Joseph Lane Email & Phone Number

Branford, Ct, Us

- Targets new development in cardiac monitoring and triggering technology- Leads hardware and software development with a small team of talented engineers

My role at FastCAP split my time between Director of Engineering responsibilities and Lead Engineer responsibilities. I'm a advocate of leading by example and enjoy working both as a manager and engineer. In doing so, it gives me the opportunity to always be learning on a technical low-level while ensuring that all approaches and practices are effective and being put into use.I have an expertise in new concept development and prototyping, often working internally and externally on risk mitigation strategies for advanced technology development. - Technical expert in energy storage systems with extensive experience designing, building, and testing power management systems- Lead engineer on high-risk technology development where I've developed products from concept to production and sale- Author and Principal Investigator for NASA Phase I/II SBIR for cube satellite high power hybrid power system, seeing product through full launch and space qualification- Point of contact for new product development, authoring full analytical feasibility studies, product proposals, budgets, timelines, productization strategies, and marketing content such as journal periodicals, webinars, and white papers- Coaches engineers for best practices, problem solving strategy, investigation design, documentation, issue reporting, revision control, and product design- Works with department employees on career development, continuous education, and cross department communication- Designs and prototypes mixed signal circuitry to meet customer and application requirementsSpecific skill sets include - Analog and mixed signal circuit design (both rigid and flex) - 3D CAD and Drafting - Numerical analysis with Python/Matlab - Firmware and software with C, Python, Java, C++ - Linux scripting and development - Power Conversion, Electro-mechanical dynamics modeling, control theory, and signal processing - Communication protocols including SPI, CAN, I2C, R-485, RS-232

- Designed harsh environment power management systems and data loggers for the downhole drilling environment in oil and gas exploration- Developed and prototyped numerous product concepts for demonstration and customer testing under demanding time schedules- Qualified component and system level performance for operation at and above 150 deg C, 20gRMS vibration, and 500g shock survival- Lead DOE grant project for a downhole energy generator capable of operation above 250 deg C. Invented means of harvesting energy from drill string vibration for storage on high temperature ultracapacitors

Lexington, Ma, Us

- Studied under MIT Professor Dr. Jim Roberge, an expert in classical control theory and circuit design with over 50 years of experience in the field- Characterized Texas Instruments voice coil driven MEMs mirror for non-linearities and dynamic response- Modeled mirror dynamics with linear time invariant system equations- Analyzed material properties of mirror surface for deflection and surface quality to minimize beam dispersion - Designed and prototyped complete mixed signal laser beam steering system incorporating MEMs micro mirror for precision laser applications. Power and control circuitry was entirely analog with digital calibration and communication systems. Pointing resolution of <40 µrads, -3dB, bandwidth of 1.1 kHz, and >60dB disturbance rejection- Optimized electronics to minimize size, weight, and power consumption for mobile applications including free space optical communication on land vehicles and UAVs- Developed custom software for Gaussian laser point location detection and tracking- Designed custom optical beam expander for large field coverage with minimal beam divergence- Validated performance through dynamic response and pointing accuracy tests

Cambridge, Ma, Us

Framingham, Massachusetts, Us

- Conducted research on automatic gain control (AGC) devices for in-ear Bluetooth headset- Developed Matlab and Simulink model for custom AGC control algorithm incorporated into headset microprocessor- Implemented and tuned PID controller for real-world noise environments and speech audio signals- Designed, coordinated, and performed product testing across mechanical, electrical, and acoustic areas. Worked with full team of engineers, managers, and marketing personnel through testing period

Cambridge, Massachusetts, Us

- Worked under Dr. Rosalind Picard and Dr. Rana El Kaliouby who co-founded Affectiva on work completed during this period- Developed speech processing and visualization application to aid in speech development for children on the autism spectrum. - Designed real-time speech enabled computer games. Tested games with subjects on the autism spectrum alongside expert speech therapists.

Designing and manufacturing a home combined heat and power system.

Us

Helped to improve wireless sensor network technology.

Master Of Science (M.S.), Electrical Engineering

Bachelors Of Science, Electrical Engineering And Computer Science