Adi Saric Email & Phone Number

Sydney, Nsw, Au

Sydney, New South Wales, Australia

The objective of my role is to specify and manage the development STU Hardware & software. While securing the objective to ensure that the product meets the business’ expectations and performs well in the field. Success is being measured by improvements in AFR, reductions in truck rolls, improvements in reliability gauged by reduction in call center trouble call traffic, reductions in the cost of ongoing hardware & software development, innovation, maintainability, and ease of use of the product.

Australia

Providing technical leadership through complete system development life cycle resulting in delivered of MVP, IoT based home automation system, prototype device integrated with the local electrical grid and connected to cloud a to automate the process workflows for improved accuracy and productivity. Optimized cloud and blockchain integrated design enable flawless implementation of home automation platform to utilize renewable energy production and optimize energy consumption.

Sydney, New South Wales, Australia

Senior embedded software engineer engaged to deliver functional specification and conceptual design for Secure Hardware Module, RF-enabled TI MSP430 based low-power and low-cost sensor devices to suite energy generation monitoring and tracking for blockchain integration. Through providing the RF engineering skills, nodal intelligence, and computing power, we achieved aggregated signed telemetry sensors proof of origin.

Sydney, New South Wales, Australia

As a technical lead and programmer, I started the IoT program, did research on a different range of small devices and per plan, delivered project myFarm, cloud-based solution for control and monitoring of off-grid, unattended farm. We utilized small IoT devices as internet-enabled telemetry points reporting to Azure Cloud web-services and functional apps.

Sydney, New South Wales, Australia

Lead the team which delivered enGauge, a unique energy management solution designed to increase savings on utility bills and through visualization, engage the corporate occupants and their employees in the sustainability strategies implemented within the building or corporation. Responsibility was design and coding of back-end web services. This project slashed utility bills and made more accessible and faster energy, gas, water usage and transparent waste management processing and reporting for sustainability purposes for our big corporate clients including government, Taronga zoo, QBE, Aldi, BP. I was involved and supervised service migration from ASP.NET to Google Cloud environment.

Seoul, South Korea

Was working on design and implementation of CyberSoft operating system, a common development environment providing application portability, development cost savings, efficiency increase, process improvements and rapid development cycle for payment terminal applications. Part of it was delivery of CyberSoft terminal emulator and debugger I broth my previous industry experience in complex architecture solutions design and integration. Additionally, I provided customer training, technical support, quality assurance, and sales support as well as liaison with international clients.

Sydney, New South Wales, Australia

leading team of 5 developers on design and coding tasks for hardware abstraction layer (HAL) interface Was between Cyber Engine virtual machine and hardware driver layer. We delivered large number of CyberSoft implementations for different types of POS payment terminals. As a part of team team I participated in VISA certification procedures for our CyberSoft solution and became familiar with different encryption algorithms and POS security standards.

Sydney, New South Wales, Australia

Lead Australian team and programmed “HAL”, hardware abstraction layer between generic virtual machine and proprietary hardware and its device drivers. I liaison with USA based team and contributed delivery of STIP compliant platform. Working on another project, I designed and implemented portable file system tailored for small memory footprint embedded devices.