Yashwanth H.N. is a mechanical engineer currently working at QuEST Global Pvt Ltd as an engineer in turbine subsystem. He has over 5 years of experience in the aerospace industry modeling engine parts and conducting design optimization. His skills include CAD software such as CATIA and NX, technical report writing, and knowledge of gas turbine engines and design. He holds a Bachelor's degree in Mechanical Engineering and has worked on projects involving compressor and turbine blade design, cooling effectiveness optimization, and compressed air generation systems.

1. CURRICULUM VITAE
YASHWANTH.H.N
Email: yeshwanthgowdahn0@gmail.com
yashwanth.nagaraju@quest-global.com
Mobile: +91-8884503093
Career objective
To be associated with a progressive organization as a Mechanical Engineer which can
provide me with a dynamic work atmosphere to extract my inherent skills as a Professional, use
and develop my aptitude to further the organization’s objectives and also attain my career targets
in the progress.
PROFESSIONAL EXPERIENCE:
1. Company : QuEST Global Pvt Ltd, Bangalore.
Designation : Engineer (Turbine Sub System – Team RR).
Period : July 2016 to till date.
Roles/ Responsibilities:
• Support the Turbine Sub System (TSS) team for Civil Small, Medium and Large Gas
Turbine Engines.
• Support the turbine sub system team by creating Engineering Bill of Materials (EBOM)
and Product Structure of Turbines.
• Involving in creation of 3D models for Trent 500, Trent 700 & Trent 900 engines using
UG NX 9.0.
• Involving in creation on General Arrangement (GA) Drawings for Trent 500, Trent 700
& Trent 900 engines using UG NX 9.0.
• Involving in creation of Fitting Instructions (FI) for various modules of turbine regions.
• Support the Turbine Sub System by controlling interface management task.
• Support the Turbine Sub System team by creating Gaps Table for Turbine regions.
• Support the Turbine Sub System team for development works like Understanding of
Tolerances, Key Conformance Feature (KCF).
• Support the Safety Alert Report (SAR) Team for investigation works. Example Silver
Migration investigation in 04 & 05 Modules.
• Support the Turbine Sub System Team by creating process capability charts using Mini
Tab to understand the Manufacturability of Turbine parts against drawings.
2. Company : QuEST Global Pvt Ltd, Bangalore.

2. Designation : Consultant (Global Producibility – Team RR).
Period : June 2015 to 4th
July 2016.
Roles/ Responsibilities:
• Support the Concession and Technical Analysis Report (TAR) teams for Civil Small,
Medium and Large Gas Turbine Engines.
• Support by addressing the non-conformance raised by NCA’s based on deviations in
manufacturing/inspection and to resolve customer issues (RCI) requests.
• Perform necessary stack-ups and give proper disposition to the non-conforming feature.
• Investigating the non-conforming feature by interpreting component/ assembly part
drawing and related documents and addressing it into proper signatory approvals if
needed i.e., design, stress, air system, aero thermal etc.
• Support the non-conformance teams by addressing proper salvage of engine components
belonging to turbines during manufacture.
• Support the technical analysis report team to prepare technical reports to individual
features with proper effect, justification and acceptance of the feature.
• Pro-active in understanding the requirement of the customer and good knowledge about
quality management system (QMS) and integrated performance management system
(IPMS) which are relating to competency and quality outcome of QuEST.
3. Organization : Hindustan Aeronautics Limited, Bangalore.
Designation : Graduate Apprentice trainee
Duration : April 2014 to April 2015.
Roles/ Responsibilities:
• Design and optimization of mechanical components for aero engine power transmission
systems i.e., shafts, couplings, flanges, housings, clutches etc.
• Develop manufacturing drawings in accordance with applicable standards.
• Read and interpret blueprints, technical drawings, layouts, schematics and computer-
generated reports.
• Analyze customer design proposals, specifications and manuals to evaluate the
feasibility, cost and maintenance requirements of designs or applications.
• Specify system components or direct modifications of products to ensure conformance
with engineering design and performance specifications.

3. • Project of solid modeling and design optimization of turbine and centrifugal blade using
MACROS in CATIA V5 and UG NX 8.0.
• Involved in new projects at Aero Engine Research and Design Center, HAL (BC).
• Involved in new projects like optimization of cooling effectiveness of gas turbine blades
and NGVs.
Educational qualification
• Completed B.E. (Mechanical) in 2013 from Visveswaraya Technological University,
Belgaum (Islamiah Institute of Technology, Bangalore) with an overall aggregate score
of 71%.
Technical Skills:
• Knowledge of Gas Turbine Engines.
• Design experience in Aerospace industry.
• Knowledge of Team center.
• Have good exposure in modeling Engine parts and Casting models using CATIA V5 and
UG NX 9.0.
• Knowledge of parametric modeling.
• Knowledge of drawing reading.
• Knowledge of Geometric Dimension and Tolerances (GD&T).
• Adequate knowledge in producing manufacturing drawings by considering functional
features.
• Knowledge of various failures of gas turbine engines.
• Knowledge of overhaul of gas turbine engines.
• Knowledge of NDT techniques.
• Knowledge of Stack ups.
• Knowledge of technical report writing.
• Knowledge of Aero manager.

4. Industrial Achievements:
• Awarded as best debutant trainee strong contender award from Quest Global at Dec 2015.
• Got on the fly award at the month Nov 2015.
• Go For Extra Mile (GEM) award at Feb 2016.
Soft Skills:
CAD Packages: AutoCAD, CATIAV5 and UG NX 8.0, Team center, Vis mockup.
Windows Tools: MS-Office 2010, Mini-Tab.
Operating systems: Windows XP, Windows 7&8.
Project Report (Graduation)
Project title: Implementation of unconventional compressed air for heavy trucks.
Aim: To generate a compressed air from heavy trucks by using an unconventional
compressor, and this compressed air is used for door opening, air brakes, horns and
superchargers.
Process: In this system we placed a reciprocating compressor (without piston rod) in
between chassis and leaf spring. Due to irregularities of the road compressed air is
generated in the compressor and is then passed into the accumulator.
Conclusion: The project looks very promising for present situation with rise in fuel prices; the
versatility of the system makes it suitable for a large number of applications
thereby reducing the unnecessary subsystems for accomplishing these applications.
Industrial projects:
• Project title: Design and optimization of centrifugal compressor and axial turbine blades.
Process: Extracting the points from Excel or Notepad into CATIA V5 or UG NX 8.0
and constructing points into complete model using surface and solid work
benches, after converting to solid model, blades are assembled to disc and
then handover to analysis department. If the model is satisfied with given

5. parameters in specs then the model is ok, otherwise further modification of
CAD modeling is required
• Project title: Design and optimization of mechanical components for aero
engine power transmission systems.
Process: Modeling of shafts, couplings, flanges, housings, clutches and then it’s
modified for reducing weights by creating holes, slots and reducing disc
size. Modified models are sending to the analysis for checking various
parameters if the results are positive then next step is drafting otherwise
further modification is required.
Project title: Optimization of cooling effectiveness of gas turbine blades and NGVs.
Process: Extracting the points from Excel into CATIA V5 and constructing points
into complete model using surface and solid work benches, after converting
to solid model cooling holes are creating in blades. Ribs and fins are
inserted into holes to increase cooling effectiveness and its send to analysis
department for analyze various parameters and modified the model as per
requirement by incorporating new design techniques (changing the ribs
shapes and different sizes).
Personal Skills:
• Positive attitude, willingness to learn and enthusiastic in teamwork.
• Ability to rapidly build relationship and set up trust.
• Good coordination skills.
• Confident and Determined.
• Ability to cope up with different situations.
Personal details:
Name : Yashwanth.H.N
Father’s Name : Nagaraju.H.M
Date of birth : 24th
Mar, 1991

6. Marital status : Single
Present address : No: 143, Renuka PG, 4th
Cross, Kundalahalli colony, ITPL Main Road,
Bangalore – 560037.
Permanent Address : S/o Nagraju.H.M, T.M. Hosur, Srirangapatna Taluk, Mandya-571807.
Declaration:
I do hereby declare that the above information is true to the best of my knowledge.
PLACE: BANGALORE
DATE :
(YASHWANTH.H.N)

7. Marital status : Single
Present address : No: 143, Renuka PG, 4th
Cross, Kundalahalli colony, ITPL Main Road,
Bangalore – 560037.
Permanent Address : S/o Nagraju.H.M, T.M. Hosur, Srirangapatna Taluk, Mandya-571807.
Declaration:
I do hereby declare that the above information is true to the best of my knowledge.
PLACE: BANGALORE
DATE :
(YASHWANTH.H.N)