The organizing committee invites Master, PhD candidates and practitioners worldwide to submit full papers to IPCAMME 2018. IPCAMME 2018 is a premier forum for presenting of new research findings. This conference brings together avid researchers from local and foreign universities. Topics of interest for submission include, but not limited to:
Software Synthesis for Aerospace
model-based approaches to software and software-intensive system design
compositional and hierarchical design approaches for reducing and managing
complexity
approaches to building intelligent and adaptive systems within a safety-critical framework
the generation of code that is correct-by-construction
the design of maintainable systems
Software Analysis for Aerospace
verification and validation for safety-critical software systems
security analysis for aerospace communications,
compositional analysis of code for scalability
automated testing techniques
statistical techniques (including data mining and learning) for program and software
behavior analysis
Aerospace System Integration
architectures for safety-critical aerospace systems containing software, hardware, and
people
approaches to, benefits of, and limitations of Integrated Modular Avionics frameworks
human-computer interaction including intelligent cockpits/control towers
adaptive airspace implementations
Aerospace Software Policy and Implementation
the certification of software systems, including DO-178, DO-278, and safety-case based
approaches
decision-making in air systems, including both autonomy and human factors issues
creating and maintaining a skilled workforce for aerospace software
Manufacturing Engineering
Aerospace Engineering
Aerospace Systems and Technology
Aeronautical Engineering
Computational Fluid Dynamics
Industrial Engineering
Mechanical Engineering
Design and Manufacturing
Life Cycle Design of Products
Design for Environment
Design for Manufacturing and Assembly
Concurrent Engineering
PDM, PLM, Collaborative Product Design & Commerce
Condition Monitoring and Vibration Analysis
Reliability Engineering
Industrial Tribology
Applications of AI Techniques in Design and Manufacturing
Modeling & Optimization of Systems and Processes
Automation and Robotics
Non-Traditional Manufacturing
Advanced Metal Forming,Welding & Casting techniques
Agile & Lean Manufacturing
Logistics and SCM
CAD/CAM/FMS/CIMS
Reverse Engineering, RP/RT
Micro-Machining, Nano- Technology & Smart Materials
Mechatronics, MEMS, NEMS
Thermal Engineering
Computational Heat and Mass Transfer
Internal Combustion Engines
Alternate fuels
Advanced Refrigeration and Air Conditioning
Turbo Machines and Fluid Power Engineering
Renewable and Non conventional Energy Sources, Energy Systems
Cryogenics
Computational Methods in Thermal Engineering, Optimization Methods, CFD
