AAKAAR JAISWAL

636-***-**** adm6l9@r.postjobfree.com

Career Objective

Focused individual looking for a mechanical engineering position in a fast-paced organization where hard work and excellence is appreciated. Bringing ability to establish details of the designs and their specifications with an excellent knowledge of electronic sensors, microcontrollers, and motor control.

Education

Bachelor of Science in Mechanical Engineering, May 2021

University of Texas at Dallas

GPA: 3.33

Computer Skills

CAD: CREO and SolidWorks

Simulation: Finite element analysis, computational fluid dynamics, and topology optimization

Hardware: Soldering, hand drill, table saw, drill press, and Dremel

Software: MATLAB and Arduino

Work History

University of Texas at Dallas – Dallas, TX August 2020 – Present

With a team of five, designed a robotic system that emulates the forces on offshore wind turbines

Used ANSYS and predicted potential failures using finite element analysis (FEA) on aluminum and steel parts and modified the designs as needed which resulted in lower deformations

Using ANSYS, utilized topology optimization feature to reduce mass and cost of components

Used CREO Parametric and designed an electrical enclosure which protected the wires and microcontroller.

Documented and tested electromechanical components and reported the calculated data to client and came up with a improved design which met the project requirements

Engineering Intern at SmartDots LLC – Dallas, TX June 2019 – Present

Designed parts using CREO 7.0 and provided detailed engineering drawings of the parts and designs

Created detailed exploded views of the assemblies for demonstration purposes and gained client’s approval

Solved a client’s problem and designing a robot in CREO 7.0, upon completion, the robot will automatically edge grass

Applied dynamics and calculated the required torques for actuation

Educated potential customers for Husqvarna robotic lawn mower sales at shows/events and sold 3 lawn mowers

Projects

Quadcopter August 2020 – Present

Used soldering and built a compact controller consisting of an IMU sensor, power distribution system, and an Arduino Nano which reduced the total weight of the drone by 30%

Troubleshot electronic components and circuits

Designed a 4 Degrees of Freedom Robotic Arm June 2020 – August 2020

Led a team of four in designing a robotic arm

Designed a kinematic model of a robotic arm in CREO using dynamics and kinematics

Researched and sourced off-the-shelf parts which reduced design time

Created detailed engineering drawings of parts and assembles by adding dimensions, BOM, scale, and title blocks

Reduced cost by 72% through optimization of the weight in the arm

Contact this candidate