Call for Abstract
Scientific Program
2nd International Conference and Exhibition on Industrial Engineering, will be organized around the theme “Contemporary Advances and Innovations in Industrial Engineering”
Industrial Engineering 2015 is comprised of 9 tracks and 67 sessions designed to offer comprehensive sessions that address current issues in Industrial Engineering 2015.
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
Industrial Engineering is concerned with the development, improvement & implementation of integrated systems of materials, equipment, energy, design, analysis, as well as the software tools used in industries. Traditionally industrial engineering might be used to plan the layouts of factories, designing assembly lines and other manufacturing paradigms. Modern industrial engineers typically use predetermined motion time system, computer simulation and mathematical tools for modeling. Software tools such as Plant Design Management (PDM) are used to make the layout of the factory or industry.
- Track 1-1 Industrial & systems engineering education
- Track 1-2Information processing and engineering
- Track 1-3 Large scale complex systems
- Track 1-4Project management
- Track 1-5Reliability and maintenance engineering
- Track 1-6Flexibility/Real options in engineering
- Track 1-7 Sales process & safety engineering
- Track 1-8Overall equipment effectiveness
- Track 1-9Safety, security and risk management
- Track 1-10Modelling and Simulation
- Track 1-11Stochastic Models In OperationsResearch
- Track 1-12Forecasting
Depending on the subspecialties involved, industrial engineering may also overlap with manufacturing engineering depending upon the point of view of user. It is a very broad area which includes the design and development of products. The manufacturing engineering discipline has very strong overlaps with material management, operations management and Automation. The manufacturing processes are realized with effective implementation of automation. The application of automation in a factory leads to higher consistency and quality, reduction of lead times, simplification of production, reduced handling, improved work flow, and improved worker morale. On other hand Operation Management is an important area which is responsible for designing and controlling the production in industries. It involves the responsibility of ensuring that business operations are efficient in terms of using as few resources as needed, and effective in terms of meeting customer requirements. It is anxious with managing the process that converts the input i.e. (raw materials) into output (new product).
- Track 2-1Production planning and control
- Track 2-2Nano fabrication and precision engineering
- Track 2-3 Surface modification technologies & materials characterization
- Track 2-4 Industrial automation and process control
- Track 2-5Embedded system
- Track 2-6Programmable logic controllers & distributed control system
- Track 2-7 Sensors for automation & vibration engineering
- Track 2-8 Quality assurance
Healthcare engineering and Management approaches the health care systems and other constructs affecting health and safety as complex systems, it identifies and applies engineering design and analysis principles in such areas.
- Track 3-1Big data/analytics and clinical decision support
- Track 3-2Healthcare reform & cost reduction
- Track 3-3 EMR/EHR workflow
- Track 3-4 Lean six sigma –Education/Training/Transformation/Projects
- Track 3-5Cost reduction
- Track 3-6Health care systems
Human factors & Ergonomics is a scientific principle concerned with understanding of interaction between human and the equipment’s, material handling in the work place, designing, evaluation & modeling of the product and manufacturing applications.
- Track 4-1 Ergonomics programs/policies/auditing the ergonomics process
- Track 4-2Accessibility through ergonomics
- Track 4-3 Design, product design and evaluation and modeling
- Track 4-4 Manufacturing applications and case studies
- Track 4-5 Material handling in the industrial workplace
- Track 4-6Office ergonomics programs and applications
Robotics is the application of mechatronics and automation to create robots, which are often used in manufacturing to perform tasks that are dangerous, unpleasant, or repetitive. These robots may be of any shape and size, but all are preprogrammed and interact physically with the world. To create a robot, an engineer typically employs Dynamics and Kinematics, manipulation, power source, sensing, legged locomotion and Interaction. Robots allow performing the activities that are not able to do by humans and to ensure better quality in production. Many industries employ assembly lines of robots, and some factories are so robotized that they can run by themselves.
- Track 5-1Power Source
- Track 5-2Actuation
- Track 5-3Dynamics and Kinematics
- Track 5-4Sensing and Locomotion
- Track 5-5Environmental Interaction and Navigation
- Track 5-6Human Robot Interaction
- Track 5-7Artificial Intelligence
Production and logistics gets right to the heart of the supply chain, from sourcing raw materials to delivering finished products to customers. Modern production and logistics methods are growing ever more complex. In Business Process, you will apply advanced software tools for enterprise resource planning and integer linear programming problems, capacity analysis of production systems, distribution planning and vehicle routing.
- Track 6-1Global manufacturing and management
- Track 6-2Operations management/research
- Track 6-3Low cost/Response and differentiation strategy
- Track 6-4Process/Inventory/Lead time and product design characteristics
- Track 6-5Supply chain risk
- Track 6-6Ethics and sustainability
- Track 6-7E-Procurement and internet trading
- Track 6-8Distribution systems
- Track 6-9Production and Materials Management
- Track 6-10 International Transport Systems
- Track 6-11 Inventory & Warehousing Management
Designing a new process to manufacture a certain product a certain operation requires careful planning and resources. Incorporating industrial engineers into the process design to create an Ecologically Sustainable Organization (ESO) will benefit the business in reducing the amount of waste that acts as a by-product of the system. This ideal state can be reached by limiting energy use and materials through product redesign, using renewable materials.
- Track 7-1 Eco friendly and sustainable manufacturing
- Track 7-2EPA and environmental engineering law
- Track 7-3Minimization of industrial wastes and recycling
- Track 7-4 Waste water and solid waste management
- Track 7-5 Environmental impact assessment and mitigation
- Track 7-6Renewable Energy
- Track 7-7Sustainability and Green Systems
Engineering economics involves formulating, estimating, and evaluating the economic outcomes when alternatives to accomplish a defined purpose are available. Some other topics that may be addressed in engineering economics are Value Engineering, Cost Engineering, Tax Credits, and Investment Engineering.
- Track 8-1Value Engineering
- Track 8-2Cost Engineering
- Track 8-3Tax Credits and Accounting
- Track 8-4Replacement and Maintenance analysis
- Track 8-5Financial/Investment Engineering
- Track 9-1Construction Methods & Technology
- Track 9-2Construction Financial & Cost Control
- Track 9-3Construction Scheduling
- Track 9-4Construction Safety Management
- Track 9-5Green Building & Sustainable Development