Inspired by electrum, a rare, naturally occurring alloy of gold and silver known for its beauty and historical value, Electrum Labs embodies the fusion of precious elements to create something uniquely valuable. Just as electrum symbolizes the blending of two valuable components into a singular, exceptional material, we combine innovative ideas and cutting-edge technologies to craft unparalleled solutions for our clients.We provide advanced technology solutions and consulting services across various industries, including embedded smart devices (IoT and IIoT), healthcare technology, consumer electronics, and consumer goods. Our comprehensive services encompass innovation consulting, product development, technology advisory and roadmapping, software and electrical engineering, intellectual property strategy, and AI solutions.Our mission is to empower businesses with transformative technologies that drive growth and success. At Electrum Labs, we believe in merging the best resources—ideas, technologies, and expertise—to create exceptional value, much like the natural synergy found in Electrum itself.

Led cross-functional teams in driving innovation and delivering complex IoT solutions, while managing strategic partnerships, acquisitions, and a global supply network. Positioned at the intersection of engineering, product development, and strategic business initiatives, I delivered impactful results in a fast-paced, evolving market.- Led a top-performing team, ranking in the top 10% of Masonite leaders in the annual Gallup Engagement survey.- Spearheaded the development and implementation of a technology roadmap integrating cutting-edge technologies like Wireless Power and low-power Smart Glass, enhancing product innovation and market competitiveness.- Launched Masonite’s technical career leveling program, standardizing job descriptions and career development.- Collaborated with C-suite members to present new business models, supporting the "Doors that Do More" strategy.

Built and led a multidisciplinary team responsible for developing industry-first IoT-enabled smart door products, while overseeing the full product lifecycle and IP strategy. Established new processes for innovation, managed global supply chain challenges, and grew the department, positioning Masonite as a leader in connected home solutions.- Established a new engineering department responsible for developing Smart Doors and Smart Door Accessories, integrating advanced power and connectivity to enhance home security and safety.- Led a cross-functional team of Electrical, Mechanical, Software, and System engineers responsible for developing new IoT-related products.- Developed and executed an IP portfolio and strategy for powered and connected assets, leading regular reviews with external counsel to address office actions and new applications and collaborating with stakeholders to align on IP initiatives. Establishing a strong protective framework for future innovations.

Led a team developing cutting-edge cable-less nurse call systems and embedded software for hospital beds, while adhering to FDA guidelines and expanding Stryker’s IP portfolio. My role encompassed software architecture, cross-functional collaboration, and proprietary protocol development, contributing to Stryker's leadership in wireless medical solutions. - Subsystem lead for "Secure Connect," a cable-less nurse call solution. Overseeing 7 engineers of varying levels.- Subject Matter Expert in Bluetooth and Infrared technologies.- Member of the Product Security team for wireless patient handling devices.- Filed over 30 patent disclosures, expanding Stryker’s IP portfolio.- Developed proprietary communication protocols for bed-to-device and bed-to-bed interactions.- Built rapid prototypes for R&D and early product development. - Responsible for the creation of software architecture documents and software requirement specifications.- Developed embedded software for medical devices, adhering to FDA guidelines.- Worked with multi-disciplinary teams in software verification and validation testing- Worked cooperatively with multiple Stryker divisions to aid in researching and developing technologies to ensure strong communication during software development activities.- Engaged with local high schools and universities on STEM projects.

- Handle all technology-related tasks for Best In Detail and Bay to Bay Shuttle. - Developed and managed both websites.- Web Design and Online and Mobile Payment Systems- Languages/Frameworks - Bootstrap, HTML, JavaScript, CSS

As a Design Engineer, I contributed to early-stage product development by leveraging my expertise in software, firmware, and electrical engineering to create innovative technologies. I led the theoretical analysis, rapid prototyping, and cross-functional collaboration to deliver cutting-edge, connected products, including embedded systems and mobile applications, while also mentoring interns and serving as a subject matter expert in Bluetooth Low Energy development.- Work with Program Leaders and other team members in the development of new products. Generally, with projects that are in the Discovery, Definition, and Design phases. - Responsible for applying knowledge of engineering principles and practices in electrical design development projects that have a significant impact on larger defined projects. - Designing and creating proof of concept models.- Research and Development - Strong knowledge of Bluetooth Smart (Low Energy) - Internet of Things (IoT) development using various protocols Wi-Fi, Bluetooth Low Energy, iBeacon, Sub-1GHz, MQTT and Thread. - Protocols - Bluetooth Smart, iBeacon, OOK, WiFi, MQTT, Thread- Embedded System Design - Micro-controllers (8051, PIC), ARM - Software - Arduino, Linux, Android, iOS, IAR, Xcode, Altium Designer- Real-Time OS - Embedded Linux, TI-RTOS- Languages (Embedded) - C, Objective C, Arduino- Languages (Web) - JavaScript, Python, Node.js- Battery Applications (Low Power & LiPo)- LCD displays

As an Electrical Engineer, I led the research, design, and implementation of automated machines for the graphical and textile printing industries, managing both electrical and mechanical technicians. My role involved hands-on work with PLCs, HMIs, VFDs, and motion controllers, along with developing and revising electrical drawings to support production and R&D efforts for new machines.- Project Manager for both Electrical and Mechanical technicians during the production, installation and planning stages of future and existing projects. - Responsible for the Research and Design of automated machines used in the graphical and textile printing industries. - Work with a large variety of different PLCs, HMIs, VFDs, Servos, and Motion Controllers.- Creating and modifying Electrical drawings to keep up with the production and modification of current products.- Constantly required to be up to date on the latest technology for PLCs, HMIs, and Motion applications for the R&D of new machines.

As a Controls and Project Engineer, I designed and programmed highly automated conveyor systems, integrating PLCs, HMIs, and industrial automation equipment to enhance productivity. I worked closely with clients to customize solutions and troubleshoot systems, gaining international experience by leading a major project in Sydney, Australia.- Responsible for designing, programming, and troubleshooting highly automated systems through the use of new and/ or existing equipment.- Programming of PLCs and HMIs to successfully interface and control vision systems, carton erectors, scanners, scales, printers, and other equipment used in industrial automation.- Creating Electrical wiring layouts for the construction and troubleshooting of control panels.- Regularly working alongside other engineers in a team atmosphere to successfully complete highly automated projects.- Interacting with customers on a daily basis to successfully integrate new systems and increase their productivity.- Frequently traveled to various countries to implement new systems.

- Worked on a Network Support Help-desk that provided support for network related issues at college apartment complexes. - Required to use a wide range of troubleshooting techniques to help solve customer's network-related issues via telephone. - Performed on-site troubleshooting, maintenance, and installation of new and existing network hardware.

- Gained a vast amount of knowledge on electric distribution from being mentored by a senior engineer designing new circuits.- Prepared and modified records of new and previously existing circuits using CAD and ArcGIS software.- Worked as a team during storms to find faults in the circuits to quickly repair power outages.- Applied math skills to help senior engineers calculate heights when designing new circuits.

- Assigned the divisional leader in Search Engine Optimization (SEO) to assist in marketing efforts.- Established consistent customer service experience by answering phones and helping fellow employees in person.- Utilized troubleshooting skills to solve customer’s hardware and software problems. - Learned the importance of working as a team to successfully solve complex issues.- Developed an advanced knowledge of computer networking skills through frequent troubleshooting of unknown network issues.