Aayush Alok
Manufacturing Engineer | Specialized in Additive Manufacturing, Material Characterization, Quality Control, and Process Optimization | Chemical Engineer
- Role
- Graduate Research Assistant (Chemical Engineering) at Youngstown State University
- Location
- Youngstown, OH, US
- LinkedIn followers
- 500 followers
About Aayush Alok
As a chemical engineer with a Master’s degree from Youngstown State University, I have developed a strong foundation in materials science and process engineering. My academic journey has been marked by hands-on research in additive manufacturing, material characterization, and high-temperature sensor development. I am deeply passionate about exploring advanced manufacturing techniques and their applications in various industries, including aerospace and defense.My professional experience spans industries such as consumer goods and manufacturing, where I held a supervisory role at Unilever Nepal and completed an internship at Gorkha Brewery. These roles helped me refine my skills in process optimization, lean manufacturing, safety and quality control. At YSU, I led projects that enhanced the mechanical properties of alloys like SS316L and Invar 36 using Direct Energy Deposition. I also collaborated with cross-functional teams to streamline production processes and optimize material performance.Looking ahead, I am excited to pursue opportunities in process engineering, production management, and materials science. My goal is to leverage my technical skills and industry experience to drive innovation in manufacturing, with a particular focus on sustainability, advanced materials, and process efficiency. I am eager to contribute to cutting-edge projects that shape the future of engineering and manufacturing.
Experience
Graduate Research Assistant (Chemical Engineering)
Aug 2022 — Present · Youngstown, OH, US
Developed and optimized manufacturing processes for the fabrication of high-temperature sensors, improving product reliability by 25%.• Performed microstructure, defect, and surface analysis using Keyence VHX improving accuracy and efficiency by 20%.• Executed XRD/XRF analysis on wire materials and DED parts, increasing material quality assurance accuracy by 15%.• Analyzed tensile results and hardness to assess mechanical responses of alloys under 8 unique printing conditions, enhancing comprehension of material behavior.• Conducted research on process parameters for SS316L, Invar 36, and H13 alloys via Direct Energy Deposition, increasing material performance understanding by 15%.
Education
Kathmandu University
Bachelor's degree
2015 — 2019
Youngstown State University
Ms
2022 — 2023
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