Apply finite element and computational modeling to improve optical fiber manufacturing at the Wilmington, NC plant, turning model results into implemented process and equipment improvements to raise yield, throughput, quality, and energy efficiency.
Compensation
The range for this position is $101,784.00 - $139,953.00 assuming full time status.
Responsibilities
Develop, validate, and maintain thermal, structural, and computational fluid dynamics (CFD) models of glassmaking processes and equipment using commercial tools such as ANSYS, COMSOL, and Fluent
Work hands-on in the plant to gather process data, run experiments and trials, and use the results to calibrate and validate models
Use physics-based analysis to identify root causes of process limitations, and translate results into engineering requirements, design recommendations, and process windows
Evaluate design and process alternatives both virtually and hands on to reduce development time, cost, and risk
Partner with technology development, process engineering, and manufacturing teams to improve yield, throughput, quality, and energy use
Requirements
Masters in Physics, Mechanics, Mechanical Engineering, Applied Mathematics, or a related field (e.g., solid mechanics, fluid dynamics, theoretical physics)
Nice to have: Model validation against experimental and plant data
Nice to have: Uncertainty and sensitivity analysis
Nice to have: Multiphysics experience (coupled thermal, structural, and fluid)
Lead a team of scientists and engineers in technology development for unmanned aerial systems, overseeing project management, prototype design, fabrication, flight testing, and business development.
Responsibilities
Develop innovative solutions to advanced technical problems
Provide focal point for technical communication within the company
Lead a team of moderately experienced professional staff
Manage program schedule and resource needs
Contribute to 5-10 year roadmaps of unmanned aircraft capabilities
Design and conduct research within a specific field while receiving advanced training from a designated Principal Investigator to enhance professional skills and research independence needed for pursuing a professional career in Medical Physics.
Compensation
This position is eligible to receive a Sign-on Bonus.
Responsibilities
Lead and contribute to research projects involving FLASH proton therapy, proton minibeam radiation therapy, and spatially fractionated radiation therapy (SFRT)
Develop and optimize novel proton beam delivery approaches
Perform computational modeling, Monte Carlo simulations, and treatment planning studies
Design and conduct experimental measurements to characterize proton beam delivery
Develop and implement computational tools using MATLAB, Python, and treatment planning system scripting
Lead and contribute to research projects involving Re-Irradiation, Functional Imaging, and Mathematical Models.
Optimize Re-irradiation workflow for clinical proton treatments.
Develop mathematical Models for toxicity prediction based on functional imaging, treatment plans, and patient history.
Perform computational modeling, statistical analysis, and treatment planning studies to evaluate dose, LET, functional healthy organ regions, before, during, and after treatment.
Perform dosimetric validations of toxicity models.
Requirements
Ph.D. in Medical Physics, Physics, Biomedical Engineering, Nuclear Engineering, Computer Science, or a closely related field.
Design, perform, and validate molecular-scale simulations of fluid behavior, transport, and interactions with mineral or organic pore surfaces; analyze implications for petrophysical properties.
Develop and evaluate computational models of nuclear and magnetic-resonance measurements, including applications to subsurface characterization and monitoring in well environments.
Use scientific programming, numerical methods, and high-performance computing resources to manage simulations, assess uncertainty, interpret results, and improve reproducibility.
Integrate computational predictions with available experimental measurements; investigate model sensitivity and interpret scientific findings.
Prepare technical reports, manuscripts, presentations, and research updates; coordinate with faculty, students, collaborators, and consortium sponsors.
Lead a world‑class team advancing cooling and thermal design technologies for high‑temperature aerospace and propulsion components.
Compensation
The base pay range for this position is $130,000 - $240,000 USD USD Annually. The specific pay offered may be influenced by a variety of factors, including the candidate’s experience, education, and skill set. This position is also eligible for an annual discretionary bonus based on a percentage of your base salary/ commission based on the plan.
Responsibilities
Lead strategic direction, technical execution, and talent development of GE Aerospace Research's component heat transfer capability
Own a research portfolio spanning cooling design, heat transfer and storage solutions, conjugate heat transfer modeling and simulation, and test and diagnostic capabilities
Partner with Technology Director - ATMS to align strategy with business needs
Lead a diverse team of scientists and engineers
Build culture of action and operational excellence
Requirements
Master's degree in Mechanical Engineering, Aerospace Engineering, or a related engineering discipline with a focus on heat transfer or thermal-fluid sciences
Nice to have: PhD in Mechanical Engineering, Aerospace Engineering, or a related engineering discipline
Nice to have: minimum 8 years of professional experience in research, development, or engineering for aerospace and propulsion applications
Nice to have: minimum 3 years of direct people leadership experience in a research or laboratory environment
The Department of Mechanical, Industrial, and Manufacturing Engineering at The University of Toledo seeks a highly motivated Postdoctoral Research Associate to conduct and coordinate interdisciplinary research in thermal sciences, computational modeling, advanced manufacturing, and industrial process optimization.
Responsibilities
Conduct and coordinate interdisciplinary research in thermal sciences, computational modeling, advanced manufacturing, and industrial process optimization
Contribute to multiple research projects involving industrial glass manufacturing, high-temperature thermal systems, computational fluid dynamics (CFD), heat transfer, combustion, thermal energy storage, experimental instrumentation, and data-driven modeling and optimization
Manage multiple projects and priorities simultaneously
Mentor and coordinate graduate student researchers
Collaborate with faculty, industrial partners, and other stakeholders
Requirements
Ph.D. in Mechanical Engineering or a closely related engineering or scientific field
Nice to have: leading or coordinating interdisciplinary research activities
Nice to have: mentoring graduate or undergraduate research students
Nice to have: collaborating with faculty, industry partners, and external research collaborators
Nice to have: managing or contributing to multiple research projects
Lead and manage a research team focused on global burden of disease studies, overseeing quantitative analysis, mentorship, and dissemination of findings.
Locations (3)
Seattle, Washington, United States
Olympia, Washington, United States
United States
Compensation
Pay Range Minimum: $120,000.00 annual
Pay Range Maximum: $143,820.00 annual
Responsibilities
Supervise employees including hiring, training, and performance assessment
Lead structural engineering design and analysis for mining, resources and industrial projects, contributing to design packages, integrity assessments, and client collaboration.
Compensation
Along with a competitive salary we offer many other benefits to ensure your professional development & wellbeing is ongoing.
Responsibilities
Undertake structural engineering design and analysis across mining, resources and industrial projects.
Develop computational models to analyse and assess the structural behaviour of new and existing structures.
Prepare design calculations, specifications, drawings, technical reports and other engineering documentation.
Work across structural steel and reinforced concrete design for industrial and mining infrastructure.
Coordinate with designers and modellers to deliver accurate and practical design packages.
Requirements
Bachelor’s Degree in Civil or Structural Engineering
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