Bike

Golf

Dive

Creative Agencies

Fashion

Fishing

Lifestyle

Moto & Powersports

Music

Outdoor

Skate

Snow

Streetwear

Surf

Swim

Tech

Triathlon

Wake

Yoga

Health & Fitness

Summary
- Mechanical Engineer with 1+ years of experience in New Product Development and 2+ years experience in Robotics/Unmanned Vehicles.
- Expertise in new product development from concept to mass manufacturing, rapid prototyping, clinical testing, research & development, component design/development and packaging.
- High precision design experience (involving tolerances in the range of ~0.001mm) and great attention to finest of details of a component/assembly.
- Participation in external client interactions and design review meetings.

Key Skills
- Certification training in AutoCAD, Pro Engineer, Solidworks, CATIA V5, ANSYS, PRimavera P6.
- Matlab/Simulink, Microsoft Office.
- Solid & parametric modeling, Geometric dimensioning and tolerancing (GD&T), Finite Element Analysis (Structural & Thermal), Detailed mechanical drawings, Computational Fluid Dynamics.
- Leadership skills via leading a branch of Vasoptic Medical for providing 3D modeling solutions to external clients interested in tranlating their ideas into a finished product
- Proven ability to learn quickly and deliver high quality products under tight deadlines as demonstrated at Vasoptic.

Major Achievements
With no prior experience in medical device industry or new product development, I achieved the following in just over a year at Vasoptic:
- Designed and developed an innovative Class II medical device from concept, tested with rapid prototyping which was eventually approved by FDA for human clinical trials
- Led a total of 9 projects for Vasoptic Design generating a revenue of ~$25000 for the company.
- One of our client's project of Vasoptic Design (Apple iPhone and Samsung Galaxy cases with complex inbuilt charging mechanism, total of 8 cases) is close to mass manufacturing and launch in US market

I had two major leadership responsibilities,

1. Leading the design duties of medical device from concept in Solidworks. My duties involved designing prototypes, performing FEA analysis and conducting pre-clinical testing of the device at Johns Hopkins University biomedical lab. After several prototype designs and testings, the medical device is now FDA approved for conducting clinical trials
2. Leading the branch of this company named Vasoptic Design to provide 3D modeling solutions to external clients interested in transforming their ideas and concepts into a working prototype and eventually into a finished product. I worked on total of 10+ products from concept generating a revenue of $25,000 for the company.3 products for a client are ready to mass manufacture and launch in US market.

Within 1 year of my joining, I helped get FDA 510(k) approval for the medical device designed from concept as well as designed 10+ products from concept out of which 3 are ready to mass manufacture and launch in US market.

Mechanical Design Engineer

I developed a novel algorithm in Matlab for vision based control of autonomous underwater vehicles guided by the camera mounted on them. I then tested this algorithm in Simulink to verify if the vehicle follows the correct trajectory and results were excellent in the end. This algorithm had distinct advantages over the standard algorithms, first being following the desired trajectory more accurately, second being no need of using costly equipment like sensors and underwater cameras and lastly this algorithm is universal, it can control underwater, terrestrial and aerial autonomous vehicles.

Graduate Research Assistant

Find out detailed information about Karansingh Thakur,  in Saint Paul, MN

Karansingh Thakur:  in Saint Paul, MN

Karansingh Thakur: in Saint Paul, MN

Karansingh Thakur

Vasoptic Medical Inc.

University of Alabama in Huntsville

CADD Center

University of Alabama in Huntsville

University of Mumbai