, including construction, manufacturing, pharmaceuticals, government, retail , financial services and health care. Here are some things you can do with MSP: Define Project scope : use MSP to define the project scope. Stay on schedule: use MSP to plan a project cost and stick to a budget Manage Teams: Use MSP to manage teams Document Progress: use MSP to document the progress of a project. Microsoft Project is a project management software that helps product developed and sold by Microsoft. It is designed to assist project manager in developing a Schedule , assigning resources to tasks, tracking progress, managing the budget and analyzing work loads. The project creates budgets based on assingnment work and resource rates. As resources are assigned to tasks and assignment work estimated, the program calculates the cost, equal to the work times the rate, which rolls up to task level.

Years of Experience in BTech Tuition

10

Teaching Experience in detail in BTech Tuition

The design of a structure must satisfy three basic requirements. 1) Stability : to prevent overturning , sliding or buckling of the structure, or parts of it, under the action of loads. 2)Strength: to resist safely the stresses induced by the loads in the various structural members 3)Serviceability : to ensure satisfactory performance under service load conditions - which implies providing adequate stiffness and reinforcements to contain reflections, crack widths and vibrations within acceptable limits, and also providing impermeability and durability (including corrosion resistance) etc There are two other considerations that a sensible designer ought to bear in mind, economy and aesthetics. One can always design a massive structure , which has more than adequate stability , strength and Serviceability , but the ensuing cost of the structure may be exorbitant , and the end product , far from aesthetic. It's is indeed a challenge , and a responsibility for the structural engineer to design a structure that is not only appropriate for the architecture , but also strikes the right balance between safety and economy. STRUCTURAL SYSTEMS : Any structure is made up of structural elements ( load carrying such as beams and columns ) and non structural elements ( such as partitions, false ceilings, doors). The structural elements, put together, constitute the ' structural system'. It's function is to resist effectively the action of gravitational and environmental loads,and to transmit the resulting forces to the supporting ground, without significantly disturbing the geometry , integrity and Serviceability of the structure.