Thakur Pranav Gopal Singh is a passionate and innovative engineer currently pursuing a Master of Science in Mechanical Engineering & Material Science, Aerospace Specialization at Duke University. He holds a Bachelor of Technology in Mechanical Engineering, Manufacturing Minors from Manipal Institute of Technology.
His professional experience includes serving as Production & Operations Manager at Balaji CNC Technologies, where he specialized in CNC operations, CAD/CAM, quality control, and implemented AS9100 D certification processes. He also completed an internship at the Defense Research & Development Laboratory (DRDL, DRDO), focusing on pressure regulator modeling and micro-thruster research.
Pranav is a prolific project leader, notably with ThrustMIT, a student rocketry team, where he led launch operations and played a key role in designing sounding rockets and payloads for the Spaceport America Cup. His projects also include designing control systems for aircraft pitch and analyzing heat exchangers. He has a patent filed for a novel non-pyrotechnic radial deployment mechanism for payloads in sounding rockets and has published research papers.
He possesses a strong skill set in CAD/CAM software (Mastercam, CATIA, Fusion, SolidWorks), simulation tools (ANSYS, MATLAB, AMESim), and programming languages (Python, HTML, CSS, SQL). His accomplishments include high rankings in the Spaceport America Cup 2023 & 2024.
Sketching portraits and painting Madhubani. Published a few to the Hindu paper and the times children magazine.
Played cricket at under 14 state level, Hyderabad cricket association. (HCA)
1. A Novel Non-Pyrotechnic Radial Deployment Mechanism for Payloads in Sounding Rockets
2. Design and control of "STEWIE", a robotic payload stabilization mechanism for rocket flights
Filed a patent for the radial deployment mechanism in the Indian Patent Office (Application No.: 202341075776)
ThrustMIT, a student rocketry team based in MIT Manipal working on building sounding rockets for the Spaceport America Cup (SAC). The following are the projects taken up at thrustMIT and MIT Manipal.
Designed and simulated the CAD models for the structure’s aspect of the sounding rocket and payload. Built the same with the best aerospace-grade metals and composites involving in machine shop production activities.
Designed the thrust-stand for the static fire motor tests and motor, which successfully provided the desired thrust-time curve and burn time. Led the launch operations team at the Spaceport launch site and participated in the Space Dynamics Laboratory (SDL) challenge.
View PDFDesigned a spectroscopy concept-based payload for a subscale rocket launch and a carbon-capture concept payload using lithium hydroxide for the main scale launch. Researched on air-brakes mechanism to effectively control apogee using drag.
Developed C.A.V.E. with carbon nano tubes (CNT) with enhanced piezoelectric sensors, proving its effectiveness in damping ascent vibrations. The modal analysis and subscale launch proved the payload qualified the launch induced vibration test.
View PDFDesigned a control system model for a 3-DOF aircraft pitch control system in MATLAB to obtain the element stiffness matrix and global stiffness matrix, thereby obtaining the displacement and strain for elements in respective directions.
View PDFAnalyzed the effectiveness of a parallel flow heat exchanger with radial pin and without pin in ANSYS. Designed and developed a heat exchanger, where the heat transfer coefficient went from 732 to 1532 w/m2k demonstrating 60.7 % effectiveness.
View PDFBalaji CNC Technologies (BCT Group), Production & Operations Manager | Hyderabad, India | Jan 2024 – Jul 2025
Operated CNC Milling, CNC Turning with Fanuc controllers, and EDM machines to manufacture metallic parts for aircraft, helicopters, and UAV applications. Designed CAD models and programmed components using Mastercam software for 60+ components.
Part of the implementation process of AS9100 D certification and audit by IAQG. Made sure reports are 100% in compliance with the manuals and standards for traceability. Developed ERP system for monitoring manufacturing cycles for further optimization.
Conducted quality control analysis on the manufactured parts using CMM, Profile projectors, 2D height masters, and various precision instruments. Optimized production planning and job sequencing to minimize cycle time and setup time by 30%.
Defense Research & Development Laboratory, DRDL, DRDO, Intern | Hyderabad, India | Dec 2022 – Jan 2023
Completed a short-term project on modeling a pressure regulator in AMESIM, gaining experience in design, machining, and achieving a precise pressure prediction of 20.48 bar against the experimental 21 bar. Witnessed its effective functioning during a static fire test.
Conducted a research project on micro-thruster thrust stands, focusing on effective calibration methods using MEMS electromagnetic and electrostatic fins to identify the range of the possible micro thrust stand.
List of technical & soft skills.
ANSYS
STRUCTURAL, CFD - FLUENT, MODAL
CAD/CAM/CAE
Mastercam, CATIA, Fusion, SolidWorks
PROGRAMMING
PYTHON, SQL, HTML, CSS, JAVASCRIPT
SIMULATORS
MATLAB, AMESim, OpenRocket (ORK), Arcocad
DESIGN
Canva, MS Office, Latex
LEADERSHIP
Team Management, Public Speaking, Critical thinking
Below are recommendation letters and referral documents. Click to view each PDF.
Mechanical Design | FEM Analysis | CAD/CAM | Quality Control |
Control System | Python, SQL, ML | Finance | Advanced Manufacturing Processes |
Jet Propulsion and Rocket Technology | Lean Manufacturing | Machine Learning | Nano Tech & MEMS |
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