• Managed and optimized digital advertising campaigns across Facebook Ads, Instagram Ads, and Google Ads, resulting in a 30% increase in brand awareness and a 20% year-over-year increase in sales.• Developed and executed paid media strategies to achieve KPIs, with 100% ownership of campaign budgets across various platforms, including Facebook, Google, and third-party media.• Conducted detailed performance analysis, using data-driven insights to improve ad performance and reduce CPA by 20%.• Used Logic Pro and Final Cut Pro to design high-converting images and video creatives, increasing CTR by 20%.• Set up and troubleshot advertising pixels to ensure accurate tracking and optimize conversions for eCommerce campaigns.• Conducted A/B testing on ad creatives and copy to improve engagement and conversion rates.• Managed email marketing campaigns, generating over 150 new subscribers in 6 months and fosteringincreased customer loyalty.

• Proficiently simplify and break down complex and esoteric topics in science, math, and writing at the university andhigh school levels, effectively catering to the learning needs of struggling and advanced students alike.• Empower students to cultivate successful study habits and adopt beneficial lifestyle patterns, leading to remarkableGPA enhancements of up to 20 points and SAT score improvements of up to 400 points.• Rapidly acquire advanced knowledge in previously unfamiliar subjects, allowing for the reliable transmission ofinformation to students, even when presented with as little as 15 minutes of advance notice.

-Worked to aid in constructing and troubleshooting nanosecond and picosecond diode-pumped solid state laser systems.- Worked primarily with fiber optic components to build the fiber oscillators powering the picosecond laser systems- Played a role in helping company meet ambitious production quota of 30 lasers in 3 months-netting the company hundreds of thousands of extra dollars in profit.- Collected and analyzed data regarding laboratory contaminants and helped devise methods to reduce these contaminants- improving the efficiency and success rate of laser systems.

- Managed classrooms of at least 20 students of varying aptitudes and backgrounds.- Inspired and encouraged struggling students to achieve higher degrees of success and provided aid both in and outside of the classroom.- Adapted to varying positions, subjects and grade levels to alleviate needs and fill employment gaps.- Encouraged critical-thinking to understand reasoning behind physics formulas.