Unit 1 Introduction to project management Definition of project purpose -

5 lecture hours

• quality and organization structure
• Basic and detailed engineering: Degree of automation
• Project S curves
• manpower considerations
• inter-department and inter-organization interactions
• Multi agency interaction
• Types of projects and types of contracts e.g
• EPC, BOOT etc
• Risk Management in Instrumentation Projects
• EPCM Contracting model

Unit 2 Project management functions Controlling, directing, project authority,

5 lecture hours

• interpersonal influences and standard communication formats
• project reviews. project planning and scheduling
• life project engineering and management cycle phases
• the statement of work (SOW)
• projects specifications
• bar charts
• work breakdown structures
• cost breakdown structures and planning cycle
• Agile Learning
• Risk Based Scheduling
• Stakeholder & communication

Unit 3 Project cost and estimation Types and estimates, pricing process, salary

5 lecture hours

• and other overheads
• materials and support costs. program evaluation and review techniques (PERT) and critical path method (CPM)
• estimating activity time and total program time
• total PERT/CPM planning crash times
• software used in project management

Unit 4 Instrument Project Control Project engineering documents and

5 lecture hours

• drawing: Process flow sheets
• Mechanical flow sheets
• Instrument index sheets
• loop wiring diagram
• panel drawings and specifications
• plot plans
• installation details
• special drawings
• purchase requisition
• other documents
• Information required: Process information
• Instrument specifications and standards
• Electrical specifications
• bid documents
• Project procedure
• project schedule
• Equipment Information
• Vendor drawing Work coordination: Project manager
• process engineer
• equipment engineer
• purchasing and expediting and others Planning hints and Project check list
• Document control System (EDMS)
• Engineering Documentation (C&E
• Control Narratives, FBD, Ladder Logic)
• Loop-wise Detailing (AI, AO, DI, DO, Termination) Hook-up Diagrams & BOM FAT/SAT

Unit 5 Engineering Design criteria Pneumatic versus electronics system, 10 25

• Program Name: Bachelor of Engineering Level: UG Branch: Instrumentation and Control Subject Code : BE050000101 Subject Name : Instrumentation Project Management Control centers
• Future and spare capacity Specifications for various measurement and control groups: Flow
• Control valves
• Control panels
• Analytical instruments Transmission systems: Pneumatic & Electronic – Materials
• Terminations and Identification Process connections – Take-offs and Piping
• Location of taps
• Sealing instruments from process
• Manifolds and gage valves Miscellaneous Design Criteria: Mounting instruments
• Selections of units
• Instrument identification
• Material of construction
• Package equipment systems Electrical safety: NEC code
• Purging and pressurization
• Intrinsic safety
• EPC Projects - Power Plant
• Oil and Gas, Wastewater treatment
• dairy and food
• pharmaceuticals and chemical plants
• Functional Safety (SIL
• Process Safety Management (PSM) & MOC, Modern safety standards (OSHA

Unit 6 Construction and Start up Organizing

10 lecture hours

• cost control Ordering and Receiving equipment and Material: Purchase orders
• Material status
• storage Installing instrument systems: Procedures
• Good installation practices Calibration Testing: Process connections
• Pneumatic lines
• Electrical Loop checking: Flow transmitter
• Temperature transmitter
• Control valve
• Miscellaneous checks Startup: Placing instruments in service
• Tuning loop controls
• evaluating process upsets and disturbances
• Repairing or replacing defective equipment
• special equipment
• Construction Safety Practices (PTW
• confined space
• work at height)

Unit 7 Introduction to International quality systems - ISO 9000 Quality

5 lecture hours

• management practices worldwide
• certifying agencies
• customers and ISO 9000 ISO 9000
• IEI and Test standards and Calibration