Brian Sisk Email & Phone Number

Emeryville, CA, US

CTO at Sepion Technologies, a battery materials company focused on development of innovative polymer and electrolyte technologies to enable lithium batteries - both Li-ion and Li-metal! Sepion's patented polymer technology has interesting properties that permits free travel of lithium ions, but blocks nearly everything else. The polymer also has very.

Irvine, CA, US

Led development of Rivian's electric vehicle batteries. Developed and launched battery systems for Rivian’s award-winning R1T truck, R1S SUV, and Rivian Prime Van for Amazon. Reported to VP, Propulsion Systems.===Launched Rivian’s First Battery * Developed Rivian’s first battery, transforming prototypes into a validated battery for production – mules to.

Novi, Michigan, US

MISSION: Establish A123 into a market leader for automotive lithium ion batteries by identifying exciting new markets and developing winning products for those markets.CORPORATE PROFILE: Lithium-ion battery manufacturer with $500M annual revenue, approximately 50% CAGR, projecting > $1B annual by 2021. 2700 global employees.RESPONSIBILITY PROFILE: Hired by.

Cork, Ireland, IE

POSITION: Lead development of battery management algorithms based on current/voltage sensors, as well as leadership of Electrochemical/Component Modeling, Vehicle/System Modeling, Requirements Analysis, Vehicle Laboratories, and Analytical Laboratories.ACCOMPLISHMENTS:==Built modeling/simulation team from ground up, with focus on multidisciplinary.

Cork, Ireland, IE

RESPONSIBILITY: Lead-acid and lithium-ion modeling globally including all modeling, simulation, and controls research, product support, and customer competition programsACCOMPLISHMENTS==Integrated global team of engineers and scientists in the analysis of vehicle energy storage research, linking component analysis, vehicle system analysis, molecular.

Cork, Ireland, IE

POSITION: Director – Modeling and ControlsRESPONSIBILITY: Lead-acid and lithium-ion modeling research, algorithm development, and techno-economic studiesACCOMPLISHMENTS:==Established R&D program for battery management system (BMS) algorithms, including state of health (SOH), state of charge (SOC), and power management.==Served as JCI lead for Department of.

Cork, Ireland, IE

POSITION: Domain Leader – Modeling (6/2011 – 3/2013)RESPONSIBILITY: Lead modeling research with focus on emerging technologies (5-25 yrs)ACCOMPLISHMENTS:==Led competitive and regulatory analysis of electric powertrain, with focus on segment impact of start-stop, hybrid (HEV), and electric vehicles (EV)==Demonstrated viability of 12V and 48V micro-hybrid.

Arlington, VA, US

*RESPONSIBILITIES: ** Collaborate with with analysts and customers to design innovative, data-driven solutions to aid in mission management and force protection**Invent new algorithms to maximize actionable information collected from a wide array of sensor assets including imagery, metadata, physical measurements, and more **Conceive research and.

Pasadena, CA, US

Ph.D. in Chemistry. Research focused on the development of broadly responsive chemical vapor sensors and the development of algorithms to process data from arrays of these sensors.*ACCOMPLISHMENTS: **Designed and fabricated portable, handheld “electronic nose” chemical vapor detection systems based on miniaturized electronics and small flow chambers.

Cleveland, OH, US

Developed thermoset polymer compositions for possible use in NASA's relaunchable vehicles (RLV) program

Bowling Green, KY, US

Used thermal and mechanical analysis techniques to evaluate a variety of different materials: organic, inorganic, polymeric etc. Specialized in high-temperature thermosets such as bismaleimides and cyanate esters. Evaluated blends of these materials for possible use in NASA's Relaunchable Vehicles program. Performed failure analysis for a variety of.

Ph.D., Chemistry

Bs, Ms, Chemistry