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- Dynamic leadership role as Head of Engineering, overseeing pivotal responsibilities.- Managed engineering, product, warehouse, logistics, and software development teams.- Collaborated closely with executive management for company growth.- Transformed warehouse into a manufacturing hub for home entertainment solutions.- Negotiated with suppliers and vendors, establishing connections with industry leaders.- Created a streamlined supply chain, optimizing production processes and deliveries.- Achieved remarkable 45-day showroom creation in Beverly Hills's Westfield Mall.- Showcased products, emphasized innovation, and efficiency commitment.- Presented groundbreaking technology at CEDIA, winning CE Pro Gold Award.- Led international tech team across multiple countries, fostering collaboration.- Developed cutting-edge solutions and managed complex projects.- Played a key role in supplier contract negotiations (over $400,000).- Collaborated with CEO, presented to investors, and supported fundraising.- Engaged network of dealers in 12 states as a top sales engineer.- Effectively communicate technical concepts to marketing and decision-making.- Represented the company through extensive travel (England, Dubai, U.S.).- Forged valuable connections, and expanded global footprint.- Head of Engineering role defined by multifaceted leadership, innovation, and collaboration.- Committed to driving success in the competitive home entertainment industry.

- Spearheaded end-to-end development of groundbreaking products from ideation to implementation.- Engaged cross-functional teams to conceptualize the product.- Managed negotiations with diverse vendors and suppliers.- Oversaw the entire research and development process for a novel home theater product.- Handled technical troubleshooting, ensuring smooth progress through phases.- Crafted functional Minimum Viable Product (MVP) and led nine iterative refinements.- Achieved optimal performance and user experience through iterations.- Constructed robust supply chain and logistics systems for streamlined production.- Transitioned prototype to successful mass production.

During my tenure as a Research Assistant at the University of Cincinnati Novel Device Laboratory, I participated in a research project centered around dynamic hydrophilic-hydrophobic pathways. My contributions were integral to the creation of a state-of-the-art bio-marker chip designed to analyze sweat for potential bio-marker detection. Working within a diverse team of experts, my responsibilities encompassed experimental design, data collection, and experiment optimization. This experience enriched my skill set and familiarized me with effective teamwork in a research-intensive setting.