Mahsa Saghaei

-Development of data-driven algorithms to maximize benefits of load shifting from economic and environmental perspectives in building sector.

- Analyzing data sets related to electricity demand, wholesale electricity prices, carbon emissions and share of renewable energy sources in commercial buildings

- Providing data-driven algorithms to find optimal energy consumption and load balancing points.

-Optimization of environmental and economic goals based on dynamic behavior of building sector.

• This role is cooperation between UNSW and Buildings Alive, as industrial partner of my academic project in PhD degree.

-Collaborated with other researchers to write and distribute impactful results of "Fast-truck to net zero carbon buildings" research topic.

-Performed scientific research on multiple projects.

-Developed unique research into Building decarbonisation

-Followed best practices and scientific protocol to reach defensible conclusions based on solid evidence.

My cooperation with RACE for 2030 is based on a contract between UNSW and RACE for 2030 for financial sponsoring my PhD project.

- Providing valuable insights, data, and tools that facilitate efficient energy and environment management, consumption optimization, and informed decision-making.

-As an academic member of this group, I am involved in analyzing, and providing actionable insights from energy-related data.

- Contributing to make more resilient, sustainable, and responsive energy clean energy analysis system.

Collaboration on Energy and Environmental Market (CEEM) is a scientific group at school of Photovoltaic and Renewable Energy Engineering, UNSW.

- Analyze historical data, market trends, and customer orders to predict future demand for products.

- Helping to align production schedules with anticipated requirements, reducing the risk of overproduction or stockouts.
- I have tried to ensure that drugs are manufactured based on actual market demand rather than excessive speculation.

-Efforts to minimizes holding costs and maximizes working capital efficiency.
- Taking into account factors like machine availability, labor resources, and production cycle times. This ensures that production levels are feasible and can be met without causing bottlenecks.
- Creating a detailed production schedule. I have tried to determine when and how each manufacturing operation should take place, considering factors like available resources, lead times, and order priorities.
-Resource Allocation: Efficiently allocating resources to meet production targets. Efforts to make balance resources to ensure optimal utilization and minimal wastage.

- Assistance the organization in developing long-term strategies that align with their goals and market trends.
- Analysis of existing operational processes and identify areas for improvement. Recommending strategies to streamline workflows, reduce waste, optimize resource utilization, and enhance overall efficiency.
- Developing into the intricacies of manufacturing and production processes to identify bottlenecks and inefficiencies. Addressing process redesigns, technology integration, and automation solutions to increase productivity and reduce costs.
- Evaluation of supply chain structures, logistics, and procurement strategies to ensure a smooth flow of materials and products.
-Implementing new strategies or technologies often requires organizational changes.
-Developing business acceleration plans for maximizing the profit based on short-term and long term production and logistics plans .

It was a contract-based job in parallel to previous mentioned job position

-Monitor and control inventory levels to ensure adequate stock while minimizing excess or obsolete inventory.
-Implement inventory forecasting techniques to predict demand and optimize inventory turnover.
-Coordinate with suppliers to maintain a reliable supply of raw materials or products.
-Identify, evaluate, and select suppliers based on criteria like cost, quality, reliability, and ethical practices.
-Collaborate with sales and marketing teams to understand market demand and customer trends.
-Create demand forecasts and production schedules to meet customer requirements.
-Plan and execute the migration of data from legacy systems to the new ERP platform, ensuring data accuracy and integrity.
-Conduct thorough testing of the ERP system to identify and resolve any issues or bugs before going live.
-Collaborate with business units to identify opportunities to optimize processes and workflows through ERP system customization.

- Determine the most efficient and cost-effective transportation routes for goods, considering factors like distance, mode of transport, and delivery schedules.
-Evaluate and select transportation carriers based on criteria like cost, reliability, and service quality.
-Negotiate transportation contracts and rates with carriers to secure favourable terms for the organization.

-Monitor and track the movement of shipments in real-time to ensure on-time deliveries and address any delays or issues promptly.
-Monitor transportation costs and seek opportunities to reduce expenses while maintaining service levels.
-Develop and manage transportation budgets.

-Maintain open communication with customers and address inquiries or concerns related to shipments.
-Strive to meet or exceed customer delivery expectations.

- Developing smart algorithms and data-driven decision making models in the line of airline revenue management using control of seat inventory, dynamic pricing policies and attention to market behaviour

-Helped with grading assignments and tests, providing constructive feedback to students based on results.

-Assisted teachers with classroom management and document coordination to maintain positive learning environment.

-Supported classroom activities, tutoring, and reviewing work.

-Assisted in maintaining engaging and respectful educational environment by promoting discipline and cooperation.

-Facilitated activities in small groups to reinforce concepts taught by class teacher.

-Tutored struggling students individually and in small groups to reinforce learning concepts.