Foundations and civil works
Develop foundations for static and dynamic equipment using the available geotechnical and loading information. Coordinate levels, access, drainage and other civil interfaces within the project scope.
Safe. Durable. Engineered for Performance.
Civil and Structural Engineering Design
Design the foundations, structures and supporting infrastructure around the plant’s actual loads and interfaces. Teckniv provides civil and structural engineering for industrial, energy and infrastructure projects, from preliminary arrangements through fabrication and construction details. We coordinate structural requirements with equipment, piping and electrical systems.
EPC teams, plant owners and fabricators requiring foundations, steel or RCC structures, pipe racks and equipment supports for new facilities or modifications.
01 / Engineering capabilities
The scope is agreed around the decisions, interfaces and engineering outputs your team needs. These work areas can be combined into a defined package.
Develop foundations for static and dynamic equipment using the available geotechnical and loading information. Coordinate levels, access, drainage and other civil interfaces within the project scope.
Design pipe racks, equipment supports, platforms and structural systems for operating and environmental loads. Assess strength, stability and serviceability against the agreed criteria.
Prepare steel and reinforced-concrete drawings, connection details and fabrication or shop information. Develop quantities and reinforcement schedules appropriate to the package.
Review existing structures for proposed changes, coordinate lifting and erection requirements, and support field modifications and as-built documentation.
02 / Your engineering package
The deliverable list is agreed at the start. Each issue identifies its purpose, revision and outstanding inputs for the next project stage.
03 / How we work
We establish the design basis first, then develop and review the package with your project team.
Confirm design criteria, site data and load inputs.
Develop the structural scheme and analysis model.
Coordinate interfaces and prepare details and quantities.
Issue reviewed drawings and resolve agreed execution queries.
04 / The technical context
The equipment duty, project location and client standards determine the methods, platforms and acceptance criteria.
Industrial plants, energy facilities, utilities and infrastructure, including process structures, equipment foundations, access platforms and supporting civil works.
Structural analysis, 2D/3D modeling and drawing tools are chosen for the project requirements. Load schedules, model assumptions and interfaces with equipment and piping are maintained alongside the structural calculations.
Project-selected IS/BIS, Eurocodes, BS, ACI, AISC or ASCE references may govern the design. The basis establishes material properties, load combinations, environmental loads, geotechnical parameters and serviceability criteria before detailed checks proceed.
05 / Before you begin
Practical answers to common scope and coordination questions.