Satori Scientific provides in-depth technical consulting services:• R&D/Engineering• SBIR Proposal Writing & Strategy Specialists in the following areas:• Sensor Development• IoT System Development (Hardware and Software)• Instrumentation System Design• MEMS/Microfabrication• Acoustics & Transducers• Multi-Physics Modeling• Test and CharacterizationSatori Scientific is also developing next-generation instrumentation systems for sustainable agriculture.

• Served as chief executive officer and general manager of the corporation – a developer and manufacturer of scientific-grade precision MEMS sensors targeting aerodynamics/aerospace markets• Championed efforts to commercialize and transition prototype MEMS sensors into instrument-grade products – shear stress sensors, microphones and pressure sensors based on capacitive, piezoelectric and optical transduction• Led targeted technical programs (SBIR/STTR and others) as principal investigator / project manager, including technical project management, MEMS sensor design and modeling, microfabrication process flow development, sensor packaging, and test/characterization. • Identified, developed, and secured new business opportunities through R&D funding proposals, partnerships, trade shows, and technical sales• Initially led marketing, sales, business development, strategy, operations, contracts, and finance, handing them off to departments as the company grew• Developed vision and strategy to grow the company, transition to a product focus, and leverage external funding for developmentAchievements:• Led steady company growth from $450k to $1.5M revenue, annually (and growing from 3 to 14 employees)• Secured $3.5M in NASA/DOD SBIR contracts, serving as proposal/project lead and assisted team in securing an additional $2.7M in SBIR contracts• Transitioned company from a small, lifestyle business into a product-focused development house undergoing steady growth• Supervised technical and leadership team that brought industry-first shear stress sensor to market

• Directed growth of emerging technologies via new business development and internal R&D.• Led internally and externally funded research programs in micro and nano technologies• Performed project and engineering/resource management, maintaining multiple project schedules, and balancing staffing resources• Led the development of low-frequency low-power, piezoelectric vibration sensors, and piezoelectric nanocomposite acoustic sensors

• Developed MEMS-based acoustic sensors, energy harvesting systems, and aircraft acoustic liner technology.• Taught undergraduate classes in electrical engineering.• Mentored graduate students in microsensor development, technical publication and good research practices.• Presented results in technical conferences and publishing in refereed technical journals as appropriate.Achievements:• Developed, fabricated and characterized a MEMS-based piezoelectric microphone.• Designed and fabricated an electromechanical acoustic resonator for reclamation of energy using MEMS technology and sol-gel deposition of Lead Zirconate Titanate (PZT).• Taught undergraduate power class in electrical engineering. (Power systems, transformers, AC/DC machines, etc….)• Involved in the design, fabrication, and characterization of a micromachined optical Moiré-based floating element shear-stress sensor.• Designed, modeled and developed a process flow for a single fiber optical lever microphone using MEMS technology for acoustic measurement applications in electrically harsh environments.• Developed a tunable electromechanical Helmholtz resonator utilizing a piezoelectric composite plate.

• Designed and developed novel optical sensors• Procured research grants from government funding agencies