Available Full Time

Rayhan M. Akhtar

Phone: 513-***-****,

E-Mail: adcnwc@r.postjobfree.com,

LinkedIn: https://www.linkedin.com/in/rayhanakhtar Summary

Experienced medical researcher in cardio electrophysiology with the goal of understanding the attenuation of left ventricular arrythmias and heart failure. Additionally, held a position in the aerospace industry as a design engineer and developed jet engine preforms for major companies. Skilled in medical device design, GD&T practices, ISO Standards, 3D modeling, additive manufacturing, CNC, prototyping, MATLAB, and some C programing languages such as python. Education

University of Cincinnati, Cincinnati, Ohio Class of 2020 Bachelor of Science in Biomedical Engineering

Skills

• SolidWorks

• MATLAB

• OMAX

• Keyence

• Excel

• Biomechanics

• Physiology

• Anatomy

• Technical Writing

• Data Analysis

• 3D Printing

• GD&T

Technical Experience

Senior Design Capstone Fall & Spring 2020

Designed experimental testing and validated instrumental parts in the design process by rapid prototyping and experimental design procedures

Documented and edited design process through Design History Files University of Cincinnati College of Medicine Summer & Fall 2018

Undergraduate Researcher in cardiology and circulatory pathways

Conducted Ex Vivo experiments using guinea pig hearts on Radnoti working heart system, to study the electrophysiology of chronotropic and inotropic effects of heart failure through autonomic signaling pathways

Practiced collection of cardiac myocytes utilized to study transience response & action potential response

Utilized and developed analyses tools through MATLAB and Arduino

Utilized SolidWorks and 3D printing software to develop jigs and 3D models Medical Device Design Spring 2018

Design Project 1: Development of a wrist brace, by the procedures of user inputs, engineering modeling, and prototyping

Design Project 2: Development of a fibrin delivery system

Utilized rapid prototyping through 3D modeling & 3D printing

Utilized FEA analysis tools using SolidWorks

Practiced ISO standards

AIM MRO Holdings LLC Spring & Summer 2017

Developed jet engines preforms for the aerospace industry as a design engineer.

Gained skills-based knowledge of OMAX systems and water jet modeling. This includes processing and troubleshooting part development for quality management.

Developed an understanding of ASME and ME GD&T practices through reading technical prints of industry customers, and creating company prints for AIM MRO manufacturing.

Worked with Keyence measurement systems to ensure parts meet tolerance for quality and customer print.

Enhanced skills in SolidWorks with improvements in surface modeling.

Acquired adaptive learning in a fast-paced production environment. Organizations

Pi Kappa Phi 2016 - 2020

Chief Justice (Executive Board Member)

Ability Experience Committee Chair

2020 Gear up Florida Cyclist

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