• I am Ashik Rahman

    Mechanical Engineer

  • Engineering

    is My Passion

Mechanical Engineer

Certified Solidworks Professional (CSWP)


Specialized on Mechanical design, Manufacturing, Automation and lithium-ion batteries

A certified Solidworks professional with 3+ years of hands on industrial design experience equipped with a Master of Applied Science (MASc) and Bachelor of Engineering (B.Eng) degree in Mechanical Engineering and Automation. Ready to join a reputable organization to begin a fulfilling, lifelong career. A collaborative team player, a highly motivated individual, and a results-driven mechanical engineer with a proven track record of identifying engineering requirements and developing solutions. I am an adaptive learner and can work under pressure. I have extensive knowledge of mechanical design, engineering analysis, lithium-ion battery analysis, electrode parameter estimation, CAD software, MS office, and various programming languages.

My Personal Data

Mechanical Design

CAD Modeling & Simulation

Finite Element Analysis

Design Optimization

Skills & Achievements

Major Engineering software skills but not limited to.

1

CAD Softwares: Solidworks, Autocad, Solidedge, Inventor, Siemens NX

2

Analytical & Simulation: Solidworks simulation, Ansys workbench, Adams, Matlab

3

MS Office Suite

4

Language Skills: Bengali, English, Mandarin**, Urdhu, Hindi

education

Bachelor of Engineering

Mechancal design, Manufacturing and Automation

Master of Applied Science

Mechanical engineering

Diploma in Web Design and Development

Creative IT Limited.

2019/04-Present
Mechanical Design Engineer

Allfi Robotics Inc.

2020/09-Present
Graduate research assistant

LinLab (UOIT)

2019/07-2020/01
Graduate research assistant

Robotics and Vibration Lab (SJTU)

experience

Projects

2021/03 - 2022/03
AN INNOVATIVE APPROACH FOR LITHIUM-ION BATTERY 3RD-ELECTRODE SETUP

As part of my research in LinLab, I have proposed a novel approach for a 3-electrode lithium-ion battery setup using battery casing for anode and cathode state-of-charge and degradation monitoring. We have submitted a journal paper to Applied Energy on our findings which is Accepted and awaiting publication. We have taken this research further by setting up a battery pack using the 3-electrode batteries introduced earlier to investigate our invention's practical application. We developed a model-based anode parameter estimation method to monitor anode SOC and degradation for variable current input. We have recently submitted another journal paper which is under review.

2019/10 - 2020/01
SELF-RECONFIGURABLE MODULAR ROBOT

As my GRA project, I helped with the design modification based on topology optimization and dynamic structural analysis. I finished the dynamic model analysis of the robot, which consists of a three-unit module.

2019/07 – 2020/01
A WRIST REHABILITATION ROBOT

This project is my graduation thesis.I have designed a wrist rehabilitation robot and performed kinematic and dynamic analysis on it.

LI-ION BATTERY INDIVIDUAL ELECTRODE STATE OF CHARGE AND DEGRADATION MONITORING USING BATTERY CASING THROUGH AUTO CURVE MATCHING FOR STANDARD CCCV CHARGING PROFILE
Applied Energy

Early Access

LI-ION BATTERY ELECTRODE STATE OF CHARGE ESTIMATION AND DEGRADATION MONITORING USING BATTERY CASING VIA UNKNOWN INPUT OBSERVER
IEEE TRANSACTIONS ON TRANSPORTATION ELECTRIFICATION

Under Review

Publications

Awards

2018 - Honorary International graduate (BY HUST President) View>>
2017 - Distinguished international student (BY CSC) View>>
2016/2017 - Academic excellence award (BY HUST) View>>
2016/2017 - Outstanding leadership award (BY HUST) View>>
2015/2016 - Academic excellence award (BY HUST) View>>
2015/2016 - Outstanding leadership award (BY HUST) View>>

Contact

Address

Oshawa, Ontario, Canada

Contact

+(1) four-three-seven nine-nine-zero-one-two-six-two

Email

ashik(dot)rahman(at)marahman(dot)ca