Keivan Darius Email & Phone Number

Atlanta, GA, US

Atlanta, Georgia, United States

As the leader of the electrical engineering team at OXOS, I focus on driving efficiency and pushing the boundaries of design. With a strategic approach and deep knowledge of the product development process, I’ve had the privilege of mentoring junior engineers while also challenging senior staff to achieve more. I’m passionate about improving workflows and.

• I led the R&D team, designing new products and resolving critical supply chain disruptions, saving the company from significant revenue loss.
• Developed an AI-powered predictive tool using Oracle Cloud, Python, TensorFlow, and API. This tool improved supply chain productivity and forecast accuracy.
• The predictive model accurately projected sales volumes for two years, enabling precise revenue forecasting and preventing an estimated $60M revenue loss in 2022.
• Utilized the model to analyze Bill of Materials data, tracking part usage trends for resource allocation and production scheduling.
• Integrated third-party data via API, providing a comprehensive view of supply chain risks and guiding project prioritization.
• Leveraged the model for strategic planning, optimizing supply chain management, and mitigating parts shortages.

Brea, California, United States

• Spearhead the creation and standardization of product information standards via a new ERP system. I successfully led a cross-functional team through all project stages, achieving seamless implementation, enhanced.
• Championed the creation and standardization of product information in a new ERP system, focusing on Product items, BOMs, and routings, enhancing operational efficiency.
• Orchestrated cross-departmental collaboration, leveraged industry experience and master data management knowledge to establish effective processes.
• Guided standardization across the product management ecosystem, improving data integrity and business performance.
• Oversaw thorough system testing, ensuring increased reliability and user satisfaction post-implementation.

Indianapolis, Indiana, United States

• As a Senior Computer/Electrical Engineer, I focused on firmware design, employing C/C++ and FPGA/VHDL to enhance medical devices' functionality and cost-effectiveness, particularly through redesigning legacy circuit.
• Spearheaded the development and implementation of hardware and firmware solutions for medical devices, ensuring compliance with medical industry standards and regulations.
• Championed the design and implementation of reusable firmware solutions using proficient coding skills in C and C++, significantly improving the efficiency and modularity of medical device software architecture.
• Leveraged extensive knowledge in FPGA and VHDL to redesign the capabilities of legacy circuit boards, resulting in significant cost savings and improved system performance in the redesign phase.

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

Bachelor'S Degree, Computer Engineering