• Controlled and Performed PLC programming for different types of sensors, servo motors and pumps, using Structured Text in TwinCAT 3• Designed and modified the Human-Machine Interface (HMI) using EasyBuilder Pro, which was then linked to the PLC• Designed components using SolidWorks, which were then Fabricated and Machined and tested thoroughly

• Designed an active monitoring system for Rapidia’s 3D Metal Printer• Procured Cameras and developed the code in Python using Docker containers and OpenCV to monitor the layers printed and material extrusion from the nozzle• Connected the Docker with the Amazon Web Services S3 bucket for storing images and EC2 service for object detection• Developed a ML algorithm which detects for anomalies by differentiating between Printed layer and Digital layer

• Taught different subjects over the course of two years in a concise and comprehensive manner.• Guided university students towards a smoother assimilation into university culture. • Conducted marking and supervising duties of classes containing 20 or more students, helping achieve an accurate diagnosis of student performance.

• Designed and optimised a prosthetic foot for its loading conditions by varying thickness and material properties under strict budget and time constraints.• Successfully performed data analysis (diagnostic and predictive) that help achieved the aims of the project.

• Adapted to three different departments of CNC Area, Data-analysis and Quality Assurance.• Analysed the CAD model of the case differential and programmed the CNC program to manufacture it accordingly.• Performed prescriptive analysis and completed quality control (fracture and U.T.S. analysis) of the manufactured case differential to ISO 9001 standards.• Oversaw a small group of engineering interns and liaised with key stakeholders to ensure high standard of work is met.

• Designed a deployable solar array for CUBESAT, focussing on maximising energy generation.• Responsible for delegating tasks to a team of 10, liaising with client fortnightly and management of the project.• Procured light weight and corrosion resistant material which can endure the harsh environments.• Successfully programmed and calibrated the light sensors (LDR) with Arduino Uno such that the foldable solar array operates within specific light intensity.• Positively achieved the weight and cost restrictions of the project, and the deadlines were met on a timely basis.

• Worked in a fast-paced environment and administered the handling of food products. • Part of a team of 8 and worked towards customer satisfaction and company's safety standards.

• Worked in a group of 8 on a project where an electrical drill was placed in a semi-reverberant field which was used to measure the SPL. • Responsible for setting up and calibrating the equipment such as Brüel & Kjær Type 4231 Sound Level Calibrator, 2250 Sound Level Meter and Sound Source Type 4204, in accordance to the ISO 3744:2010. • Analysis of the results was performed using MATLAB with the results documented in a professional engineering report.

• Analysed the effects of the varying angles (0 degrees to 90 degrees) in a bent pipe on a fluid. • Developed a higher understanding of turbulent and laminar flow boundary layer in pipes. • Effectively led a team of 4, while responsible for task delegation, experiment simulation and predictive analysis of the data. • Consistently updated supervisor to ensure smooth progress and documented the results according to UNSW standards.

• Worked in a team of 10 for a small start-up that investigated the aerial aspect of extinguishing fires.• Responsible for the research, liaison with the client on weekly basis and maintaining a streamline budget flow.• Managed to generate a point of view video with range data overlay using Raspberry Pi, and pneumatic propulsion of foam canisters.• Effectively managed and manufactured the prototype within strict design, time and budget constraints.

• Led of a team of 5 to design, manufacture assemble a pump by machining the materials provided.• Enhanced manufacturing techniques such as milling and lathing as well as the efficient use of hand tools.• Delegated tasks and ensured that the deadlines are met, and the job is done to the university standards. • Improved SolidWorks skills through designing the pump, and Office skills by documenting progress.

• Machined and assembled various parts of an automobile from materials assisted in understanding the mechanics of the material at a basic level.• Hands-on experience using various power tools such as a lathe, drill press, band saw along with hand tools.• Established a great interest towards the practical aspects of mechanical design.• Developed a basic understanding of the dynamic of fluids/hydraulics associated with the mechanics of the car