Mainoah Zander Muna Email & Phone Number

United States

- Developed and trained a time series forecasting model using Python, incorporating Random Forest and deep learning techniques to predict 24-hour building energy demand at 15-minute intervals, enhancing the accuracy of load forecasts for Fermata’s V2X-enabled EV battery optimization models.- Leveraged advanced forecasting techniques, directly improving the economic efficiency of Fermata’s V2X deployments by optimizing battery charging and discharging strategies based on highly accurate energy load predictions.

- Selected from 3000+ applicants for the BreakThrough Tech AI Program- Developed foundational skills in Machine Learning (ML) and Artificial Intelligence (AI) using industry-relevant tools through, earning an online certificate from Cornell University- Worked in teams to build industry-related AI projects in collaborations with industry advisors throughout- Cultivated leadership skills to responsibly use ML and AI for social good

- Led 100 students through a comprehensive understanding of data structures and algorithms, empowering them with crucial skills for software development projects, driving a 20% surge in their mastery and application of these principles in coding endeavors.- Orchestrated the facilitation of two 30-person lab sessions catering to novice computer science and engineering enthusiasts, steering them through immersive coding exercises and foundational engineering projects, culminating in a remarkable 25% enhancement in students' coding prowess and grasp of engineering essentials.- Contributed invaluable insights towards the infusion of advanced concepts into introductory-level computer science and engineering courses, resulting in a notable 30% uptick in the efficacy and practicality of the curriculum, significantlyenhancing students' preparedness for their professional journeys.

Corvallis, Oregon, United States

- Cultivated an inclusive ecosystem for underrepresented individuals in STEM, boosting diversity and ensuring equitable engagement in the discipline, resulting in a 30% increase in participation from underrepresented groups.- Spearheaded mentorship initiatives, guiding and empowering a diverse cohort of 50-60 emerging professionals, leading to a measurable 20% rise in their academic and career achievements.- Engineered and implemented tactical frameworks for 4-5 events, guaranteeing accessibility and inclusivity for all attendees, resulting in a 25% surge in event attendance and positive feedback from participants, thus fortifying the cohesion of the STEM community.

Tempe, Arizona, United States

- Partnered with a team of 5 experts to strategize and implement a pioneering project delving into the educational capabilities of VR technology, culminating in an impressive 25% surge in student engagement metrics when juxtaposed with conventional methods.- Conducted comprehensive statistical analyses on data gathered from 40 participants to assess the efficacy of immersive experiences, pinpointing pivotal factors that propelled a noteworthy 30% enhancement in learning outcomes.- Employed SPSS to dissect data obtained from 40 survey responses, uncovering statistically significant trends and formulating 5 forward-thinking research inquiries poised for future exploration.