Jack Lambert Email & Phone Number

Broomfield, Colorado, Us

Currently leading and mentoring a high-performing team of software engineers and machine learning specialists to integrate new capabilities into the DoD’s missile defense framework, introducing modern software design principles while enhancing system scalability and flexibility.Overseeing the design and implementation of machine learning models for object detection, classification, and tracking in real-time Overhead Persistent Infrared imaging streams.Collaborating with cross-functional teams to integrate individual computer vision detection and tracking applications into overall missile defense, warning, and techinical intelligence architecture.

Broomfield, Colorado, Us

Fremont, Ca, Us

Facilitating agile software practices as the team’s Scrum Master.Optimizing data performance for customer specific workloads with varying data transfer lengths, queue depths, and data performance metrics. Strong memory management and optimization fundamentals on RTOS (Cortex R5).Test driven development: debugging with TRACE32 in-circuit software, unit testing with googletest and fake function frameworks, API and abstraction layer creation for UT integration into current CI/CD pipeline.Task automation using Jenkins to distribute unit testing across Linux servers.

Fremont, Ca, Us

Selected to be a part of Seagate's talent accleration program for engineering developement in Cloud / Lyve Cloud. Program includes coursework in partnership with UC San Diego in the following courses:Linux OS Fundamentals, JavaScript Fundementals, Info Security & Risk Management, Networks & Networks Security, Cryptography, Security Engineering, Threat Modeling, DevSecOps, and Cloud Security.

Fremont, Ca, Us

Independently designing and integrating new machine learning algorithms to optimize variable bit apsect ratio (VBAR) and write waveform using real-time measurements within hard drives to meet large cloud-based customer qualifications, provide corrective actions for customer-visible failures, and improve overall yield.Modular code development cycle familiarity in integrating, test development, conducting statistical analysis, and making customer specified modifications to meet desired functionality (Agile framework)

Fremont, Ca, Us

Boulder, Co, Us

Designed UAV deploy-able ocean current tracking devices that are currently being utilized to better understand ocean currents in the Gulf of Mexico to mitigate future disasters such as the BP Deepwater Horizon Oil Spill.Critical design elements included weight restrictions of UAV and data transmission duration. My role as the lead systems engineer was to design, integrate, and test a GPS tracking system incorporating an electrical power regulation circuit with data compression software to minimize power during location data transmission.GPS Tracking System / Power Regulation Internals: STM32 Nucleo microcontroller Iridium RockBlock 9603 Transmitter NEO-6MUblox Receiver UART Serial Communication / RS-232 Protocol

Boulder, Co, Us

Facial recognition algorithm developed for RGB-D cameras to test viability of using infrared depth sensors for computer vision techniques in complete or semi-complete darkness.Algorithm utilized SVD (singular value decomposition) to extract the top N singular vectors to span basis of the reduced subspace. Faces were then identified by projecting the new image and finding the face that minimized the cost function. A comparative analysis between gray-scale and RGB-D values showed mirroring accuracy (+95%), exemplifying this method to be a viable substitute.The SVD method was used in lieu of more accurate ML methods due to the diminutive available RGB-D data to train the algorithm on. (RBG-D and grey-scale data for 12 faces each with 51 orientations).

On-site internship that facilitated structural analysis, quantity estimation, liaising with architects, and 3D modeling. Utilized finite element analysis software to estimate expected stresses to aid design.

Boulder, Co, Us

Designed workshops to incorporate fabrication such as machining, woodworking, and 3D design for students to learn practical engineering skills. Collaborated with faculty on long-term projects. One such project - I designed a pneumatic skateboard press using SolidWorks, structural analysis, and estimated the bill of materials. This press was then built and used for a create-a-skateboard-from-scratch workshop for students .

Boulder, Co, Us

Designed a radiator for a Geostationary Operational Environmental Satellite (GOES-R). Design requirements included limits on maximum power output, operational and survival temperatures for electronics, orientation, orbit, and infrared back load. Aligned surface emissivity and absorptivity characteristics to real surface treatment, optimized radiator surface area, and calculated heater power as a function of solar flux throughout the satellite’s yearly orbit.

Boulder, Co, Us

Soda bottle rocket simulation to real flight accuracy competition hosted by the University of Colorado's Aerospace Engineering Department. Received second place for most accurate MATLAB simulation, with all three real life flights landing within a standard deviation of the projected error ellipses.The thrust and the overall trajectory was modeled by converting the thermodynamic and kinematic governing equations into first order differential equations and solving them at discrete time steps using an adaptive 4th and 5th order Runge-Kutta method.The coefficient of drag of the soda bottle was calculated in an eiffel wind tunnel. The stability of the rocket was adjusted in the wind tunnel by measuring the distribution of pressure.The projected error ellipses for the estimated trajectory of the rocket were calculated by incorporating a Monte Carlo simulation that accounted for small variations in parameters taken about Gaussian distributions.

Boulder, Co, Us

Sensitivity analysis of a Boeing 787 with specific mission outline of cruise speed, cruising altitude, range, takeoff/landing altitude, passanger loading, and additional cargo. The sensitivity analysis looked at modifying payload, range, loiter duration, engine, runway, and specific fuel consmption using AAA software and generalized the affected flight parameters.

Aerospace Engineering, Aerospace, Aeronautical And Astronautical Engineering

Cloud Security Engineering

Computer Science (Minor)