Ashish Jagtap

Aeronautical Engineer

Seeking the position of Aeronautical Engineer in a highly technical organization where my skills will be fully maximized and recognized in meeting the company’s vision and mission. adj2ep@r.postjobfree.com

966-***-****

jagbro.com/

SKILLS

ANSYS WORKBENCH

CATIA SOLIDWORKS

MS Word & Excel

DRONE OPERATIONS

LANGUAGES

C & C++

Elementary Proficiency

Web technologies - HTML

Professional Working Proficiency

INTERESTS

Exploring new

technologies

Quora drone flying

Stock marketing

CAD Modelling

EDUCATION

ENGINEERING

Bachelor of Engineering- Aeronautical Engineering

2016 - 2020, 68%

WORK EXPERIENCE

DRONE PILOT

SKYCAPTURE DRONE SERVICES

2019 - 2020,

TASKS

Piloting drone for various aerial services, 3D mapping Worked on tools such as Drone deploy, DJI go 4

Teleperformance

Marketing executive

09/2020 - 02/2021,

Worked for TATA AIG and MAXLIFE products by organizing meetings, calling clients . lead generation Hosting calls on webinars, podcast, and Business Hangouts Delivering Presentation and Seminars for Marketing strategies CERTIFICATES

ANSYS BASIC TO PROFESSIONAL TRAINING PROGRAM- ELEATION (10/2019 - 12/2019) skills learnt- ANSYS FLUENT,CFX,STRUCTURAL ANALYSIS, THERMAL ANALYSIS Softskills and personality development (2018)

Skills learnt-Delivering Presentation, Effective Communication 3D Modelling & Designing using CATIA- ITnium Institute PERSONAL PROJECTS

DESIGN AND CONTROL OF CO-FLOW JET AIRFOIL WITH REORIENTED PUMP In the CFJ Aerofoil concept, An injection slot near the Leading edge (LE) and suction slot near the Trailing edge is placed. A small amount of mass flow is withdrawn into the suction duct, pressurized and Energized by a reoriented Pump ; and then ejected near the leading edge. To reduce the boundary layer. To increase the stalling Angle of attack and coefficient of lift.

AERODYNAMIC BEHAVIOUR OVER A ROTATING GOLF BALL

In this project various golf balls are been taken into consideration and the aerodynamic forces and flow patterns are been investigated with balls having different size and the number of dimples. So by performing the analysis in wind tunnel and also by doing a numerical analysis a detail comparative study is obtained for different golf balls. Detailed analysis on the flow separations on different sides of the models reveals the mechanism of the negative Magnus effect. Further investigation of the unsteady aerodynamics reveals the effect of rotating motion on the development of lateral forces and wake flow structures. It is found that the rotating motion helps to stabilize the resultant lateral forces for both models especially in the supercritical regime ACHIEVEMENTS

Hosted Annual function event for the College every year Secured 2nd Position in Hydro rocket Competition.

Build and Managed website.

Succesfully managed various events in college such as HYDRO rocket, quiz competition, Project exhibition.

Achievements/Tasks

Achievements/Tasks

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