In other words, maximum efficiency is achieved if and only if no new entropy is created in the cycle, which would be the case if e.g. friction leads to dissipation of work into heat. In that case, the cycle is not reversible and the Clausius theorem becomes an inequality rather than an equality. Otherwise, since entropy is a state function, the required dumping of heat into the environment to dispose of excess entropy leads to a (minimal) reduction in efficiency. So Equation 3 gives the efficiency of any reversible heat engine.
In mesoscopic heat engines, work per cycle of operation in general fluctuates due to thermal noise. If the cycle is performed quasi-statically, the fluctuations vanish even on the mesoscale.[4] However, if the cycle is performed faster than the relaxation time of the working medium, the fluctuations of work are inevitable. Nevertheless, when work and heat fluctuations are counted, there is exact equality that relates the exponential average of work performed by any heat engine and the heat transfer from the hotter heat bath.[5]
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Project Management:
• Lead project scope development and options analysis and recommend technical solutions to meet customer needs (third party or in-house).
• Responsible for the creation of project plans, timelines, milestones, goals and ownership
• Must complete and implement projects on time, and ensure all assigned tasks and projects are executed to department quality standards.
• Plan, execute and report on the status of small to medium complex projects.
• Recognized as a technical lead for onshore and offshore teams on small and mid-sized projects.
• Other projects as assigned by the manager
Customer Experience:
• Work closely with mid to senior level management and project team during scope development and option analysis phase.
• Lead the technical aspects of the projects and/or solutions to meet client group expectations.
• Translate business requirements into technical/system requirements
• Execute technical solutions to department quality standards.
Analytics:
• Involved in research and analysis of third party software solutions, and must be able to make a recommendation to use third party software or develop solution in-house
• Identify future opportunities for application enhancement and value generation.
• Know how to break technical solutions into logical units, and have the ability to use models to show applications or program flow.
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Dayton, OH, USA| Cleveland, OH, USA| Northampton, UK
Entry Level
San Francisco Avenue, Lancaster, CA, USA
Entry Level
Northampton, UK| Nova, Ohio, USA| Los Angeles, CA, USA
Entry Level, Associate