Company Overview
Hexagon Lavish® , a subsidiary of its parent entity, The AntiArtificial Company , is a scientific research and development startup in Atlanta, Georgia. The company has now evolved into a small company that's devoted to utilizing "unorthodox" research methodologies and uncompromised use of mathematics and science.
DUBL ï (pronounced " double-eye ") will be a resultant product from the network platform, D.N.A. ( Distributional Network Application ). DUBL ï will be designed as software for immediate detection, distinction, classification, and analysis.
Position Overview
Hexagon Lavish® is a scientific research and development startup in Atlanta, Georgia that has an opening for a full-time/permanent position for an experienced staff researcher to work in the capacity of an Applied Mathematician.
The experienced staff researcher, working in the capacity of an Applied Mathematician , will engage heavily in developing advanced algorithms to be implemented for signature "motion" for the DUBL ï "mobile application" in addition to the gaming environment for the "temporary" website. This position will also be deeply-involved in development for consequential analysis, numerical modeling of the IRCs (informational return channels), time analysis, image processing, finite elements as well as Monte Carlo techniques that are applicable to [practical] execution on information structure and retrieval.
The experienced staff researcher, working in the capacity of an Applied Mathematician , will be working closely with the Biostatistician in orchestrating the informational libraries for DUBL ï detection, distinction, retrieval, and execution "motions" in association with the "mobile app" (if plausible).
KEY RESPONSIBILITIES:
- Research topics and subject matter independently as well as in collaboration with other staff
- Assist in developing and maintaining information sources
- Provide support for execution of data analyses and assess the compatibility of existing and proposed statistical methods and analytical tools with project/study design and objectives
- Provide actionable recommendations to resolve statistical/analytical issues
- Provide statistical analysis and scientific writing to develop abstracts, manuscripts, presentations, etc.
- Develop and review protocols, development of sampling plans, apply appropriate statistical methods to the analysis of program and project data, and implement statistical software applications
- Develop, implement, and maintain best practices related to data collection, data management, and data analysis standards, protocols, and procedures
- Contribute to the design and analysis of algorithms for mathematical optimization and machine learning, and to the modeling for complex design, decision, and inference problems
- Collaborate in the development and application of software instantiations of numerical algorithms
- Bring creative and innovative perspectives by proposing algorithmic approaches, models, and solutions
- Document work and results in the form of journal papers and conference proceedings, and present work and results at scientific meetings and conferences
- Develop and prove math models for games that demonstrate game probabilities and return to player via theoretical calculation and/or simulation
- Develop an understanding of competitive products and technologies
- Leverage knowledge of nonlinear dynamics, stochastic processes, and high-dimensional chaos to interpret and model brain-like systems
- Address intricate challenges by using mathematical and computational methods to craft and refine neuromorphic models
- Synthesize principles from topology, geometry, and abstract algebra to provide unique insights into complex system behavior and neural network architecture
CHARACTER PROFILE:
- Ph.D. in Applied Mathematics, Computational Neuroscience, or closely related field, with significant academic work related to dynamical systems, complex systems, and chaos theory
- Demonstrable understanding of a broad spectrum of mathematical disciplines, including but not limited to topology, abstract algebra, geometry, nonlinear dynamics, and stochastic processes
- Proven track record of problem-solving through mathematical modeling and simulation, particularly regarding complex, chaotic, or dynamic systems
- Exceptional collaborative and communication skills, bridging complex mathematical concepts with interdisciplinary informational research needs
- Teamwork and the ability to clearly communicate complex ideas
- Apply safety-related knowledge, skills, and practices to mundane duties and responsibilities to work
PERSONAL CHARACTERISTICS:
- Sound decision-maker
- Contribute to the statistical endeavors of the company's projects
- Ability to form team consensus on design choices and execution plans
- Strong analytical skills; experience interpreting strategic plans and changes in how services are delivered into a long-term sustainable operating model
- Excellent relationship-building skills with an ability to communicate and work effectively with a variety of internal and external stakeholders
EXPECTATIONS OF ABILITIES:
- Fluent in English
- Strong interpersonal skills
- Excellent communication skills, both verbally and in written form
- Must demonstrate an understanding and acceptance of the Hexagon Lavish® mission, vision, and values
- Harbor the ability to work well with people and be able to work efficiently and effectively as an integral part of an interdisciplinary team
- Must demonstrate a high degree of integrity, trustworthiness, respect for others, and the ability to deal appropriately with confidential and sensitive information
Hexagon Lavish® is an equal opportunity employer and sets a fair-point perspective on all candidates