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This course is about estimation, costing, and project cost planning for oil and gas plants. It covers mechanical items, civil works, piping, equipment, electrical systems, instrumentation, utilities, safety systems, erection work, and contingency planning.
Mechanical engineers, civil engineers, oil and gas professionals, estimators, cost engineers, project engineers, procurement professionals, construction professionals, and project managers can join this course.
Yes. Mechanical engineers can learn estimation for piping, pumps, compressors, pressure vessels, heat exchangers, tanks, rotating equipment, static equipment, utilities, insulation, painting, and erection activities.
Yes. Civil engineers can learn estimation for foundations, structural steel, concrete works, earthworks, paving, roads, underground utilities, buildings, retaining structures, formwork, and safety provisions.
Yes. It is useful for professionals working in oil and gas plant projects where estimation, costing, cost control, quantity take-off, procurement support, and project budgeting are required.
Yes. Beginners can join if they have basic engineering knowledge. The course starts with oil and gas plant estimation basics and then moves into different plant systems and work sections.
Yes. Experienced professionals can use this course to improve their estimation accuracy, cost breakdown understanding, civil-mechanical coordination, and project cost control skills.
The main purpose is to help engineers understand how to estimate oil and gas plant work from mechanical and civil sides in a practical project-based manner.
Yes. The course covers both mechanical and civil estimation, which makes it useful for engineers working on integrated plant projects.
You can join from the official BHADANIS course page here:
The course language is English.
The course validity shown is 365 days.
The course page shows ₹14,500 after discount. Please check the course page before joining because the fee can be updated.
The course includes 30 modules.
The course includes 135 sessions.
The total course duration shown is 27 hours and 50 minutes.
Yes. It is an online course. After successful purchase, the course is added to your course library.
Yes. You can access the course from a computer after successful login.
Yes. You can access your course library through a browser on other devices also.
Yes. The course page shows a preview option, so learners can check the course before enrollment.
Module 1 covers introduction to oil and gas plant estimation, oil and gas facilities, key estimation principles, estimation objectives, scope, limitations, and accuracy challenges.
Oil and gas projects are costly and complex. Good estimation helps in budgeting, tendering, procurement planning, cost control, risk allowance, and project decision-making.
Oil and gas facilities include processing plants, storage areas, piping networks, utility areas, control buildings, electrical systems, safety systems, and supporting civil infrastructure.
Module 2 covers oil and gas plant processes, including upstream, midstream, downstream operations, process flow understanding, and reading plant diagrams for estimation.
Estimators must understand plant processes because quantities and costs depend on equipment, piping routes, pressure, temperature, materials, utility needs, and process requirements.
Yes. The course explains these sectors so learners can understand where different plant facilities and estimation activities are used.
Yes. The course explains Process Flow Diagrams and Piping and Instrumentation Diagrams from the estimation point of view.
These drawings help identify major equipment, pipe routes, valves, instruments, process connections, and system requirements.
Module 3 covers cost estimation basics, including types of estimates, conceptual estimates, feasibility estimates, detailed estimates, unit-rate estimating, material take-off, and parametric estimating.
A conceptual estimate is an early-stage cost estimate prepared when project details are limited. It helps in initial budgeting and decision-making.
A detailed estimate is prepared when drawings, quantities, specifications, material details, and project requirements are clearer.
Material take-off means calculating materials required from drawings, layouts, specifications, and schedules before preparing cost.
Module 4 covers piping systems estimation, including pipe materials, fittings, valves, flanges, gaskets, welding, insulation, and related cost factors.
Piping is one of the largest cost areas in many oil and gas plants. It involves many sizes, materials, pressure classes, supports, welding, insulation, testing, and installation work.
Yes. The course covers common pipe materials such as carbon steel, stainless steel, and special alloy materials used for different process requirements.
Yes. Valves, fittings, flanges, and gaskets are covered because they have a direct cost impact in piping systems.
Yes. Welding cost is included, covering labour, joint preparation, welding quantity, testing needs, and installation conditions.
Yes. Insulation for piping and equipment is covered, including material, thickness, access, labour, and installation requirements.
Module 5 covers pressure vessel estimation, including vessel types, material selection, fabrication cost, testing, certification, and compliance-related cost items.
The course covers items such as separators, scrubbers, knock-out drums, and other vessel types used in oil and gas plants.
Pressure vessels need inspection and testing for safety and compliance. Testing can affect cost, schedule, documentation, and approval.
Module 6 covers heat exchanger estimation, including shell and tube, plate-type, and air-cooled heat exchangers, material cost, installation, and testing expenses.
Yes. It covers cost factors for tubes, plates, shells, headers, and other heat exchanger components.
Module 7 covers pumps and compressors estimation, including pump types, compressor types, sizing, selection, foundations, and piping integration cost.
Yes. It covers centrifugal pumps, positive displacement pumps, sizing considerations, capacity, pressure, installation, and related cost factors.
Yes. It covers reciprocating, centrifugal, and screw compressors with cost factors linked to capacity, pressure rating, foundation, and installation.
Rotating equipment needs properly designed foundations to control vibration, alignment, and safe operation. Foundation cost must be included in estimation.
Module 8 covers storage tanks and spheres estimation, including fixed-roof tanks, floating-roof tanks, spherical tanks, steel plates, welding, erection, coating, and cathodic protection.
Yes. Painting, coating, surface preparation, corrosion protection, and cathodic protection are included in tank estimation.
Module 9 covers pipeline estimation, including onshore and offshore pipeline materials, routing, trenching, laying, pigging, testing, and commissioning.
Pipeline routing affects length, terrain, crossings, trenching, access, survey cost, laying method, protection, and testing requirements.
Yes. Hydrostatic testing is included as part of pipeline testing and commissioning cost.
Module 10 covers electrical systems estimation, including substations, transformers, switchgear, cables, cable trays, conduits, earthing, and lightning protection.
Yes. Even though the course is focused on mechanical and civil estimation, it also covers electrical systems used in oil and gas plants.
Yes. It covers cable lengths, sizes, trays, conduits, installation cost, and related electrical quantity considerations.
Module 11 covers instrumentation and control systems estimation, including sensors, transmitters, controllers, DCS, SCADA, calibration, and testing expenses.
Instrumentation controls process safety and operation. Missing instruments, wrong quantities, or incomplete testing cost can create serious estimation errors.
Yes. Calibration and testing expenses are covered as part of instrumentation estimation.
Module 12 covers civil and structural works estimation, including equipment foundations, building foundations, concrete, steel, pipe racks, platforms, formwork, reinforcement, and finishing works.
Yes. Equipment foundations are covered because heavy equipment requires proper concrete, reinforcement, anchor bolts, vibration control, and installation coordination.
Yes. Structural steel for pipe racks, platforms, equipment supports, and plant structures is covered.
Module 13 covers rotating equipment estimation, including turbines, engines, blowers, auxiliary systems, maintenance access, installation, and alignment cost.
Rotating equipment includes machines with moving or rotating parts such as pumps, compressors, turbines, engines, and blowers.
Alignment is important for smooth operation, vibration control, reliability, and equipment life. It also needs skilled labour, tools, and time.
Module 14 covers static equipment estimation, including reactors, absorbers, columns, internals, packing materials, erection, and safety features.
Static equipment includes equipment without rotating parts, such as vessels, columns, reactors, absorbers, and storage-related process equipment.
Module 15 covers utility systems estimation, including boilers, chillers, cooling towers, air separation units, power generation, and power distribution costs.
Utility systems support the plant operation. Without power, cooling, steam, air, water, and utility services, the main process cannot run properly.
Module 16 covers fire protection systems estimation, including firewater pumps, hydrants, sprinklers, foam systems, dry chemical suppression, alarms, and detection systems.
Oil and gas plants handle hazardous materials, so fire protection systems are critical for safety, compliance, insurance, and operation.
Module 17 covers insulation and painting works estimation, including thermal insulation, surface preparation, coating systems, corrosion protection, and scaffolding requirements.
Painting and coating protect steel and equipment from corrosion. In oil and gas environments, poor coating can lead to early damage and high maintenance cost.
Yes. Scaffolding requirements are covered for elevated work, access, painting, insulation, inspection, and installation activities.
Module 18 covers safety and environmental systems estimation, including gas detection, emergency shutdown systems, waste handling, and treatment facilities.
Yes. Gas detection systems are covered, including detector placement, monitoring, and cost considerations.
An emergency shutdown system is used to stop plant operations safely during dangerous conditions. Its cost includes components, integration, testing, and commissioning.
Module 19 covers construction and erection estimation, including mobilization, demobilization, labour productivity, wage rates, heavy lifting, and crane operations.
Mobilization cost includes moving manpower, equipment, tools, temporary facilities, and site setup. It can be a major cost item in plant construction.
Yes. Heavy lifting and crane operations are covered, including crane selection, rental, lifting capacity, access, safety, and operation cost.
Module 20 covers project management and contingency estimation, including timeline estimation, resource allocation, contingency planning, risk allowance, cost control, and monitoring.
Contingency is a budget allowance kept for uncertain costs, design changes, site conditions, market changes, and unforeseen project risks.
Estimation prepares the budget, but cost control checks whether actual spending is staying within that budget during project execution.
Module 21 covers foundation works estimation, including shallow foundations, pile foundations, excavation, backfilling, concrete, reinforcement, and foundation material quantities.
Module 22 covers paving and road works estimation, including internal plant roads, drainage, culverts, asphalt paving, concrete paving, and cost comparison.
Plants need internal roads for equipment movement, maintenance access, emergency vehicles, material delivery, and daily operation.
Module 23 covers structural steel estimation, including supports, beams, columns, trusses, fabrication, welding, erection, coating, and painting requirements.
Module 24 covers temporary structures estimation, including scaffolding, temporary sheds, storage yards, safety barriers, fencing, and site signage.
Module 25 covers underground utilities estimation, including drainage lines, sewage lines, stormwater systems, utility trenches, pipe bedding, backfilling, and utility tunnels.
Underground utility work is easy to underestimate. It includes excavation, support, bedding, pipes, backfill, testing, reinstatement, and coordination with other services.
Module 26 covers buildings and administrative infrastructure, including control rooms, substations, offices, HVAC, electrical systems, roofing, flooring, walls, and finishes.
Module 27 covers concrete and formwork estimation, including slabs, beams, columns, foundations, concrete volumes, formwork cost, testing, and curing.
Module 28 covers earthworks and soil improvement, including site preparation, grading, clearing, levelling, soil stabilization, compaction, and equipment cost.
Module 29 covers retaining structures estimation, including retaining walls, reinforced concrete options, gabion structures, waterproofing, and drainage layers.
Module 30 covers construction safety provisions, including excavation safety, shoring, trench supports, temporary walkways, guardrails, signage, safety equipment, and supervision cost.
Yes. The course page mentions practical assignments, quizzes, and a final project to help learners apply the learning.
The course page mentions a certificate of completion after fulfilling course requirements.
Yes. Procurement professionals can use this course to understand material quantities, equipment cost, supplier comparison, procurement planning, and project budget support.
Yes. Project managers can use this course to understand estimation, budgeting, cost control, contingency, resource planning, civil-mechanical coordination, and project financial tracking.
BHADANIS has designed this course for engineers and professionals who want practical oil and gas plant estimation knowledge. It connects mechanical systems, civil works, piping, equipment, utilities, safety, and project cost control in one detailed learning path.
You can enroll from the official BHADANIS course page here:
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