* mechanical design: new compelling drone project, SIP panels for a rapid construction home to solve the housing crisis, flow cell battery, thermal energy conversion film, etc…* software and firmware research and feasibility studies for various internal projects * chemical engineering research for battery and flow cell use.* electrical engineering: using KiCad to design and implement necessary electronics.* communicating with stakeholders and keeping them updated on progress* general feasibility consulting* on call 24/7

Grid tie inverter design:* Understanding client requirements and translating that into viable technical specifications.* Planning next steps* Logistical planning, including component selection around the chip shortage.* Design, testing, and implementation of a grid tie inverter according to client requirements.* Building an electronics and R&D lab from scratch * Design refinement according to feedback from client

Worked on various confidential projects related to drones, munitions.Research and development of a new electrostatic actuator.Details upon request

development of an efficient membrane-less Vanadium flow cell battery*mechanical design and laser cut of a flat gear pump assembly*3 fluid cell prototype*uses composite ribbon construction--assessed at Monash University under Dr. Ross Mack.

Design and prototyping of an open source speed controller, including supporting software * Design, prototyping and implementation of an open source FOC VESC based 3 phase inverters for an electric aeroplane* Powertrain electronics: Battery management, battery pack design. * Trained interns on use of proper soldering techniques.* Trained interns on PCB layout and design for a prototype battery holder for the compact battery required for the electric aircraft* Consulted on regarding hiring 2 extra engineers.* Consulted on battery pack arrangements and design and even contributed on holder design.* Research and development of 3 phase high power ESC as well as wall charger for electric aircraft* Bought oscilloscope and other test equipment like LC meters and multimeters- hacked the oscilloscope to 200MHz bandwidth to save money* Stocked gas powered soldering irons to cut down and balance electrical outlet load and bought 2 hot air rework stations for SMD work on PCB’s* Advised on work laptop purchases office chair purchases, ergonomic chairs.* An “intern” tool kit for interns that did not have or could not afford their own tools which included screwdrivers, multimeters, and tweezers and extra support for those interns.* Helped arrange and build the office during a move from the old facility to the hangar.* Helped arrange and stock the electronics lab including sorting components and layout of workbenches.

Development of a Bluetooth LE smart ring based on an arm cortex m0+ width: 6 mm thickness: 3 mm. * Started as a hobby project to see how small a PCB I could make. * Company expressed interest in developing the concept further.* Chassis design in Autodesk inventor, 2 piece revolved chamfered ring. * Optimized G-code for CNC lathe.* Electronics design with Protel DXP (now Altium Designer).* Software design ongoing with GNU cross-compiler tools for firmware, implemented firmware in C.* Accompanying android application ongoing with android smart studio.* Display: flexible OLED- 128x 64 with touch screen, optical resin bonding with radiused hardened glass.* Chip on flex design (Kapton tape-->copper tape-->etched and laser engraved Kapton solder mask). * Circular lithium-ion battery made from unrolled 18650 jelly rolls and cut to size, single cell.* Sealed with epoxy resin in an oxygen free argon atmosphere.* Heart sensor — sp02 + glucose measurable (532 nm sensitive photodiode).* 6 DOF IMU, gesture recognition capability* 6 GPIO + 1 SPI + 1 I2c free for extensions of design, 1 SPI used for NFC and charging--Design, plans, and prototype sold under NDA.— the client wishes to remain anonymous

Research, design, and implementation of a delta style 3d printer using marlin open-source firmware for a Chinese company.* Optimised for cost-effective implementation,* used off the shelf aluminium extrusion* design and prototyping of Injection-moulded corner pieces* learning and use of fusion 360 CAD software.* Logic board based on RAMPS controller.* Optimisation for cost and speed of manufacture.--Designs and client information subject to NDA.

* Development of RISC based CPU * Instruction queuing via L1 cache controller* Full FPU, ALU, Multiplier, Shift, and Boolean logic operations * SMP capable* Flexible MMU via L1 cache controller, TLB in special section of L1 cache.* Hardware state machine accelerating TLB walking, instruction scheduling, and register save and restore in L1 cache section. * Hardware hypervisor.* 64 bits.* hybrid System Verilog and logic gate design.--Designs and client information subject to NDA.

Consulted on new jet engine design, implemented design in autocad, designed new embedded controller for jet engine design.Research, design and CAD drafting of an APU with an axial inflow radial compressor based on lungstrom design.Diesel fuel or aviation-grade kerosene fuel Using an axial inflow radial compressor, followed with concentric rings of vanes to implement a radial outflow multi-stage compressor.Elimination of a fixed vane section in the power turbine stageSelf-lubricating hydrodynamic bearings using diesel fuelCorkscrew self-priming pressure pump built directly on the main shaft feeding bearingsSmall centrifugal impeller built directly on compressor blisk drives fuel from the main shaft directly into the toroidal combustion chamber at pressure Using fuel as a coolant for bearings, generator coils, and compressor disc Toroidal injector ensures perfect fuel mixingRelatively high compression ratio ensures higher efficiency --details upon request, project initiated under the direction of the inventor, Peter Dunne

* designed new MMO distributed cloud-based physics engine.* started off as a hobby project during university, first R&D project that turned into a commercial venture.