Project scheduling with limited resources (resource leveling and smoothing)
Introduction to planning software - MS Project
Project Implementation and Controlling (5 hours)
Project monitoring, evaluation and controlling
Project control cycle
Elements of project control (time, cost and quality)
Project schedule control
Project cost control: methods and procedure (earned value analysis)
Project quality control
Project management information system (PMIS)
Project Risk Management and Project Finance (6 hours)
Introduction to project risk
Types of project risk
Analysis of major sources of risk
Effective management of project risk: risk management planning, risk identification, qualitative and quantitative risk analysis, risk response planning, risk monitoring and controlling
Project financing and capital structure planning
Procurement and Contract Management (10 hours)
Public procurement act and regulation
Types, method and tools of procurement: goods, works and services; direct, sealed quotation, tender; force account, users' committee; expression of interest, request for proposal
Preparation of detailed cost estimate
Technical sanction and budget approval
Procurement condition, steps and provisions
Tender and standard bidding documents
Tender notice, submission
Methods of selection and evaluation of proposals
Types of contract: based on payment; build own operate transfer; design and build; turnkey; engineering procurement construction
Negotiations, contract award and agreement
Profession, Ethics and Professional Practices (7 hours)
Profession: definition and characteristics
Professional institutions
Ethics, code of ethics and engineering ethics
Moral dilemma and ethical decision making
Detailed duties of an engineer
Liability, tort and negligence
Public sector practices
Private sector practices
Occupational health and safety
Decision making: minute, memo (Tippani) and approval
Regulatory Environment (4 hours)
Nepal engineering council acts and regulations
Labor law
Intellectual property rights
Practicals
Tutorials (15 hours):
Writing project proposal
Scheduling using bar chart and CPM
Scheduling using planning software
Project control method (EVA)
Case studies based on engineering practices
Evaluation
Final exam questions cover all chapters. Approximate marks distribution (total 60 marks over 45 hours):
Introduction of Project and Project Management, Project Appraisal and Project Formulation: 8 marks
Project Planning and Scheduling: 12 marks
Project Implementation and Controlling, Profession, Ethics and Professional Practices: 15 marks
Project Risk Management and Project Finance: 8 marks