Michael Haverty Email & Phone Number

Santa Clara, Ca, Us

Our team focuses on materials and chemistry pathfinding for both logic and memory applications. We design new materials and precursor chemistries. We develop mechanistic understandings to inform process optimization on the chambers Applied Materials creates. We shorten our experimental partners' R&D cycle by enabling new or optimized materials integration. Our work focuses on facilitating our customers drive to improve semiconductor device and product performance, efficiency, and reliability.

Santa Clara, Ca, Us

Our team focuses on materials & chemistry design across organizations from equipment to materials to devices to systems applied to area ranging from front-end to back-end and emerging devices.

Mountain View, Ca, Us

Offering advisory services for start-ups, organizations, and large companies including board-level roles. Focused on a broader-scale approach to materials and chemistry modeling based on studying multiple property vectors to examine many different aspects of integration with an emphasis on tight collaboration with experimental partners to ensure the minimum number of R&D iterations before moving onto production and manufacturing.On-demand multi-scale atomistic materials modeling and materials informatics services for a variety of industries (Ex: defense, semiconductors, and software). Also offer expert guidance/training/consulting for modeling on both private and public cloud as well as supercomputing HPC options to get modeling teams up and running fast with new computing clusters. In addition, providing junior and senior staffing assistance from his network of 100's of highly trained technical experts.

Barcelona, Catalonia, Es

Walnut Creek, California, Us

Vice President of Science (+ Sales), Exabyte.io, San Francisco, CA (2016-2017).• Scientific roadmap development and design of material property prediction software integrated with data science and machine learning for an intuitive and high-throughput modeling web-based software platform for the cloud.• Consulted to engage customers & provide recommendations across chemical, mechanical, and electronic properties (III/V, quantum dots, TMD, & batteries).• Benchmark atomic-scale plane-wave, local-orbital, and molecular dynamics software on variety of cloud providers (AWS, Azure, etc.) & resource instances.• Business development to close 6-figure customers, VC, advisors, and partners.• Led multi-stage sales outreach: 25% reply with 100+ engagements w/ F500.• Draft and negotiate quotes, SOW’s, NDA’s, contracts, and SBIR proposal.

Santa Clara, California, Us

• As project manager scoped, identified, and down-selected 1000’s of materials to:• Reduce resistance of contact metals, interconnects, and channel, increase high-k mobility, reduce k of low-k materials, and improve device performance.• Identified and introduced 3 new materials integrated into your computer’s CPU.• Machine learning and informatics to identify new diffusion barrier layer options.• Chair cross-org/industry groups to manage $1M academic research portfolio.• Lead developer of platform for modeling and analysis tools used by 30+ employees• Academic collaborator for tech transfer of transition-state & metrology software.• Recommended chemistry to enable a novel reaction path to add a process module to reduce the integrated dielectric constant through porosity optimization.• Developed Design of Experiments (DOE’s) to identify mechanism for unexpected experimental results and enable deposition to improve drive current by 10%.• Developed tool for training data set generation for MD potential/forcefield fitting.• Cover staff and lead weekly group meetings to manage and mentor 10+ employees.• 5 patents, 11 articles, 3 presentations, and numerous dept/org/division awards.

Santa Clara, California, Us

Santa Clara, California, Us

• Designed and developed tool used by 100’s of users in multiple organizations to automate and optimize parallel efficiency on distributed cluster.• Chaired cross-org team to benchmark and develop 10000+ core HPC infrastructure.• Led teams predicting nanotech material properties & metrology/modeling needs.• Recommended semiconductor front and back-end processing changes to improve stability, reliability, and transport properties to enable <10 nm technology nodes.• Down-selected from 100’s of material options to target materials’ properties to a more feasible range of options for cost-effective follow-up by experiment.• Multi-scale modeling with Density Functional Theory, Molecular Dynamics, Monte Carlo, combinatorial, and Finite Element Methods for structure-property studies.• Assist HR with recruiting, phone screen, and coordinate interviews/evaluations.

Santa Clara, California, Us

Santa Clara, California, Us

• Develop software to enable parallel usage of 1000’s of batch computing cores.• Compile VASP in parallel & optimize with compilers & libraries to speed-up 20%.

• Perl data mining/data science software development for a comparison shopping engine.

Greenbelt, Md, Us

• Evaluate FEA/FEM CAD tool to determine MEMS modeling viability.

Ljubljana, Ljubljana, Si

Modeling of laser ablative heating using Matlab to evaluate capabilities of lasers for transferring from defense industry to commercial application and feasibility study for medical applications.

Bookkeeping and upgrading of computer systems tracking customer data and accounts.

Ljubljana, Ljubljana, Si

Grant, report, and proposal writing for a laser ultrasonics laboratory.

Masters, Materials Science

B.S., Materials Science And Computer Science

Summer School, Computer Science