Amber Chow Email & Phone Number

Princeton, New Jersey, United States

The high-level design goals and considerations made for the a innovative fully implantable cochlear implant. Deliverable components were produced as a company asset for Analog Devices Inc. for the support received on relevant work throughout the internship period on relevant work. This proposal and design is for a Fully Implantable Cochlear Implant (FICI) which improve on the traditional Cochlear Implant (CI) product by eliminating the need for an external microphone and speech processor. The internship represents a collaborative partnership with Princeton University supporting the development of her Senior Independent Project. This research entitled, “Designing and Implementing Systems and Circuitry for Use in Cochlear Implants” was presented within the Electrical and Computer Engineering Department at Princeton University and was awarded an A- which qualifies as “Very Good to Excellent; well above nominal expectation”. There are two primary scopes of the research project. First is the creation of a robust master view of cochlear implants, integrating its anthropological implications to the technical design, state, and limitations of modern cochlear implants. The second is an engineering endeavor to design, prototype and document the development of systems capable of supporting the critical functionality of a cochlear implant.

Bloomington, Minnesota, United States

• Professional immersion into semiconductor chip applications in the Digital Healthcare Sector • Customer facing manifestation of initiative, follow up, and outreach to invest in long term connections• Supplied part recommendations with corroborating circuit designs and provided behavior simulations• Assimilated internal resources, technical datasheets, and published materials into company deliverables• Personably and knowledgably created solutions calling on customers including Abbott and Medtronic

Princeton, New Jersey, United States

Community Action is a 3-day orientation program for Princeton Undergraduate first years. Within my role as a Community Action Fellow, I designed an experience for 121 students centered around the theme of The Carceral System. I developed over half a dozen unique schedules centered which involved 10 community partners, several off-campus field trips, and multiple special accommodation needs. I conducted extensive research and outreach to become informed on the topic and arranged budgeting and transportation for the execution of the program. Finally, I provided leader training to the individuals heading the 10 groups. Within the same position, at a different time Amber assumed the role of a Summer Engagement Cohorts Leader. She personally hosted 6 virtual cohorts with about 10 first year participants each. The goal of these weekly meetings was to introduce the students to one another and ease them into their upcoming Princeton Experience.

Peoria, Arizona, United States

My general role included guiding, assisting, and observing approximately 15 students at a time offering individual help and guidance as needed to a broad range of students whose ability and curriculum ranged from pre-K to college level. I managed an online classroom, noted student performance, and advised modifications to student workload. I graded and filed students' corrections, pulled students' upcoming work, and helped train new staff.

Peoria, Arizona, United States

I provided academic assistance and childcare services for a 2nd and 4th grader during remote learning periods. I stimulated intellectual curiosity through age-appropriate experiments and enriching entertainment.

Peoria, Arizona, United States

I taught and explained Physics, Algebra 2, Geometry, and Chemistry to two students as a supplemental resource to class instruction.

Tempe, Arizona, United States

I performed Material Science Research at Arizona State University under Dr. Nicole Herbots to remove and passivate epitaxial oxide growth on semiconductor surfaces. During my research term, I collected raw data for XPS and IBA, analyzed spectra using CasaXPS software and excel programming, and conducted 3LCAA in a Class 100 Cleanroom under laminar flow. I second authored a manuscript published by Material Research Society. I was awarded 2nd place at the Arizona Science and Engineering Fair by field professionals against over 20 other competitors for her research development and presentation. I also presented a scientific poster to an interdisciplinary and international audience at the Materials Research Society 2019 Spring Symposium.