Naomi Berhane Email & Phone Number

New York, Ny, Us

Cambridge, Massachusetts

- Facilitate ticket sales for events at Harvard venues- Customer service representative- Will Call Show Staff

South San Francisco

Medical device start-up working on a novel device for treatment of benign prostatic hyperplasia (BPH). Stanford Biodesign 2014 - Conducted Design Verification measurements and testing: Optical System, Delivery System, Implant - Designed and machined fixtures for Scope neck stability on manufacturing floor - Communicated with vendors to facilitate purchasing and procure equipment

Irvine, Ca

- Developed test plans to validate 70% of the mitral valve components - Successfully executed 7 TMVs with 48 statistical Gage R&R analysis reports - Improved manufacturing capacity by 300% by significantly reducing a bottleneck in the manufacturing process through the design and implementation of a frame cleaning fixtureSkills Learned:- Test Method Validations (TMV)- Installation and Operational Qualifications (IQ & OQ)- Software Validations

Cambridge, Massachusetts

Collaborated with a small team for the Harvard Class of 1983 35th Reunion- Executed Alumni Reunion through various planning procedures- Developed logistical deliverables- Coordinated housing requests and customer service feedback

Cambridge, Massachusetts

Spring 2017 Semester:Individual project aiming to develop 3D Printable Surgical Instruments using commercially available resin. A Rosen Knife and a prototype for a Tympanic Membrane Graft Insertion Tool were successfully printed. Fall 2017 Semester:Development of an antimicrobial resin with sufficient mechanical properties, that delivers a sustained dose of antibiotics, and has a resolution of 0.25mm. Successfully created a functional implant with a printed a mesh mandible bone fragment and cultured human neonatal dermal fibroblasts (HNDF) cells directly on the fragment.Skills Learned- Computer-Aided Design (CAD) with Autodesk Fusion 360 software- Printing with Formlabs Form 2, Voxel8, Autodesk Ember Stereolithography 3D Printers- Tensile Testing with Instron Machine- Matlab Data Analysis- Resin formulation- MTS Tetrazolium Colorimetric Assay- Further developed Cell Culture skills

London, United Kingdom

Molly Stevens' Group in the Department of MaterialsStimulated Human Mesenchymal Stem Cells with Electromagnetic Field and Ultrasound stimulation to promote osteogenesis. This research has potential for future applications in tissue engineering and regenerative medicine.Skills Learned:- Cell Culture: Primary Culture and Subculture- RNA Extraction, Reverse Transcription, and PCR Analysis- Formulate MSC medium and osteogenic medium- Pico green and alamar blue assay on stimulated stem cells

Pasadena, California

Math Instructor for students in grades K-12.

Pasadena, California

Choo Laboratory in the Department of Electrical Engineering and Medical Engineering Used SolidWorks and an Ultimaker 3D Printer to fabricate structures for studies on energy harvesting and intraocular pressure sensors Skills Learned- Computer-Aided Design (CAD) using SolidWorks software- 3D Printing with Ultimaker Printer

Greater Los Angeles Area

Department of Pathology in Laboratory of Viral Oncology and AIDS ResearchIntern under Professor Suraiya RasheedCurated scientific literature on Degenerative Disc Disease and identified proteins for HIV application. I compiled a report of my findings on Degenerative Disc Disease

Bachelor'S Degree, Bioengineering And Biomedical Engineering

Grade 7-12

Activities and Societies: Cum Laude Society, Founder/Leader of Sustainability Coalition, President of Music for the World.

Grade 4-6