RAJ CHAKRABORTY

**** **** ******, ********, ** H*A 3J2 438-***-**** adglo2@r.postjobfree.com

September 29th, 2020

Subject: Junior Project Engineer Position

Dear Madame/Sir,

I am applying for the Junior Project Engineer position at your company. I recently completed my Bachelor of Engineering in Mechanical Engineering at Concordia University. I would appreciate the opportunity to add value to your team. I am confident in my ability to contribute as a mechanical engineer with my technical knowledge, relevant industry experience, and well-rounded skillset.

At ABB Ltd, I was responsible for product development for emergency lighting and security systems. I collected information about relevant ABB products and technologies in order to achieve efficiency in my R&D activities and acquired an understanding of technical drivers and customer values. In addition, I designed products and modified existing models to develop and improve products using CREO/Pro-E. I applied the best engineering design practices including failure modes analysis (FMA) and design-for-manufacturing and assembly (DFMA) at ABB.

During my internship at Diebec Matrices Ltee, I used my analytical skills to find areas for improvement in the final inspection procedure and I applied my management skills to implement solutions to the issues I detected. By conducting mapping process and analyses for the CNC milling machine procedure, I improved the output production time by 37%, decreased hold-ups and ensured adherence to customer specifications which lowered product returns. In addition, I assisted the senior product design engineer and BOM technicians in the development of jigs and fixtures using AutoCAD and SOLIDWORKS.

Through my academic projects, I have mastered my skills in 3D designing and modeling. For example, during my Computer Aided Mechanical Design course, I design a rack and pinion steering system using AutoCAD and CATIA software. I developed a computer analysis tool using MATLAB for calculation of parts and I used ANSYS structural analysis software (FEA) to solve complex structural problems. In order to acquire the most optimal structural design, I applied Computational Fluid Dynamics (CFD) analysis.

I am very interested in being part of your integrated engineering team. Please call me at 438-***-**** to set up an interview. Thank you for your time and consideration, I look forward to hearing from you.

Sincerely,

Rajosree Chakraborty

RAJ CHAKRABORTY

7259 1ere Avenue, Montréal, QC H2A 3J2

438-***-**** adglo2@r.postjobfree.com www.linkedin.com/in/rajosreechakraborty

SUMMARY OF SKILLS AND QUALIFICATIONS

Operating Systems Windows Vista •Windows 8 •Windows 10 •Linux •MacOS

Tools ANSYS •SOLIDWORKS •CREO/Pro-E •CATIA •Simulink •MATLAB •AutoCAD •AutoDesk Inventor •Fusion 360 •Geometric Dimensioning & Tolerancing (GD&T)

Applications PTC Creo Elements/Pro •Windchill PDMLink and Pro/INTRALINK

•Microsoft Office: Word •Advanced Excel •PowerPoint •Access •Outlook •OneNote •Visio

Programming C++ •MATLAB software •JavaScript (Beginner) •Arduino •HTML

Languages French: Spoken & Written •English: Spoken & Written •Bengali: Spoken

EDUCATION

Bachelor of Engineering– Mechanical Engineering 2015– 2020 Concordia University, Montréal, QC

Member of the Society of Automotive Engineers Concordia (SAE)

Member of the Canadian Society for Mechanical Engineering (CSME)

WORK EXPERIENCE

R&D Project Engineer May– Sept. 2019

ABB Ltd, Montréal, QC

Worked with the Mechanical Engineering Manager and Senior Design Engineers to develop 3D/2D designs and drawings using CREO Parametric/Pro-e

Developed test plans for examination of prototype and development units, analyzed test failures and developed/implemented design improvements based on test results

Assisted Engineering Product Team Manager and BOM Technician in the development of Bill of Material (BOM’s) and Engineering Change Notice (ECN’s)

Evaluated market requirements, innovation and provided feedback to appropriate product, manufacturing and R&D strategies

Quality Control Engineer April– Sept. 2018

Diebec Matrices Ltee, Pointe-Claire, QC

Assessed material selection and cost analysis, used for fabrication techniques to build sheet-metal, metal and plastic extrusion, die-cast, thermoform and plastic injection

Worked with various CNC drilling, milling and laser machines to manufacture components

Served as the primary quality assurance resource to CNC department Supervisor

Established, applied and maintained quality requirements and standards for development and manufacturing process

Designed multiple tests and analyzed the tests results related to quality issues

Maintained and improved documents related to monitoring the quality of products

Vice-President of Orders at CSME Dec. 2017– present

Canadian Society for Mechanical Engineering (CSME)

Created and maintained plans and drawings for additive manufacturing

Designed and built a 3D printer for CSME National Design Competition

In charge of the entire 3D printing operations at CSME Concordia

Team Leader for Drivetrain at SAE Sept. 2017– Dec. 2018

Society of Automotive Engineers Concordia (SAE) Supermileage

Designed and built a fuel-efficient gasoline powered vehicle using SolidWorks

Managed various CAD (SOLIDWORKS, CREO/Pro-E, and AutoCAD) projects

Lead designer of drivetrain sub-component for the Supermilage vehicle (SOLIDWORKS)

Generated several Bill of Material (BOM) for the assembly drawing

PROJECTS

UAV Capstone Engineering Design Project- Lead Designer Aug. 2019– April 2020

Concordia University, Montréal, QC

Designed, manufactured and assembled an entire UAV with a built-in guided system

Prepared 2D and 3D CAD drawings, conducted thermodynamic analysis, completed detailed drawings and assembly models along with calculated dimensions and tolerances.

Performed structural calculations and simulations using ANSYS structural analysis (FEA)

Completed iterative packaging studies to optimize size, shape and weight of the UAV

Mechatronic Inverted Pendulum Project Jan. 2020– April 2020

Concordia University, Montréal, QC

Modeled (physical and mathematical), analyzed (closed form and numerical simulation), and completed control design (analog and digital) of dynamic physical systems.

Conducted experimental validation of models and analysis (for computer simulation) and developed an understanding of the key issues in hardware implementation of designs.

Used real-time programming for control for stability of the pendulum in the upright position.

Derived equations of motion of an inverted pendulum on a moving cart.

Built a non-linear model of the system using Simulink software

Regenerative Braking System for 2016 Honda CRV AWD EX Sept.– Dec. 2018 Concordia University, Montréal, QC

Completed a 3D model of the entire braking system using SolidWorks

Developed a computer analysis tool using Excel and MATLAB for calculation, analysis and sizing for the system including all machine elements

Simulated dynamic models of electrical, mechanical, and hydraulic systems for actuator modeling

Conducted vibration and modal analysis along with static and dynamic system simulations

3D Design of a Rack and Pinion Steering System Sept.– Dec. 2018

Concordia University, Montréal, QC

Utilized CATIA software to design a steering system and prepared an in-depth report on the mechanical part/mechanism design

Analyzed vehicle performance in MATLAB/Simulink via modeling and data analysis

Used ANSYS structural analysis (FEA) to solve complex structural problems

Applied Computational Fluid Dynamics (CFD) to optimize design

PROFESSIONAL AFFILIATIONS

Vice-President of Orders Dec. 2018– present

Canadian Society for Mechanical Engineering (CSME)

Lead of Drivetrain Sept. 2017– 2018

Member of the Society of Automotive Engineers Concordia (SAE)

Student Member Sept. 2015– 2017

Co-operative Education /Member of Institute for Co-operative Education/ Concordia

INTEREST

● Rock climbing ● Camping ● Reading ● Traveling

REFERENCES AVAILABLE UPON REQUEST

Contact this candidate