Mechanical Engineer

Saseepan Nagarajan

** ********* **., ***********, ** • 416-***-**** • **********@*******.*** LinkedIn

MECHANICAL ENGINEER

Resourceful, solution-focused and versatile mechanical engineer with demonstrated success providing sound, innovative and robust engineering solutions to new product concepts. A natural leader who can delegate and motivate others to maintain consistency of quality with new designs, solutions and overall project lifecycles. Proven ability in anticipating risks, sharp in identifying deficiencies and proactive in implementing the appropriate solution. Carries a solid command of technologies, tools and best practices in designing mechanical equipment using AutoCAD, SolidWorks and engineering drawings. Efficiently supports projects, with proven strengths in providing technical support in resolving issues related to manufacturing and engineering processes.

MAJOR STRENGTHS

CAD Design & Drafting

Project Management

Resource Planning

Planning & Fabricating Solutions

Risk Prevention

HVAC Knowledge

Team Training & Development

Optimizing Product Quality & Design

Fabricating Prototypes

R&D Testing & Reporting

Product Cost & Manufacturability

Vendor Relations

CAD Software: SolidWorks, Creo Parametric, AutoCAD, Autodesk Inventor, ANSYS, ABAQUS

Office Packages: Microsoft Office, Excel, Access, PowerPoint

Programming Languages: C++, MATLAB, Mathematica

EDUCATION & PROJECT HIGHLIGHTS

Master of Engineering in Mechanical Engineering University of Toronto, St. George Campus Nov. 2016

KEY COURSES:

Heating, Ventilating & Air Conditioning (HVAC) Systems Design of Products Advanced Manufacturing Techniques New Product Innovation Atomistic Modeling of Materials Applying Innovation in Engineering Computer Integrated Manufacturing

Graduate Research Assistant to Dr. Chandraveer Singh, Mechanical and Industrial Engineering:

Identified the ideal design for creating a mold to manufacture parts through simulation and analysis using ANSYS to achieve even temperature distribution in a copper mold, ultimately improving the quality of part manufacturing.

Used temperature dependent thermal conductivity in the model for the analysis.

Computer Integrated Manufacturing – Course Project:

Conducted a complete analysis on the use of plastic in the automobile industry to outline its developments and advantages in a number of uses.

Identified opportunities to improve quality and manufacturing of plastic products to ensure structural integrity and overall safety of the vehicles.

Based on research, predicted the role plastic will play in the manufacturing of automobiles in the future, and identified a number of advantages such as cost and gas-emission reductions.

Interchangeable Elliptical Bike – Design Project:

Conceptualized and developed an interchangeable elliptical bike to harness energy burned by pedaling, and charge small devices for homes in developing countries. Researched to acquire quality materials in the most economic fashion.

Manufactured prototype in machine shop to test the product to ensure it could withstand external forces. Additionally, modelled the design using SolidWorks and conducted finite element analysis on critical parts.

Bachelor of Science in Mechanical Engineering University at Buffalo, The State University of NY Feb. 2014

KEY COURSES:

Design Process and Methods Manufacturing Processes Manufacturing Automation Product Design in a CAE Environment Computer-Aided Design Applications Heat Transfer Fluid Mechanics Dynamic Systems

PROFESSIONAL EXPERIENCE

Student Trainee (Project) Triumph Gear Systems Jan. 2016 – Apr. 2016

Contributed to securing over $330K in savings by identifying discrepancies in the manufacturing process in Honeywell and GE shafts, and recommending options to streamline the routing process to reduce defect and save hours in a cycle time. Efforts additionally resulted in boosted efficiency and overall productivity.

Machine Technician/ Setup Operator Teknion/Stamptek Apr. 2014 – Aug.2015

Responsible for operating TRUMPF Laser CNC machine and SIEMENS Laser Tube CNC machine in addition to operating brake presses, bending machines and Spot-welding machines.

Interpreted blue prints and measured dimensions and tolerances to ensure product was aligned with clients’ specifications; maintained product quality by regularly verifying raw materials.

Tracked machines’ performance via daily inspections, and facilitated tool changes to ensure appropriate laser cutting.

Demonstrated training abilities in mentoring a junior technician in CNC machine operations.

Engineering Trainee Hansteel Fabrico, Colombo, Sri Lanka May 2013 – Aug 2013

Created new products for the furniture company while ensuring overall quality and functionality. Utilized SolidWorks and AutoCAD to review and edit drawings, as per engineer’s requests, to improve quality of the product.

Mechanical CAD Designer University at Buffalo (Society of Automotive Engineering) Sept. 2012 – Apr. 2013

Supported a number of projects by providing mechanical CAD designs in line with clients’ specifications. Provided mechanical components, design validation and drawings via SolidWorks.

Contributed developments and improvements to concept design by converting sketches into drawings using SolidWorks and Creo Parametric; in addition to performing Finite Element Analysis using Pro E.

Recommended options to reduce the manufacturing costs according to design and manufacturing specifications.

Researcher University at Buffalo Oct. 2012 – May. 2013

Undergraduate Research Assistant to Dr. T. Kesavadas, School of Aerospace/Mechanical Engineering

Instrumental in supporting the development of new technology on implanting a pacemaker by designing and analyzing a medical component to increase its structural integrity and overall quality of the product.

Assisted in testing and adjusting the pace maker device to ensure optimal functionality and safety for the patient.

AREAS OF PROVEN PERFORMANCE

Proficient in evolving initial design concepts through systematic process of: modeling, prototyping, testing to optimize function, appearance, and cost of new parts and assemblies. Supports manufacturing processes for different components.

Collaborates with project management and multiple departments to collectively resolve product issues, and ensure developed products address market needs and customer expectations.

Liaises with 3rd party suppliers to source components or fabrication solutions, obtain quotes for parts and tooling.

Remains current on industry trends and standards, emerging new technologies in manufacturing and materials engineering sectors, environmental and sustainable design issues

Validates design of products through R&D testing to BIFMA, CGSB, UL CSA and other applicable standards.

Sharp and proactive in identifying and recommending improvements for new product designs.

Demonstrated application of design analysis and record of new product development, with proven ability in creating part prints via AutoCAD, and sketches via SolidWorks.

MEMBERSHIPS

Member of Society of Automobile Engineers (University at Buffalo, USA)

Member of Ontario Society of Professional Engineers

Member of American Society of Mechanical Engineers Ontario Section

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