Prithiv Kannan

My journey in mechanical engineering has been shaped by a deep commitment to knowledge and hands-on experience. I am passionate about advancing my expertise and making meaningful contributions to the field. My technical skills include AutoCAD, SolidWorks, CATIA, Creo, Ansys, Abaqus, MATLAB, Minitab, and MS Office, allowing me to effectively contribute to engineering projects that require precision and innovative problem-solving.

My educational path began in Chennai, India, where I earned a Bachelor of Engineering in Mechanical Engineering from Anna University, achieving a GPA of 8.18/10. During my undergraduate studies, I excelled in various subjects, including Engineering Mechanics, Fluid Mechanics, Manufacturing Technology, Mechatronics, and more. I consistently ranked among the top students, particularly excelling in lab courses and major projects.

Notable projects include the 'Compound Pulley Crane' and a thesis analyzing the effect of tool pin profile in friction stir welded AA5052 and AA6082.

Building on this foundation, I pursued a Master of Science in Mechanical Engineering at the University of Dayton, where I graduated with a GPA of 3.74/4.0. My coursework included advanced subjects like Finite Element Analysis, Theory of Plasticity, and Energy System Engineering. This academic journey further refined my skills and knowledge in material science, supply chain management, and renewable energy.

My professional experience has been equally diverse and enriching. I interned at Baby Engineering Works (P) Ltd, where I engaged in 2D drafting, 3D modeling, and finite element analysis to optimize the design and performance of solar panel trees. This internship significantly improved project visualization and collaboration, leading to increased efficiency and reduced costs.

At Sinecera Textiles Ltd, I assisted in the design and manufacturing of PP non-woven fabric used in the automobile industry, conducting simulation tests and monitoring the manufacturing process. As a Graduate Teaching Assistant at the University of Dayton, I evaluated assignments, led interactive sessions, and conducted review sessions, deepening my understanding of mechanical engineering principles and enhancing my teaching skills.

Looking ahead, my dream is to work in a renowned global organization within the mechanical and manufacturing sectors. By continually expanding my expertise, I am dedicated to making significant contributions to the field of mechanical engineering and achieving a successful, impactful career.

University of Dayton, OH, USA Jul 2023-May 2024

Graduate Teaching Assistant

• Evaluated and provided feedback on over 1,000 student assignments on MATLAB and Thermal Engineering concepts, aligning with lectures to ensure accuracy, and implemented a grading rubric, increasing average assignment scores by 15%.
• Led interactive office hour sessions, addressing student doubts and offering in-depth explanations on challenging topics, which improved student performance by 10%, resulting in an average increase of 10 points on assessments.
• Conducted review sessions before each exam, enabling students to relearn and consolidate topics, which led to an average increase of 10 points in exam results.
• Crafted individualized homework strategies for more than 60 students weekly, resulting in a 25% uptick in student engagement and a 15% increase in test scores.
• Designed and delivered specialized tutorials on MATLAB programming and Thermal Engineering concepts, tailored to address common student challenges, leading to a 20% improvement in overall course comprehension.
• Reviewed and corrected students' MATLAB assignments, providing detailed feedback that significantly enhanced their understanding of concepts.

Sinecera Textiles Ltd. Chennai, India Sep 2019 - Feb 2020

Mechanical engineering Intern

•  Assisted in 2D drafting and design of PP non-woven fabric using AutoCAD, resulting in precise and accurate technical drawings, which reduced design errors by 15%.
•  Designed 3D models of PP non-woven fabric using CATIA, enhancing the visualization and development of complex components, leading to a 20% improvement in the design approval process.
•  Conducted mechanical and thermal simulation tests using Abaqus to evaluate tensile strength, compression resistance, tear resistance, puncture resistance, thermal stability, and sound absorption, ensuring high-quality material performance and identifying areas for a 10% increase in material durability.
•  Assisted in the setup and operation of manufacturing equipment for PP non-woven fabric production, improving production efficiency by 25% and reducing downtime by 15%.
• Monitored the manufacturing process to ensure smooth and efficient operation, resulting in a 10% reduction in product defects and a 20% improvement in adherence to production schedules.

Indian Institute of Technology, Chennai, India Oct 2018 - Mar 2019

Marketing Ambassador

• Served a 6-month tenure as a Campus Ambassador Intern, orchestrating a variety of events and campaigns that enhanced brand awareness and student engagement on campus, resulting in a 20% increase in student participation in campus events.
• Leveraged exceptional event management skills, coupled with strong leadership, communication, and teamwork abilities, to significantly contribute to the university's success, aiding in a 15% improvement in overall event satisfaction ratings.
• Demonstrated resilience and problem-solving skills, overcoming challenges to ensure smooth event execution and enhance the brand's visibility within the student community, which led to a 30% growth in the brand’s recognition among the student body.
• Earned recognition and awards for dedication and significant impact, demonstrating a strong commitment to fostering a vibrant and engaged student community, which contributed to a 25% increase in active engagement in student-led initiatives.

Baby Engineering (P) Ltd. Tiruchirappalli, India Nov 2018-Jan 2019

Mechanical engineering Intern

• Developed 2D drafts of solar panel trees and other conceptual models using AutoCAD, which facilitated enhanced project visualization and collaboration, ultimately accelerating the design approval process by 20%.
• Utilized Solidworks to design and assemble 3D models of solar panel tree components, including panels and support structures, which facilitated a 15% increase in the assembly efficiency and reduced manufacturing costs by 10%.
• Performed finite element analysis (FEA) using Ansys to enhance solar panel tree resilience against environmental stresses, achieving a 25% increase in durability and performance.
• Engineered heat dissipation strategies for solar panels via Ansys, achieving in a 20% decrease in overheating incidents and improved energy generation capabilities by optimizing thermal performance and reducing energy loss.

Master of science in Mechanical engineering

University of Dayton, OH, USA | GPA: 3.74/4.0 (Aug 2022 - May 2024)

Bachelor of Engineering in Mechanical Engineering

Anna University, India | GPA: 3.39/4.0 (Aug 2017 – May 2021)