Emily Honor Hubbard – Engineer, Speaker, Author ✨ Email & Phone Number

Milwaukee, Wi, Us

Milwaukee, Wisconsin, Us

Workshop and speaking topics include:+ Harnessing Our Neurodiversity+ Reducing Stress for Success+ Understanding Native Spanish and English SpeakersTechnical careers can be exciting. And stressful. Let's explore how excessive stress can be relieved with improved processes for team communication.Whether you work at a small business or a Fortune 50 company, Empathic Engineering can help you work through disagreements, improve communication, and master storytelling.Serving as a workshop coordinator and consultant, my background combines published research on developing empathy in engineers with years of experience in North American manufacturing and language education. My passion is creating engineering teams where people understand each other better.Contact me for a 15-minute Discovery Call.www.empathicengineering.org

We promote permaculture education by connecting native English and Spanish speakers with rural, culturally-significant towns (pueblos mágicos) in Mexico.After living in Mexico, I learned how beneficial this type of experience is for appreciating Mexican culture and saw the opportunity for safe and reliable transportation.Stay tuned for upcoming trip announcements!IG: @hiddenmexicotravel

Milwaukee, Wi, Us

I connect people in cities with nature and each other using experience-based and inquiry-based learning. This job helps me build skills required to be an effective educator for my work in Empathic Engineering.I'm proud that I helped create structure for my team to introduce and debrief new programs serving kids and adults in the Milwaukee community. A few programs I lead are Mindfulness Walks, Snowshoeing, and Wilderness Survival Skills.

• Transitioned from advisory role to leading engineering and sales initiatives on a part-time basis while developing Empathic Engineering

• Educated myself on latest 3D printing trends while applying product development skills to benefit marketing, client success, and training initiatives on fast-paced startup team.• Leveraged expertise in remote collaboration to guide company's business and development strategies.

Valcourt, Qc, Ca

• Collaborated with native Spanish, French, Hindi, and English speakers daily; learned and spoke more of each language to build trust and rapport• Executed Failure Modes and Effects Analysis (FMEA) for 300+ assembly operations on Sea-Doo Switch toidentify critical failure points, trained 20 engineers on automotive quality methods• Rapidly implemented problem-solving, saving $70K in 3 days. Showcased Lean Six Sigma skills.• Initiated and executed manufacturing quality tracking system, automating 30-min daily report. Systemimplemented across North America.

Dearborn, Michigan, Us

• Applied exclusively to engineering jobs in Mexico, fortunate to work on the Mach E manufacturing line and collaborate with global teams in English and Spanish. Led Six Sigma project, saving $22K annually (GB51360).• Managed release of 8 trailer hitch kits through coordination between global purchasing and planning teams.• Led team in optional technology-innovation project, converting data from qualitative to quantitative, resulting in executive support to implement our project.

San Francisco, California, Us

Self-certified in 120-hour Teaching English as a Foreign Language (TEFL) course after a job-hiring delay. Taught Chinese kids ages 4 to 13 learning English online. Continuously studied how to teach new levels and courses, such as Grammar, Story-Time, and Group Lessons. Maintained perfect 5-star rating from parents and students during my period of hire.

Chicago, Us

• Rapidly trained to assemble critical care ventilators at start of COVID-19 pandemic.• Promoted to train new hires in two weeks. Led team stretches and line organization, supporting leadership.• Identified 11 incorrect screwdriver heads, preventing torque errors. Showcased mechanical aptitude.

San Luis Obispo, Ca, Us

• Competed to further improve fuel efficiency for our single-rider, three-wheeled combustion vehicle with nearly 600mpg (255 km/l) on gasoline• Redesigned the linkage steering system with three others to improve visibility, maneuverability, and adjustability• Modeled the steering knuckle and brake caliper mount in SolidWorks, performed appropriate stress calculations, Finite Element Analysis (FEA), and Failure Modes and Effects Analysis (FMEA)• Maintained contact and facilitated twice weekly meetings with affected design teams and project stakeholders

San Luis Obispo, Ca, Us

• Joined club with limited bike knowledge, volunteered at bike shop to increase competency• Designed and fabricated two bike frames using BikeCAD with the mill, lathe, and welding machines• Modeled team’s seat mast in SolidWorks for critical design review • Manually machined mountain bike’s swingarm uprights and head tube emblem

San Luis Obispo, Ca, Us

• Helped students in 3-hour lab learn SolidWorks and Geometric Dimensioning and Tolerancing (GD&T)• Employed the "Learn by Doing" technique so students became more efficient in industry scenarios• Provided constructive feedback for over 200 technical drawings according to GD&T guidelines

San Luis Obispo, Ca, Us

• Cal Poly promotes a "Learn by Doing" philosophy, which has taught me the importance of clear and concise lab reports that follow an experiment• I took over 20 hands-on lab classes including Mechanical Design, Heat Transfer, Vibrations, Fluid Dynamics and Machine Controls

San Luis Obispo, Ca, Us

• Studied dynamics of gait, cycling, and elliptical exercises for below-knee amputees• Determined movement-related stress applied to knees with Cortex, EMGworks, and OpenSim software• Sought help from colleagues and online forums to master two critical OpenSim practices• Instructed coworkers, including team lead, how to analyze OpenSim data

Waterloo, Wi, Us

• Began job with conversational-level Spanish, self-studied to complete all responsibilities in Spanish at a C1 (basic fluency) level• Sold bikes and bike products while determining store’s organizational needs• Corrected cycling positions for maximum biomechanical efficiency in professional fitting studio• Guided bike rides with 20 to 110 participants, conversed with riders and assisted in bike maintenance

Waterloo, Wi, Us

• Executed new-to-the-company electromyographic (EMG) study of muscle fatigue• Researched pressure-mapping technology and designed test plan to pressure map bike tires• Communicated with lawyer and engineer to file application for patent US2020300381A1, a pneumatic fatigue-testing valve system

San Luis Obispo, Ca, Us

• Advised customers on maintenance methods for bicycle brakes, derailleurs, cranks, and wheels• Sought guidance from shop’s director and other volunteers to benefit understanding and productivity• Learned advanced repair for individual components of bottom brackets and cogsets

Mclean, Virginia, Us

• Managed $2500 budget and 7-person team to design prosthetic arm for car driving• Learned manual machining and 3D-printing to fabricate SolidWorks and Fusion 360 models• Coded DC motor operation with Arduino using C++• Facilitated progress and verified designs for Mechanical, Electrical, and Socket sub-teams• Chosen from six Formal Design Teams to present prototypes and poster for Cal Poly’s alumni donor event

San Luis Obispo, Ca, Us

• Studied repair mechanisms of keratinocytes treated with milk phospholipids• Bio-marked cells to observe presence of p21 regulatory protein in UV-exposed keratinocytes• Trained on confocal microscope for data collection

Madison, Wi, Us

• Ran biological experiments to meticulously prepare rattlesnake venom genes for sequencing • Introduced DNA sample mini-prep agitation technique to decrease agitation time by 80%• Collaborated with lab technicians to research and propose alternative experimental practices

Chevy Chase, Maryland, Us

• Maintained fruit fly colonies with the best colony retention of any student in the previous 5 years • Assisted technician with multi-step process of genetic crosses with fruit flies • Injected fly eggs with CRISPR-modified genes