Aaron Mueller Email & Phone Number

Newport Beach, California, United States

Singapore

• Develop and manage internal ESG and financial databases
• Analyze and compile metrics and financial proxies for impact reporting framework and SROI analysis of built environment transformation and green building projects
• Serve as internal point-of-contact for resolving IT-related issues

Singapore

• Designed, fabricated, and employed Silicon and SOI MEMS chips for in situ and in operando TEM experiments, such as beam phase modification, including device layout and photomask design
• Established efficient process flows and protocols for higher yield
• Explored new device design performance using the Finite Element Method (FreeFEM++) with Python for post-processing
• Developed code for processing TEM and source measure unit data
• Designed and integrated auxiliary vacuum and electrical components
• Mentored and supervised graduate researchers and undergraduate students

Singapore

• Collaborated in a team of 3 for the investigation of visible range plasmonic resonance modes and their applications in sensing
• Designed and operated custom electrodeposition setup to realize arrays of tall gold nanostructures onto ITO-coated glass substrates through EBL-defined templates
• Developed programmatic instrument control processes using SCPI with either MATLAB or Python
• Performed characterization with AFM, SEM, and hyperspectral imaging.
• Automated setup, running, and data collection pipelines of custom parametric sweeps and parameter estimation on Lumerical FDTD and MODE simulations (>10K).
• Analyzed simulation and characterization data

Singapore

• Facilitated tutorial discussions for EE3001 - Engineering Electromagnetics
• Led Ask-A-Tutor open-ended pre-exam Q&A sessions for EE3001

Greater Milwaukee Area

• Project: Determination of pump profile and absorption in gain-guided, index-antiguided fiber laser
• Designed high power laser diode enclosure, set up measurement apparatus
• Measured intensity profile and power variation with propagation distance, correlated with theoretical results

Greater Milwaukee Area

• EE301: Electrical Circuits I – Lecturer, with responsibilities including developing the course schedule, syllabus, homework, exam, and project materials, holding office hours, and grading. (Fall & Summer 2013)
• EE305: Electrical Circuits II – Lecturer, with responsibilities including developing the course schedule, syllabus, homework, quiz, exam, and project materials, holding office hours, grading, and coordinating with.
• EE354: Digital Logic – Discussion Teaching Assistant, worked through examples and homework problems in discussion with students and answered questions to increase student understanding both in class and in office hours.

Greater Milwaukee Area

• Project: Theoretical modeling and experimental verification of various incarnations of fiber Bragg grating-based magnetostrictive current sensors
• Identified and implemented key modifications to sensor construction, testing, and verification procedures, resulting in improved performance and repeatability
• Machined custom fixtures and apparatus for sensor fabrication and testing
• Interpreted test data in order to both determine future test plans and summarize important results in periodic technical presentations for industrial project partners
• Developed and increased the predictive power of phenomenological and theoretical models for fiber optic current sensor behavior, including creating and modifying code for the numerical simulation of spectral output
• Revamped LabVIEW implementation of instrument interface VI, greatly enhancing usability and functionality

Greater Milwaukee Area

• Identified sources of and solutions to ultrasound machine EMI issues
• Recommended probe firmware requirements and developed testing procedures for obtaining IEC 60601 compliance

Greater Milwaukee Area

• Constructed and maintained custom fixtures for testing and development of single- and three-phase electronic motor overload relays and auxiliary devices
• Devised and implemented a set of product verification tests over an array of input and environmental parameters, including variable input currents and ambient temperatures, and performed EMC emissions and.
• Developed performance prediction tools for several relay models
• Researched interconnect and core technologies for future product implementations

Doctor Of Philosophy - Phd, Electrical And Electronics Engineering

Master Of Science - Ms, Electrical And Electronics Engineering

Bachelor Of Science - Bs, Electrical And Electronics Engineering

Summa Cum Laude Chinese Minor

Mandarin

Actuarial Science