Identify and solve problems where fundamental insights from computational modeling & simulation can accelerate the design and development of new materials or catalysts relevant to PT applications
Collaborate with teams across PT to identify new catalysts and material concepts for new or current PT applications and advance them to proof of concept
Act as first screen in design of new catalysts and materials by rapidly down-selecting from a list of thousands or millions of candidate materials to identify few most promising ones
Develop, implement, and maintain efficient simulation methodologies required for design of new products and/or processes, validation of new applications, and plant/customer/regulatory support
Keep up to date with the latest developments in modeling & simulation methodologies and implement the most promising ones based on current needs
Work simultaneously on multiple projects across diverse areas while ensuring timely deliverables are met
Maintain software versions and licenses up-to-date and work closely with Honeywell HPC team to resolve problems encountered during installations and upgrade/refresh of HPC servers
Identify, coordinate, and work with external research, academic and new venture partners to prioritize and accelerate learning of application and materials and/or catalysts performance requirements
Translate voice of the customer and customer unmet needs to material and/or catalysts performance requirements
Work with customers and Honeywell/PT marketing to meet needs in a fast-paced environment
Follow all related safety and environmental rules and regulations

Requirements

Advanced Degree in Chemical Engineering, Physical Chemistry, or Material Science from an accredited institution
8+ years of experience in advanced materials or specialty chemicals industrial research and/or new product development
PhD in Chemical Engineering/Chemistry/Material Science with emphasis on modeling & simulation applied to new material and catalysts development
Strong fundamentals in two or more modeling & simulation techniques – quantum mechanics, molecular mechanics, process modeling, CFD, FEA, AI/ML
Expertise in modeling a wide variety of materials, catalysts and processes
Proficient in at least one programming language – Python, R, MATLAB
Expertise in more than one simulation packages – Gaussian, DMOL3, CASTEP, VASP, QuantumESPRESSO, COSMOTherm, LAMMPS, GROMACS, Towhee/Cassandra, UniSim/Aspen, Ansys
Experience in employing data science and AI/ML techniques for development of new materials and catalysts
Familiarity with Integrated Computational Materials Engineering (ICME) principles
Experience in a fast-paced environment
Technical curiosity and passion for R&D
Desire and ability to identify, develop, and improve new technical concepts and products
External orientation and desire to accurately understand technology trends, customer unmet needs, and working with external partners
Proficient in leading technical projects involving scientists, engineers, application development and marketing
Excellent interpersonal and written and verbal communication skills
Reliable and trustworthy with the highest ethical standards and integrity

Benefits

employer subsidized Medical
Dental
Vision
Life Insurance
Short-Term and Long-Term Disability
401(k) match
Flexible Spending Accounts
Health Savings Accounts
EAP
Educational Assistance
Parental Leave
Paid Time Off (for vacation, personal business, sick time, and parental leave)
12 Paid Holidays

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

modeling techniquessimulation techniquesquantum mechanicsmolecular mechanicsprocess modelingCFDFEAAI/MLprogramming languagesdata science

Soft Skills

technical curiosityinterpersonal skillswritten communicationverbal communicationproject leadershipproblem-solvingcollaborationorganizational skillscustomer orientationethical standards

Certifications

PhD in Chemical EngineeringPhD in ChemistryPhD in Material Science