Sentences with phrase «designing a systems simulation»

Not exact matches

«The Picking PowerPac allows systems integrators and end users alike the ability to easily design and develop picking simulations that can be directly downloaded to the robot controller for operation in the real world,» says Tallian.

Advances in robotics from Pack Expo include ABB's «extremely accurate» simulation software (left) and Blueprint Automation's infeed sortation system (right) designed to be positioned upstream of robots.

The ALPHA system was designed as a computer opponent in air combat simulations but is now working with pilots and could one day be used to fly real planes

Rodgers adds: «It's essential to demonstrate that high - performance computing simulations can generate realistic results and our team will work with engineers to evaluate the computed motions, so they can be used to understand the resulting distribution of risk to infrastructure and ultimately to design safer energy systems, buildlings and other infrastructure.»

Researchers at the San Diego Supercomputer Center at the University of California, San Diego, have developed software that greatly expands the types of multi-scale QM / MM (mixed quantum and molecular mechanical) simulations of complex chemical systems that scientists can use to design new drugs, better chemicals, or improved enzymes for biofuels production.

In addition, the artificial synapses may simplify the design and functions of nervous system simulations.

Scientists at those institutions in particular work on realistic simulations of bulk material and the numerical design of sorting systems.

The ProVision 100 is a computer system with software which converts data such as simulations of drug molecules or architects» designs from a two - dimensional format into three dimensions.

Toward the rational design of RO membranes, we performed contrast - variation neutron scattering measurements and atomistic molecular dynamics (MD) simulations on polyamide / water systems with various water contents and deuteration ratios.

You should also feel better informed as to how to approach the design of a systems simulation, to ensure that it meets the needs of your target audience.

Proficiency in eLearning tools: (Captivate, Articulate, Camtasia, etc.), Responsive Design, HTML5 / CSS3, audio editing, Learning Management Systems, graphic design, video editing, micro-learning, gamification, simulations, animations / motion grDesign, HTML5 / CSS3, audio editing, Learning Management Systems, graphic design, video editing, micro-learning, gamification, simulations, animations / motion grdesign, video editing, micro-learning, gamification, simulations, animations / motion graphics

Examples may include systems science approaches (e.g., computational modeling and simulation, network analysis, and engineering control methods) to conceptualize prevention at the micro - or macro-levels of analyses; alternative intervention designs for when randomization is not possible; new methods for optimization of interventions; adaptive interventions and SMART designs; and innovative analytic approaches including time varying effect models, and models for incorporating intensive longitudinal data and / or real time data capture in prevention science research.

This includes the design and manufacture of high performance vehicles, the development of battery and flywheel energy storage systems, commercial applications of Williams» motorsport simulation technology, and engineering consulting and systems integration services.

Low inertia 78 mm Q - Trim turbine wheel design for faster spool and better transient response at no cost to peak horsepower thanks to Magnum's free full system custom engine simulation.

Also designs ship and submarine mission and combat systems, including mission systems and sensors for rotary and fixed - wing aircraft, sea and land - based missile defense systems as well as radar systems, the Littoral combat ship, simulation and training services, and unmanned systems and technologies.

I've designed level layouts, combat mechanics, crafting systems, boss battles, power - ups, puzzles, economic simulations, monetization systems, and much more.

The advanced physics engine is being designed to provide a very realistic driving experience, including features and aspects of real cars, never seen on any other racing simulator such as tyre flat spots, heat cycles including graining and blistering, very advanced aerodynamic simulation with active movable aerodynamics parts controlled in real time by telemetry input channels, hybrid systems with kers and energy recovery simulation.

The development of accurate computer - based design programs is crucial for high system reliability through improved modeling and simulation in the design phase.

At that time, there were major advances in Building Sector technologies — in glazing materials (heat mirror and low - e coatings), passive and active solar energy systems design and applications, passive and active cooling applications, natural ventilation systems, phase - change materials, moveable insulation, building simulation modeling programs, daylighting systems and controls, energy management systems, night set - back thermostats and occupancy sensors, solar hot water heating, solar thermal electric generation and storage, photovoltaics and advances in low - energy lighting systems, to name just a few.

-- The term «technology development focus» means the unique technology development areas in which a Hub will specialize, and may include solar electricity, fuels from solar energy, batteries and energy storage, electricity grid systems and devices, energy efficient building systems and design, advanced materials, modeling and simulation, and other clean energy technology development areas designated by the Secretary.

While working on my dissertation I found myself at Northrop Aircraft in Advanced Design, first working as a Operations Research specialist (stats), later I moved into crew systems design and finally into simulation and threat anaDesign, first working as a Operations Research specialist (stats), later I moved into crew systems design and finally into simulation and threat anadesign and finally into simulation and threat analysis.

C - ROADS is designed to broaden decision - maker understanding of the climate system's responses to human intervention through rapid - cycle - time simulation.

Taking into account system loss factors such as soiling, snow, and shading, our performance simulation engine estimates that the solar design can produce 358,123 kWh of electricity in a year.

Based on the design specifications and the conditions at the site, Aurora's performance simulation engine estimates the system would produce 2,218 kWh of electricity over the course of the year, and provided a monthly breakdown of that production:

By adjusting the values of those parameters found to be influential through numerical experiments and simulations, short - term and long - term policy recommendations that can keep the system within optimum levels or sustainable development targets (e.g., Millennium Development Goals or the Post-2015 Development Agenda) can be designed and tested.

Applying a simulation design in the Community Earth System Model in which CO2 increases are isolated over individual continents, we demonstrate that different circulation, moisture and stability changes arise over each continent due to declines in stomatal conductance and transpiration.

Accident reconstruction & causation analysis, human factors, occupant dynamics & biomechanics, occupant protection system evaluations (including: seat belts, airbags, and vehicle interior design), time - position - speed & delta - v calculations, airbag tank testing, computer - aided reconstructions & simulations, product defects, accident scene and vehicle damage assessments, transportation issues.

PCB design Embedded Systems Product Development Design for Manufacturing Concept Design Virtual Prototyping CAD AutoCAD Simulations Process Control Integdesign Embedded Systems Product Development Design for Manufacturing Concept Design Virtual Prototyping CAD AutoCAD Simulations Process Control IntegDesign for Manufacturing Concept Design Virtual Prototyping CAD AutoCAD Simulations Process Control IntegDesign Virtual Prototyping CAD AutoCAD Simulations Process Control Integration

Designed a dynamic simulation test matrix and planned flight profiles to predict next generation infrared countermeasure system effectiveness for fix - wing aircraft.

Highly reliable with profound technical knowledge experience in the full life cycle of the software design process including creating, testing, installing and evaluating software systems and applications, in different software languages, identifying new technologies for implementation, software modeling and simulation, providing browser user interface design.

Developed system on chip design flow, which let different blocks simulation, static timing, and layout working in parallel and independently for a big chip design

Created MATLAB and Simulink simulation models, built HDL models, and architected system design for performance and speed.

Lead Electrical Engineer responsible for the design and modification of aircraft avionic and electrical systems used in military simulation and training systems (UH - 60, CH - 47 and CH - 53 helicopters, T - 44 multi-engine aircraft, and M1A2 armored vehicles).

Designed and simulated the refrigerant systems used to cool process streams throughout the plant simulation

Tags for this Online Resume: functional design, block diagrams, specifications, market analysis, business development, presentation skills, design and manufacturing, system simulation, system design, architecture creation, create and maintain specifications, Develop marketing material, develop trade show material, particiapte in trade shows, sales, system performance, system trades, rapid prototyping, selective laser sintering

* 10 + years supporting Spice simulation systems with physical design parameters and Spice collateral * 10 + years using C, Fortran, Perl, and Cadence Skill for glue logic and programs to support Analog design.

Extensive aircraft system's design and integration knowledge through continuous development and upgrade of complex subsystem simulations including Radar, Datalink and Acoustics and numerous others.

Project Highlights: Project CT - 120 — Architecture / design / implemented a full scale bag simulation system.

Industrial Engineer — Duties & Responsibilities Trained in industrial engineering with a focus on international industrial engineering Proficient in the development and implementation of optimized workflows, organizations, and systems Developed a prototype for a tree seedling transfer system which increased speed of mechanical planting Collaborated with fellow international students, faculty, and subject matter experts Created a 3 - D object - oriented supply chain simulation using SIMIO software Enabled Bracke Forest to test different inventory and product demand scenarios Programmed ABB and Hitachi robots to coordinate material handling through a PLC Designed automated work - cell using DELMIA IGRIP software to replace manual material handling on a hydraulic press operation at SCANIA truck chassis plant Completed all duties in a thorough, professional, and timely manner Consistently recognized for excellence in team leadership and project management

With an extensive theoretic background in Guidance, Navigation and Control, to obtain a position as an engineer in the field of feedback controller design and development, modeling and simulations, system identification, embedded control software development.