1. Bijan Mohazab
137 Grymes Hill Road, Staten Island, NY 10301| Cell: (718) 552- 5449 | bmohazab@gmail.com | US Citizen
Objective:
To obtain a full-time position as a quality engineer or process engineer in the field of biomedical engineering or related fields.
Education:
Stevens Institute of Technology, Hoboken, NJ
Degree: Bachelor of Engineering in Biomedical Engineering with Honors
GPA: 3.375
Honors: Clinical Engineering Services, Inc. Design Excellence Award, Dean’s List, Tuition Exchange Scholarship
Courses: Biomedical Digital Signal Processing, Engineering Physiology, Advanced Biomechanics, Cell Biology, Biomaterials,
Biosystems Simulation and Control, Transport in Biological Systems, Materials Processing, Engineering Design I – VIII
Skills:
Software: MS Word, MS Excel, MS PowerPoint, MS Visio, Solidworks, Mimics, Tekscan F-scan
Programming Languages: Python (basic), Matlab (basic)
Lab Skills: Microscopy, Distillation, Gel electrophoresis, Pipetting, Drill press, Band saw
Work Experience:
Fenster Management Corp., New York, NY
Biomedical Design Engineer 12/15 – 3/16
 Conducted research and developed initial concept designs for Dr. Daniel Fenster’s medical device proposal.
 Prepared bi-weekly status reports including progress updates and general comments while keeping track of upcoming goals.
Ortho Clinical Diagnostics, Raritan, NJ
Electro-Mechanical Technician II 7/15 – Present
 Conducted maintenance and design improvements on highly automated processing equipment.
 Troubleshot any issue that arose on the production lines, following the standard operating procedures set in place.
 Followed up with staff engineers after troubleshooting to discuss potential ways to limit or prevent future occurrences of the issue.
 Represented the production maintenance department in daily manufacturing meetings.
Design Experience:
Stevens Institute of Technology, Hoboken, NJ
PiP Virtual Rehabilitation System
Team Leader, Project Manager, Design Engineer 9/14 – 5/15
 Developed a user friendly, engaging virtual rehabilitation system that utilizes a motion sensing camera and pressure sensors to
improve balance in patients while providing physical therapists with feedback and allowing for exercises to be customized to fit
the specific needs of each patient; provisional patent pending.
 Managed the team budget, developed progress reports as well as presentations and led meetings with invested advisors.
 Attended the Northeast Bioengineering Conference, where the PiP system was displayed and presented to judges.
Hazardous Environment Monitoring System
Project Manager/Mechanical Engineer 3/12 – 5/12
 Constructed the HEMs system using band saw, drill press, sander and a multitude of sensors.
 Designed flow charts, through Microsoft Visio, depicting work breakdown structures for the project and set goals to facilitate
mechanical design and programming.
Research Experience:
Tekscan ® Foot Pressure Research, Stevens Institute of Technology, Hoboken, NJ
Lab Researcher 7/14 – 8/14
 Studied the effects of different exercises on peak pressure, mean pressure and the location of peak pressure in the foot using the
Tekscan F-scan ® 7.0 software and foot pressure sensors.
 Used ANOVA and Tukey Post-Hoc tests to determine statistical significance of data.
 Submitted a proposal to the Institutional Review Board to perform a study on subjects who have had reconstructive surgery on
their lower extremities to assess their balance and conduct pressure analyses.
Hackensack University Medical Center, Hackensack, NJ
Clinical Research Intern 2/13 – 5/13
 Worked towards improving patient care efficiency through recording time from entering the ER until contact with a doctor.
 Analyzed and interpreted flow-rate data of hospital stations in order to provide a report suggesting ways to facilitate a more time
effective treatment of patients.