Sameer Joshi

Hi, I'm Sameer!

As a passionate and dedicated mechanical engineer, my career embodies a commitment to precision, innovation, and problem-solving. With a solid foundation in mechanical engineering, I leverage a blend of technical expertise, creative thinking, and practical experience to tackle complex challenges. My journey in this field has seen me drive projects from conception to fruition, utilizing advanced design tools and methodologies to develop efficient solutions. Through a combination of theoretical knowledge and hands-on experience, I thrive on transforming ideas into tangible, reliable, and optimized designs, consistently aiming for excellence in every endeavor.

Sameer Joshi

MECHANICAL ENGINEER

Phone:

(213) 272-7708

Email:

joshisameer134@gmail.com

Address:

720 W, 27th St, Los Angeles, 90007

Date of Birth:

March 4, 2001

EXPERIENCE

MAY 2024 - AUG 2024

Internship - CAE Engineer

Simulation Lab

Contributed as a CAE Engineering Intern to the development of thermal management systems for Lithium Nickel Cobalt Manganese Oxide (NCM 622) batteries.
Conducted 60 test cycles using CFD in Ansys for each nanofluid (Au, Ag, Al₂O₃, Cu), varying battery temperature input, inlet nanofluid temperature, and velocity.
Analysed data in Excel to determine that the Au+water nanofluid outperforms water by 27% in cooling and heating efficiency.
Identified optimal nanofluids for specific battery temperature ranges, enhancing overall thermal management performance.

JAN 2024 - PRESENT

University Of Southern California

Part time - Advanced Manufacturing Research Assistant

Developed cutting-edge 3D printing technology utilizing hybridized Stereolithography (SLA) to achieve a precision scale of 3
microns, exceeding traditional SLA's 50-micron standard. Tested the Prototype components manufactured. Enhanced multimaterial
3D printers for pick-and-place applications by integrating innovative magnetization and demagnetization of ferrous
material, advancing precision and versatility in automation.
Designed fixtures for optical cage system by Thor labs for more variable microscale manufacturing stereolithography using FDM
Contributing to the advancement of multi-material 3D printers specifically designed to support robot arms in pick-and-place applications through the innovative use of magnetization and demagnetization of ferrous material.

SEP 2023 - PRESENT

University Of Southern California

Part time - Course Producer & Grader

Served as Course Producer and Grader for the Dynamics and Strength of Materials undergraduate course.
Carefully curated course materials, including lecture notes, problem sets, and additional resources to enhance student comprehension.
Responsible for grading assignments and exams, providing detailed feedback to aid students in mastering complex subject matter.
Actively facilitated class discussions, addressed student queries, and conducted review sessions to create an engaging and productive learning atmosphere.
Demonstrated dedication to meticulous preparation and unwavering commitment to academic excellence in the execution of responsibilities.

SEP 2023 - PRESENT

SC Formula Electric

Part time - Powertrain Engineer

Engaged in groundbreaking research and development initiatives focused on advancing battery technology.
Specialized in fine-tuning accumulator configuration for elevated performance metrics.
Meticulously crafted battery and motor mounts, considering stress factors and implementing advanced cooling mechanisms.
Employed thorough modal analyses to ensure structural integrity and enhance the efficiency of designed components.
Contributed to the ongoing evolution of innovative solutions in the fields of battery technology and electric propulsion systems.

AUG 2022 - JUNE 2023

HAYA RACING

Part-time - Vehicle Dynamics Engineer

Positioned as a vehicle dynamics engineer within HAYA Racing FSAE Team.
Deepened mechanical expertise and contributed to achieving a notable 2nd position among 50 competitive FSAE teams in the Vehicle Dynamics Category.
Specialized in tire dynamics, employing brush and tire models for informed decisions on tire selection and precise determination of suspension hardpoints.
Utilized MATLAB and Simulink proficiently for executing tasks related to tire dynamics and suspension refinement.
Conducted comprehensive studies on MacPherson strut and Double wishbone suspension systems, providing valuable insights and enhancements to the FSAE team's pursuits.

JAN 2021 - JULY 2021

Internship - Automotive Research Intern

Gannet Engineering Pvt Ltd

Engaged in an enriching internship at an innovative startup.
Focused on addressing complexities related to BS-4 and BS-6 vehicle emission standards.
Applied advanced vehicle simulation techniques using MATLAB for diverse drive cycles and power requisites.
Provided steadfast support to the project team and actively curated benchmark data using MATLAB and Microsoft Excel.
Contributions were characterized by a deep commitment to refining solutions.
Ensured meticulous attention to detail and unwavering dedication throughout the project's lifecycle.

EDUCATION

2023-2025

University Of Southern California

GPA: 3.92
Relevant Courses: Advanced Engineering Analysis, Foundation for Manufacturing Automation, Material Selection, Design for Manufacturing & Assembly(DFMA), Quality Management for Engineers

Masters of Science in

Mechanical Engineering

2019-2023

Bachelor of Technology in

Mechanical Engineering

PES University

GPA: 8.6/10
Relevant Courses: Manufacturing Technology, Mechanical Design Theory, Thermodynamics, Fluid Dynamics

SKILLS

SolidWorks

Ansys

Webot

Microsoft Office

Minitab

Data Analytics & Visualization

Hypothesis Testing

RCA & FMEA

MATLAB & Simulink

Python Programming

C Programming

CATIA V5

SPC

GD&T

Design Of Experiment

Prototyping & Additive Manufacturing

CERTIFICATIONS

PROJECTS

EXPERTISE

Designing of Robot for Solar Panel Tempered Glass Pick And Place on Edge Handling Conveyor

Design for Manufacturing Assessment of Electric Scooter

Design of the powertrain of the FWD Electric Tadpole Vehicle

Regenerative Braking System

Material and Process Selection for Ice Maker blades

CONTACT