Mathematician - Applied Mathematics (MT109)

ProSidian Seeks a Mathematician - Applied Mathematics (MT109) (Time and Materials | Exempt Engagement Team - Senior Consultant Level) to support an engagement for a liquid waste contractor (Savannah River Remediation [SRMC]) at the Savannah River Site in Aiken, SC, which is owned by the U.S. Department of Energy. - MT109 | Prof.  This position is located in the Savannah River Site / Aiken, South Carolina Area. 

Mathematician - Applied Mathematics (MT109) Candidates shall work to support requirements for TBC (Mathematician Services) and statement of work (SOW) while maintaining required qualifications Nuclear & Environmental Management Sector.  ProSidian Team Members work as part of the Mathematician Engagement Team Cadre to serve as a Mathematician responsible for performing a variety of computational, data analytics, and problem-solving assignments in support of/related to the design, manufacture, test, installation, operation, and maintenance of diverse process equipment and systems, and generally as a member of a design, construction, operations, or review team on more complex assignments or as a lead on less complex projects.  In addition, support and engagement for a liquid waste contractor (Savannah River Remediation [SRMC]) at the Savannah River Site in Aiken, SC, which the US Department of Energy owns.

Applied mathematics underpins scientific research and development, finance, engineering, economics, and information and communication technology (ICT) Tools.  ICT is changing processes of Mathematics related research, teaching, learning, and application by adding elements of vitality to classroom education environments, including virtual environments for the purpose. The new digital ICT is not a single technology; it is a combination of hardware, software, multimedia, and delivery systems.  Graduates in either pure math or applied math use mathematical calculations in a wide range of work sectors to help describe, analyze and solve problems. Many jobs that require a high level of expertise in math don't have the word 'mathematician' in the title. Terms such as analyst, modeler, programmer and even engineer may be used.

In the context of mathematics ICT and the new technology will refer to graphical calculators and computers together with applications such as spreadsheets, graphics packages, algebra and geometry systems.  Mathematicians help organizations by applying mathematical theories and techniques to solve practical problems. They collect data, analyze this data and present their findings with the aim of solving practical problems in business, government, engineering and science.  The Mathematician will use computational techniques and theories to analyze data and solve problems to support and improve company business decisions. 

This service supports Environmental Management Sector Clients (For Present / Future Requirements), and ProSidian Team Members work as part of an Engagement Team Cadre to fulfill Mathematics requirements.  A Mathematician designs, builds, and tests various applied mathematics experiments, audits, and assessments in support of structured working groups focusing on , like industrial machines, transportation systems, and robotics equipment.  In addition, the Mathematician shall perform many computational applied mathematics, data analytics, and problem solving, scientific, and technical tasks in support of/related to the process of Nuclear, Energy, and Environmental Management Sector products/services/deliverables.  Some of their typical duties and responsibilities include:

ESSENTIAL RESPONSIBILITIES:

• Address The Relationships Of Quantities, Magnitudes, And Forms Through The Use Of Numbers And Symbols.
• Analyzing Results To Provide Information On Different Areas Such As How Materials Behave In Production, Weather Patterns, Efficient Aircraft Design Or Future Trends In Economic Development
• Apply Mathematical Theories And Techniques To The Solution Of Practical Problems In Business, Engineering, Or The Sciences.
• Assemble Sets Of Assumptions And Explore The Consequences Of Each Set.
• Collaborates With Engineers, Clients, And Other Staff To Identify The Specific Problem; Implements Mathematical Theories And Techniques To Solve Or Work Toward A Solution.
• Collecting Data From Statistical, Experimental Or Other Sources
• Collects And Analyzes Data To Identify Trends And Relationships.
• Conduct Research To Extend Mathematical Knowledge In Traditional Areas, Such As Algebra, Geometry, Probability, And Logic.
• Creates Statistical Or Mathematical Models To Use In Analyses Or Computer Modeling Simulations.
• Design, Analyze, And Decipher Encryption Systems Designed To Transmit Military, Political, Financial, Or Law-Enforcement-Related Information In Code.
• Designing Experiments And Research Projects To Test Mathematical Theories
• Designing Mathematical Models To Interpret Data
• Develop New Principles, And New Relationships Between Existing Mathematical Principles, To Advance Mathematical Science.
• Develops And Uses Various Computational Methods To Solve Engineering Problems.
• Identifying Problems In Discussion With Colleagues Or Business Clients
• Maintain Knowledge In The Field By Reading Professional Journals, Talking With Other Mathematicians, And Attending Professional Conferences.
• Maintains Current Knowledge Of Emerging Industry Or Technology Trends By Participating In Professional Conferences, Maintaining Relationships With Other Mathematicians, And Reading Professional Journals.
• Making Calculations, Using The Relevant Information Available, Often Using Computer Programs
• Perform Computations And Apply Methods Of Numerical Analysis To Data.
• Performs Other Related Duties As Assigned.
• Prepares And Presents Research Results To Engineers, Managers, And Clients.
• Presenting The Results Using Tables, Graphs, Diagrams, Computer Models Or Written Reports.
• Reviews And Analyzes The Security Of Data And Related Systems And Networks.