Project Engineer – Nuclear, Defence & Infrastructure | Co-Founder @ Engineers Connect

Bobby Punjabi • Peerlist

Programmed an Arduino Uno using C programming to display two lines of text and the manipulation of LED’s and a turbine through the use of a joystick. 

Arduino LCD and Turbine - Mechatronic Engineering

Programmed a Rasberry Pi using an Ubuntu Image with the integration of Python and ROS to configure an RPLiDAR for our group’s thesis project. The LiDAR system was used to scan terrain and alter walking patterns produced through DOF symbolic actuators.

Autonomous Hexapod incorporating Termite walking gate and Li

Launched a mentorship and job-readiness platform that helped 100+ migrant and graduate engineers secure roles at firms like GHD, Rio Tinto & AECOM.

Engineers Connect – Career Program Co-Founder

This project requires the design and production of a water pump system that is able to pump the largest amount of water within a given time frame, whilst using minimal amounts of power. In groups of four, students manufactured and efficient pump that could safely draw water at high speeds, allowing a successful water supply.

Hand Pump Project - Manufacturing Engineering

Designed and implemented decommissioning strategies for Australia's first nuclear reactor. Developed chemical decontamination processes and contributed to ARPANSA regulatory submissions.

HIFAR Nuclear Reactor Decommissioning

Assisting with creating SimPro quotations which are turned into formal Word Documents with analytics for clients. These are then presented with edited schematics of the clients building/s with various CCTV, Access control and Intercom solution that outlines specific viewing areas and where components are strategically placed using Visio software. This allows clients to visualise concepts that are presented to them whilst being able to see the items that will be included in their offer.

Quotations and Security Solution Schematics

Working on the design, prototyping, construction and verification testing for the RTV 2 Project

RTV 2

Led a team of 5 to design and manufacture a mechatronic system that drove around an obstacle course delivering payloads into specific targets utilising 3D printing, AutoCAD (Solidworks), and Arduino programming. Successfully designed and delivered within the stipulated time.

Warman Design & Build Competition

As a group of four we were to build a vehicle powered only by wind able to travel towards a fan using its wind generated as its only source of energy. A mechatronics system had to be implemented that tracked the vehicle’s displacement and turbine rotation using on-board sensors and a logic circuit.