Sid Jaiswal Email & Phone Number

Glen Waverley, Vic, Au

Reston, Virginia, Us

Au

Strategize, direct and approve upgrades to design and hardware of RAAF’s fleet of Boeing C-17 Globemaster III aircraft as lead for System Integrity Program with $6 billion in assets. Leverage combined resources from collaboration with U.S. Air Force, Boeing Pratt & Whitney, and various indigenous Australian organizations, coordinating the fleet’s structural, propulsion, mechanical and avionics integrity along-with safety, the capability development and obsolescence programs. Program and deliver fleet management with minimum downtime of aircrafts while ensuring safety, efficiency, and compliance with Australian standards- Negotiated expanded design-making power of RAAF in C-17 Capital Development, Obsolescence, and Integrity programs, fostering productive relationships with U.S. Air Force and Boeing leadership. - Initiated contract update by identifying key weaknesses in existing project plan, increasing contracted deliverables by 4%.- Proposed and launched major upgrade project for Electronic Maintenance Management System (EMMS) software in C-17 fleet, with in-progress feasibility research indicating reduced maintenance time and costs by 31% and 22%, respectively.

Au

Supervised and progressed technical compliance, serviceability and maintenance of $1 billion worth of engineering software, computer systems & hardware, and equipment for entire base, handling a $150 million annual budget and directing a 55-person department. Planned and organized multiple systems/equipment upgrade projects worth $100+ million. Tracked engineering capability benchmarks along RAAF long-term goals, advancing department via technical and professional development training.- Devised program to upgrade aircraft fuel farm for Exercise Pitch Black, a multinational military exercise involving 3800 personnel from 12 air forces, maximizing fuel delivery efficiency to 99.6% with zero aircraft down-time.- Augmented unit-wide software, hardware, and systems maintenance processes of Aircraft Maintenance Organization (AMO) via research into execution failures. Improved productivity by 12% by mid 2018 and reduced equipment breakdowns, fuel spoilage, and safety incidents, earning AMO recognition and awards from RAAF leaderships in 2018 and 2019, eventually resulting in promotion and placement as Head of Systems Engineering for C-17 platform in the United States.- Lead IAW Australian Defence Force (ADF) troops in “raise, train, and sustain” model and other training methodologies, increasing program completion rate by 18%, which enhanced safety culture, morale, productivity, and job satisfaction in my unit resulting in 9% higher promotion rate and above-average mustering rates compared to overall RAAF rates.

Adelaide, South Australia, Au

Programmed and supervised design analysis operations of new Air Force assets using Computational Fluid Dynamics (CFD) to ensure systems’ compliance with Department of Defence standards. Headed team research into CFD analysis methods.- Devised innovative CFD analysis methods for research paper, improving reliability of analysis results and enhancing the resulting automation tools and processes, decreasing the convergence failure rate by 2.4% within first 4 months of project.- Implemented new operations strategy and model for CFD analysis software based on research results, which significantly accelerated project completion while remaining within budget.

Au

Organized and produced software and hardware deliverable for PC-21 fighter aircraft systems as part of acquirement project engineering team. Assessed project compliance with aerospace engineering codes, quality control policies, and industry performance standards and specifications. Authored communications and presentations for project stakeholders, including documents outlining product requirements for future aircraft acquisitions.- Executed an internal process audit, identifying and refining multiple inefficient and/or redundant protocols which significantly increased work output efficiency of engineering teams.

Arlington, Va, Us

Tasked with conceptualizing, designing, and testing the fuselage for the Boeing 777 commercial airliner. Conducted loads, structural, and vibration analysis while developing the weight and balance system. Spearheaded technical investigation to stress-test structural demand and safety to predict durability, identify deterioration factors, and improve long-term design performance.

Blagnac Cedex, Fr

Strategized and produced new software products and technologies for Airbus A380 airfoils to optimize wing-shape to improve aerodynamics and lift. Utilized design analysis methodologies such as Computer-Aided Design, Computational Fluid Dynamics, and Finite Element Analysis, in order to develop enhanced airfoil designs. Delivered improved project efficiency by conducting thorough research investigations and analyses into designs and creating systems maintenance and engineering applications.

Washington, Dc, Us

• Actively worked with engineering teams with the senior engineer, engineering manager and technicians and was trained in abroad range of workshop skills, in a wide variety of aircraft manufacturing, assembly, inspection and laboratory departments, engineering drawing, and technical training in the Systems Laboratory, Structures Laboratory, Loads Engineering, Market Evaluation and Future Projects. • Prepared engineering reports, simulator calibration, and providing assistance to the responsible engineer during equipment installations and identification and implementation of international standards and codes to the designs.• Worked with a variety of CAE tools including ANSYS, AutoCAD and ABACUS.

Master'S Degree, Cyber Security

Master'S Degree, Space Engineering

Graduate Diploma, Business Administration And Management, General

Master'S Degree, Aerospace, Aeronautical And Astronautical/Space Engineering

Bachelor'S Degree, Aerospace, Aeronautical And Astronautical/Space Engineering