Aktu Industrial Engineering (KME-503) Btech Syllabus

Understand the AKTU B.Tech syllabus for Industrial Engineering, delving into the principles of optimisation, operations research, and process improvement. Discover solutions for effective resource utilisation and production management.

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UNIT-1: OVERVIEW OF INDUSTRIAL ENGINEERING

• Overview of Industrial Engineering: Types of production systems,
• Concept of productivity.
• Productivity measurement in manufacturing & service organizations,
• Operations strategies,
• Liability & process design. 

• Facility location and layout: Factors affecting facility location;
• Principle of plant layout design,
• Types of plant layout;
• Computer aided layout design techniques;
• Assembly line balancing;
• Materials handling principles,
• Types of material handling systems,
• Methods of process planning,
• Steps in process selection,
• Production equipment and tooling selection,
• Group technology, and flexible manufacturing. 

UNIT-2: PRODUCTION PLANNING & CONTROL

• Production Planning and control: Forecasting techniques – causal and time series models,
• Moving average,
• Exponential smoothing,
• Trend and seasonality;
• Aggregate production planning;
• Master production scheduling materials requirement planning (MRP) and MRP-1; routing,
• Scheduling and priority dispatching,
• Concept of JIT manufacturing system.
• Project Management: Project network analysis,
• CPM,
• PERT and Project crashing. 

UNIT-3: ENGINEERING ECONOMY

• Engineering economy and Inventory control: Methods of depreciation;
• Break-even analysis,
• Techniques for evaluation of capital investments,
• Financial statements,
• Time-cost trade-off,
• Resource levelling;
• Inventory functions, costs,
• Classifications, deterministic inventory models,
• Perpetual and periodic inventory control systems,
• ABC analysis, and VED analysis.
• Queuing Theory: Basis of Queuing theory,
• Elements of queuing theory,
• Operating characteristics of a queuing system,
• Classification of Queuing models.

UNIT-4: WORK SYSTEM DESIGN 

• Work System Design: Taylor’s scientific management,
• Gilbreths’s contributions;
• Work study: method study,
• Micro-motion study,
• Principles of motion economy;
• Work measurement-time study,
• Work sampling, standard data,
• Predetermined motion time system (PMTS): ergonomics;
• Job evaluation, merit rating, incentive schemes, and wage administration.
• Product Design and Development: Principles of product design, tolerance design;
• Quality and cost considerations;
• Product life cycle;
• Standardization, simplification, diversification, value engineering and analysis, and concurrent engineering. 

UNIT-5: OPERATIONAL ANALYSIS

• Formulation of LPP,
• Graphical solution of LPP,
• Simplex Method,
• Sensitivity Analysis,
• Degeneracy and unbound solutions,
• Transportation and assignment models;
• Optimality test: the stepping stone method and MODI method, simulation. 

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