Hello !This is Amareswara Prasad Chunduru (Amar)

Director of R&D at Inertia Astronautics LLC.

A driven and detail-oriented mechanical engineer with 2+ years of experience in machine design, frugal innovation, and optimization. Amar has a industry experience in the Mechanical and Aerospace industries. He is responsible for the Product development, Quality Control and Technical leadership of the Research and Development department.


Able to design, build and test mechanical equipment as well as manage the development of several projects. Proven track record of meeting & beating project deadlines while staying under budget.Strong leader with excellent interpersonal, communication, and team-building skills.

NASA Projects (2020 - 2022)
Participated and Won NASA Challenges under the name "Team AA - Star" and "Inertia Astronautics LLC"

INDIAN Army - Simulator Development Division (SDD) Projects (2020 - 2022)
Developed projects in collaboration with KKB Tech Solutions Pvt Ltd.
- BRIDGE LAYING TANK (BLT) ON AN T72 PLATFORM- Fabrication of 81MM MOTOR FIRING SIMULATOR- Swarm Drone Technology & Anti Drone Technology- Development of Software along with deliverables for Sniper Firing Simulator

ISRO Yukti Sanchita 2021
Developed project in collaboration with KKB Tech Solutions Pvt Ltd.
(Awaiting Result)

Defence Challenges Participated
Developed project in collaboration with KKB Tech Solutions Pvt Ltd.
DRDO - Dare to Dream 3.0- Design and Numerical Analysis of Fuel-Cell Powered Hybrid Cyclocopter Drone- Improved Flight Dynamics of a Fuel-Cell Powered Hybrid UAV with a Cyclorotor- Path Planning and Swarm Control of Multiple UAVs using PSO Algorithm- Application of Acoustic Agglomeration Technique to Capture or Controlled Descent
an Enemy Drone
Innovations for Defence Excellence (iDEX) - 6th Defence India Start-up Challenge - Ballistic Bunker with Composite Structure and Integrated Heat Pump System for
Cooling and Heating

Publications and Conference Talk Invitations

- Non-linear dynamics of morphogenetic renal branching and Bifurcation analysis of chaotic patterns in autoregulation mechanismsPublished in: EAI Endorsed Transactions on Bioengineering and Bioinformatics
03 2021 - 08 2021, Volume 1, Issue 3 (Double Blind Peer reviewed)
Invited conference talk:
International Conference on Biomaterials and Biomedical Engineering

- Application of Nature Inspired Combinatorial Meta-heuristic Algorithms for Feature Selection and Extraction for Multi-Objective Dynamic Optimization SystemsPublished in: International Journal of Computer Science & Communication
(ISSN: 0973- 7391) Volume 11, Issue 2 pp. 31-41 April 2020 - Sept 2020 (Peer reviewed)

- Topological Optimization of Hollow Fiber Membranes to Enhance Hemodialyzer EfficiencyPublished in: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD) ISSN (P): 2249–6890; ISSN (E): 2249–8001 Vol. 10, Issue 3, Jun 2020, 2397-2410 (SCOPUS Indexed, Double Blind Peer reviewed)

- Nuclear Reactors Can Lift-Off RocketsInvited conference talks :
2012 PISCES Conference
39th COSPAR Scientific Assembly by The International Council for Science.

- Thermal Neutron AcceleratorInvited conference talks :
(World Academy of Science and Tecnology) WASET at Madrid
(World Academy of Science and Tecnology) WASET at Phuket
European Strategy Preparatory Group by the European Strategy for Particle Physics
SSP2012 - 5th International Symposium on Symmetries in Subatomic Physics
ERICE 2013 - International School of Nuclear Physics 35th Course Nutrino Physics
3rd International Symposium on Nuclear Symmetry Energy (NuSYM13)

PatentsThermal Neutron Accelerator
US Patent - Pending
(Application Number :29457020)

Evaluation of mechanical properties and stability of lignocellulosic briquettes
INDIAN Patent, Patent Published
Patent File Number: 202241009462


A driven and detail-oriented mechanical engineer with 2+ years of experience in machine design, frugal innovation, and optimization. My desire is to achieve personal and organizational goals by succeeding in an environment of growth and excellence, self-development through a continuous learning process, and achieving high career growth while remaining dynamic, and visionary.


Academic Identities

Google Scholar