Product Development North Texas

AHNAAF IBRAHIM

**** ** ****** ***, ****** +1-331-***-**** *****************@*****.***

http://linkedin.com/in/ahnaafibrahim

SUMMARY

Professional experience designing and fabricating critical components for satellite launch vehicles and various aerospace electrical components.

Proficient in leading cross-functional teams through the complete product lifecycle, from design and development to manufacturing, fabrication, testing, and delivery.

Hands-on experience with tools that characterize alloys such as X-ray diffraction, SEM, and Vickers hardness.

Extensively used MATLAB/Simulink to produce required matrix computation and effective graphical interface for stress and strain distribution, stiffness analysis, and deflection for the analysis of composite materials mechanics.

Demonstrated ability to integrate advanced simulation tools such as SolidWorks into product development workflows to drive innovation and efficiency.

Very good knowledge of statistics analysis including tools such as SPC, JMP, Excel and Minitab, etc. EDUCATION

University of North Texas Denton, Texas

M.S in Mechanical and Energy Engineering Expected Graduation, May 2024 Concentration: Manufacturing and Material Science GPA: 3.66 Osmania University Hyderabad, India

Bachelors in Mechanical Engineering Dec 2021

Concentration: Industrial and Production Engineering GPA: 3.66 ACADEMIC COURSEWORK:

SolidWorks, Ansys, Heat Transfer, Nano Energy Transportation, Lightweight Structures, Electrical Circuits and Machines, Design of Experiments, Metallurgy and Material Sciences, Applied Thermodynamics and Heat Transfer, Flexible Manufacturing Systems.

ACADEMIC EXPERIENCE

University Of North Texas Denton, Texas

Mechanical Lab Assistant Jan 2023– May 2024

Installed and maintained Stratasys 3D printers, ensuring precise calibration for top-tier print quality.

Conducted accurate 3D scanning with a scanner, using Cloud Compare for analysis.

Implemented safety protocols, inspections, and maintenance for an efficient lab.

Led 12 senior design teams, collaborated on experiments, maintained meticulous records, and fostered cohesive teamwork.

PROFESSIONAL EXPERIENCE

Raghav Aerospace Hyderabad, India

Mechanical Design Engineer May 2021- Aug 2022

Designed critical aerospace components such as Pyro-Valves, Pressure Regulators, using AutoCAD and SolidWorks.

Established quality standards for manufacturing using machines like Vernier Caliper, Micrometers, Dial Indicator, and HD400 using Statistical process control procedures.

Hands-on experience on various calibration devices such as Optical comparators, Gauge Blocks, Pin gages, Thread Gauges, Automatic Height Gauges, and CMM.

Performed Dye Penetrant Test for precision and accuracy according to client's requirements for inspection and validated it with laboratory results.

Identified defects and implemented preventative measures to enhance product quality as per customer specifications.

AHNAAF IBRAHIM

1113 SW Tobias Way, Oregon +1-331-***-**** *****************@*****.*** http://linkedin.com/in/ahnaafibrahim

Ilyas Engineering Co Hyderabad, India

Mechanical Engineer Mar 2020 – Jan 2021

Developed clear and concise work instructions for the fabrication team based on the analyzed drawings.

Demonstrated expertise in optimizing processes and materials, significantly reducing production costs while maintaining high-quality standards.

Ensured safety in fabrication processes, contributing to a secure work environment by providing appropriate safety gear and emergency safety kits

ACADEMIC PROJECTS

Direct Energy Deposition (DED) compositionally graded alloy Co-Cr-xMo.

Deposited a crack-free graded Co-Cr-xMo alloy (6-15 wt.%) using Laser-Directed Energy Deposition (L-DED).

Characterized optical and surface morphological properties of the alloys using X-ray diffraction and SEM.

Investigated wear and corrosion responses using Vickers micro-hardness testers, contributing insights to material science and alloy design.

DfAM part performance is based on system variables in FDM. Analysis of Laminated Composite Using Matlab

Successfully 3D printed and optimized a car brake pedal, achieving a remarkable 40% weight reduction through topology optimization.

Employed EinScan Pro 3D scanner to capture precise point cloud data, integrating it into the digital design process to analyze building orientations and their impact on the 3D printed part's performance. Analysis of Laminated Composite Using Matlab/Simulink

Developed MATLAB code to find the normal and transverse shear stresses across each laminate thickness required matrix computation and effective graphical interface for stress and strain distribution, stiffness analysis, and deflection for the analysis of composite materials mechanics.

The results have been validated with the theoretical results obtained from the literature TECHNICAL SKILLS

Software: SolidWorks Microsoft Office Suite (Excel) AutoCAD Inventor CATIA CREO Minitab Ansys JMP. Programming Languages: MATLAB, SIMULINK C, C++ (Intermediate). Manufacturing: CNC machining, lathes, drills, presses, saws, mills, fabrication and welding. Skills:

Team-oriented Time Management Microsoft Office Suite Simulations Metal Fabrication Manufacturing Processes Quality Assurance Statistical Analysis Computer-Aided Design

Electrical circuits & machines

Project management

Materials and Metallurgy

Risk Management

Calculations

Product Development

Excellent Written & Verbal

AWARDS AND HONORS

Received graduate scholarship for academic excellence and outstanding achievements.

Received merit-based scholarship from the government of India.

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