TAYYABA NOREEN

ac1lzq@r.postjobfree.com 609-***-****

EDUCATION

New Jersey Institute of Technology, Newark, NJ, May 2017

Masters of Science in Biomedical Engineering

Stockton University, Pomona, NJ, December 2014

Bachelor of Science Degree in Biology; Minor: Chemistry

Projects: Breakpoint Cluster Region Protein (BCR) and Cancer Research, FOXP2 gene and Human Evolution, and Identifying Organisms Using Characteristics of 16S rRNA Gene and Phylogenetic Analysis.

RELEVANT EXPERIENCE

New Jersey Institute of Technology – Educational Opportunity Program, Newark, NJ, September 2016 – May 2017

Staff Project Coordinator

Coordinated the recruitment, selection, and training of assistants.

Designed and coordinated assistants in-service training.

Provided direct supervision for the staff.

Provided individual and group counseling for program participants and assure program standards are followed.

Served as liaison with other campus support programs to ensure successful partnerships.

Evaluated performance of program participants and generate comparative analysis report.

Assisted in monitoring the budget, tracking budget, and work schedules.

Reported to the Director and submit written reports to the senior management for budget, communication documentation of assistants, and program progress.

New Jersey Institute of Technology, Newark, NJ, September 2016 – December 2016

Finite Element Analysis Research Assistant

Created a femoral hip stem implant was using Creo Parametric and imported to ANSYS for analysis. Stem was fixed at the bottom and subjected to several diagonal axial loadings on the head socket. Static structural analysis was performed on this model to test for stress concentration. Tension, Compression, and Torsion testing were performed to evaluate the femoral hip stem implant designed.

Used titanium, cobalt, steel to analyze the differences in stress concentrations on the stem as the material was changed; a marketable femoral hip stem implant was created at the end.

Created a femur model using SOLIDWORKS and imported to ANSYS for analysis. It was constrained at one end and torsional, compressive, combined forces were applied on the opposite end. Static structural analysis was performed on the model and results were compared to a simple version of the model to test for accuracy. Tension, compression and torsional testing was performed to evaluate stresses.

Designed an Allen Wrench was in ANSYS and several loads were applied on it. A static structural analysis was performed to find the maximum stress and strain. These results were then compared to analytical solutions. Tension, Compression, and Torsion testing was done to test the model for different stresses.

Used shell elements to design a bone fixing plate in ANSYS. A static structural analysis, model analysis, and harmonic analysis was performed on the plate as it went under static and dynamic forces. The results of maximum stress and strain were compared to analytical calculations.

Created a femoral component of the total knee system using Creo and converted to FEA model per

Standard Test Method for Finite Element Analysis of Metallic Orthopedic Total Knee Femoral Components under Closing Conditions. Standard analysis and fatigue analysis were performed on Creo Parametric Stimulate.

Created A 3D disk implant using Creo and SOLIDWORKS to examine the axial and flexion stiffness of the implant. Standard analysis and fatigue analysis were performed for axial, flexion, and combination of both to understand the wearing, stress, and displacement of the implant.

Performed FEA on the acetabular component using Creo Stimulate with the focus on contact stress with variant orientation of components and safety margins per the ASTM standard in the static analysis.

New Jersey Institute of Technology, Newark, NJ, September 2015 – December 2015

Application of Computer Aided Design using PTC Creo

Several medical devices were designed using PTC Creo tools.

Design of Raptor Hand

Design of Anesthesia Machine

Femoral Hip Stem Implant Design

New Jersey Institute of Technology, Newark, NJ, September 2015 – December 2015

Medical Device Development Research Assistant

PEG Feeding Tube System, a new medical device, was examined through different departments of the medical industry such as Research, Engineering, Regulatory, Clinical, Quality, and Marketing.

Bottle Label Development for a Hydrophilic Coating Product- followed verification tests and tested labels for adhesion to glass while submerged in water. Examined the test conditions and product components given and proposed a new Verification test.

Injectable Bone Growth Factor Syringes- Proposed a new way of configuring the growth factor with the syringes with 2 years of shelf-life according to DSD. Conceived and tested an alternative method to store and deliver the growth factor from syringes, and quickly by changed in the carrier, liquid solvent, syringe system, anything except the growth factor itself. Proposed some easy preliminary tests to see if our group can do to figure out if your idea will work.

Correcting Deficiencies in a Quality System- goal was to qualify a second source for the thread material used to create the company’s artificial ligament product. Using the GMP guidelines, a Document Change Request (DCR) was submitted to a company in Quality that created a Revision B of this SPEC, which happens to have the designation SPEC-1234. Knowledge of SOPs, GMP, and other regulations was studied before submitting this DCR.

Stockton University, Pomona, NJ, September 2013 – May 2014

Laboratory Assistant

Prepared Specimens, Experimental Setup, labeling of chemicals or assays, Mass Spec and Centrifuge set up, and verifying results of experiments, daily laboratory operations. Skills acquired are pipetting, pH testing, measurements, physical testing, documentation, microscopy, wet mount, dry mount, simple smear, direct stain, streak plating, broth transfer, GC, HPLC titration, electrophoresis, plasmid isolation, wet chemistry, calorimetry, distillation, spectrophotometry, chromatography, lab notebook, phylogenetic analyses, gene sequencing, protein structures, energy levels, DNA purification, PCR clean-up, and cloning.

SKILLS

Computer: Microsoft Office, PowerPoint, Creo Parametric, ANSYS, LabVIEW, and Excel: Data Conversion, Mathematical Calculations, Analysis, Data Representation.

Technical: Troubleshooting, Computer Aided Design, Mechanical Testing, Finite Element Analysis.

Others: Problem Solving, Mathematical Analysis, Statistical Data Analysis, Advanced Design Modification, Project Management, FDA Regulations, ISO, Class I, II, III, 501K knowledge, GLP, GMP, GCP and Device Development.

Contact this candidate