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Electrical engineer specializing in the design, development and verification of very low power embedded systems. Skills include: • Expertise in complete ultra-low power embedded medical systems for implantable and non-implantable applications from board-level to full custom IC. • Embedded system architecture definition, implementation and verification. System modeling for power profiling. Making decisions for hardware implementation based desired power/performance. Understanding the trade-offs between full-custom, partially-custom and standard products hardware design. • Ultra-low power mixed-signal custom ASIC definition, design, characterization and verification. Several mixed-signal IC designs from white board to production. • Partitioning designs between hardware and software for trading off power/performance. • Direct work-related expertise in medical devices for cardiac rhythm management and neurostimulation applications. • RF system and antenna design for implantable applications. Experience at MICS and ISM frequency bands. • Interfacing with large companies and universities to find solutions to tough technical problems. • "Hands on" technical leader, project manager and mentor. Manged electrical engineers, software engineers, contractors and technicians throughout career. • Up-to-date with modern design flows and tools. Modern low power microcontrollers like MSP430 and ARM Cortex-M0/3KeywordsEmbedded System DesignASIC design and verificationMixed-signal IC designSignal processing for biomedical applications Verilog, C, Tcl, MATLAB
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Research FellowAbbott Aug 2022 - PresentAbbott Park, Illinois, Us
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Director Of Hardware Engineering, AsicAbbott Jul 2015 - PresentAbbott Park, Illinois, UsOverseeing development of ultra-low power ASICs for implantable medical products.
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Senior Engineering ManagerNeuropace Sep 2010 - Jul 2015Mountain View, Ca, UsArchitecture and electrical design for mixed-signal single-chip ASIC for closed-loop implantable simulator for first-of-a-kind deep brain stimulator for the treatment of epilepsy. Taking a legacy two chip design and enhancing design for new features and power reduction. Defined flow and verification strategy for chip development. Oversaw physical implementation for the complex ultra-low power ASIC.RF design implantable communication system between cranial implant and home monitoring station. Oversaw development of complete system including antenna design, link management and characterization. -
Director Of Electrical EngineeringIncube Labs Aug 2007 - Sep 2010San Jose, Ca, UsOversaw electrical and software engineering for medical device incubator. Architecting and designing HW/SW platforms to meet the clinical need.Example Projects:Implantable low energy pain stimulator. Successfully qualified the hardware platform through a first-in-man trial. A novel mixed-signal pulse generation timing engine and power supply for neurostimulation applications. Oversaw development of a complete MICS RF communication system for implantable products including base-station and implant modules. Oversaw development of RF electronics, base-station antennas, base-station software, AES encryption accelerator and compliance testing.Oversaw development of a clinical research transdermal drug delivery system. -
Senior Principal EngineerSt. Jude Medical Jul 1996 - Aug 2007St. Paul, Minnesota, UsDesigned and implemented both IC and PCB-based circuitry for implantable medical devices. Managed numerous projects from inception to production release. Managed groups of engineers and technicians. Served as hiring manager for numerous engineers and technicians. Mentored numerous new graduates.Example Projects:Served as project lead for a fully custom mixed-signal digital controller IC. Managed four engineers, two technicians, and numerous consultants over a five-year period to define, design and implement a complex SOC. Authored system-level specifications and designed at RTL-level various power constrained application-specific digital circuit functions. All these designs included extensive documentation, Supervised the design and fabrication of a FPGA-based breadboard for rapid prototyping of IC's. Defined and implemented a system for sensing three-dimensional body motion using a fully custom sigma-delta converter. Responsible for designing and implementing the DSP-based filtering and signal processing of modulated accelerometer signals. -
Electrical EngineerHereaus Surgical Jan 1994 - Aug 1995Test engineering support for production.Custom test fixtures for switching power supplies and surgical lasers.Designed digital motor controller for operating room vacuum systems.
Dean Andersen Skills
Dean Andersen Education Details
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San José State UniversityElectrical Engineering -
Stanford UniversityElectrical Engineering
Frequently Asked Questions about Dean Andersen
What company does Dean Andersen work for?
Dean Andersen works for Abbott
What is Dean Andersen's role at the current company?
Dean Andersen's current role is Research Fellow, Sr. Director of Hardware Engineering at Abbott.
What is Dean Andersen's email address?
Dean Andersen's email address is de****@****ail.com
What is Dean Andersen's direct phone number?
Dean Andersen's direct phone number is +140852*****
What schools did Dean Andersen attend?
Dean Andersen attended San José State University, Stanford University.
What skills is Dean Andersen known for?
Dean Andersen has skills like Embedded Systems, Medical Devices, Signal Processing, Verilog, Asic, Matlab, System Architecture, Tcl, C, Device Drivers, Rtl Design, Low Power Design.
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