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Saba Arif

Review Board Member
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Assistant Professor Air University
Expertise: Renewable Energy, Mechanical Engineering, Solar System Design

Experience

Dr.Saba is an academic professional with 7 years of experience in the fields of Mechanical Engineering and Renewable Energy. She holds the distinction of possessing two fully funded Ph.D.s in the above-mentioned domains with high-ranked publications. In addition to her teaching expertise, she has secured multiple funding as a principal investigator from the Graduate School at Prince of Songkla University, Thailand. Also, she has been an active reviewer for the Journal of Building Engineering since 2021. Beyond research, she has successfully managed the role of "Manager Post Graduate Studies" for outcome-based education for the duration of 2 years. Her expertise includes successfully managing multiple annual and mid-term reviews and audit inspections for a variety of curriculums. She takes pride in ensuring that the curriculum and research activities are in compliance with all regulatory requirements.

Education

  • PhD in Mechanical Engineering, 2018-2023
Universiti Tun Hussein Onn Malaysia (UTHM), Malaysia. PhD in Energy Technology,
  • 2017-2021
Thailand; Prince of Songkla University HatYai, Songkla, Thailand.

Reviewed by Saba Arif

Do solar panels increase home value in Australia Desktop

Solar panels increase home value in Australia by an average of 2.50%, based on analysis of 1,007 property sales across 7 major cities in Australia. The study found that homes with solar consistently sold for more than comparable properties without solar, with the largest increases observed in Melbourne, Adelaide, and the Gold Coast. Based on …

Choosing between 6.6kW vs 10kW solar system installations is one of the most common decisions homeowners face when installing rooftop solar across Australia. Both solar systems can significantly reduce electricity bills, but the right system depends on your household energy needs, roof space, and long-term goals. A 6.6kW system is often considered the standard option …

A typical 3 bedroom house in Australia needs a 5kW to 6.6kW solar system, depending on daily electricity usage, appliance load, and whether the home uses gas or fully electric systems. Most three-bedroom households consume enough electricity to justify at least a 5kW system. However, the 6.6kW solar system in comparison has become the practical …

Solar system prices in Australia are influenced by more than just the panels themselves. Government rebates, system size, equipment quality and installation choices all affect the final cost homeowners see. Understanding how these factors interact helps avoid confusion when comparing quotes or researching solar options. How solar rebates reduce upfront system costs Solar rebates reduce …

solar install statistics featured image

Australia’s rooftop solar fleet reached 27.57 GW in 2025, with 1.87 GW of new capacity added from January to October. More than 4.24 million households now have panels on their roof, making rooftop PV one of Australia’s biggest and most consistent energy generators. Rooftop PV remains the largest source of distributed energy in the country …

Battery Booster Program QLD desktop

Note: This program is closed to new applications on May 1st, 2024. Information below is for reference only. Queensland’s Battery Booster offers eligible households a $3,000–$4,000 rebate for an approved home battery of 6 kWh or more when paired with at least a 5 kW solar PV system. The program is a $10 million initiative …

Supercharged Solar For Renters LQD featured image

Supercharged Solar for Renters incentives landlords to install a solar PV system on their rental property by offering rebates of up to $3,500. The big winners will be renters who are expected to reduce their electricity bill of up to 6,500 households by around $700. Why landlords should care Solar can make a rental more …

Image depicting solar battery installed in home

Thinking about adding a battery to your solar system? You’re not the only one. Aussies are installing solar batteries at a record pace in 2025, chasing cheaper bills, blackout protection, and a bit of energy independence from the big power companies. But buying a battery isn’t as simple as picking the cheapest one on a …

Diagram showing how solar batteries work in a home system with panels, inverter, battery, smart meter, and appliances

Thinking about getting a solar battery? You’re not alone. Installing a battery is the logical next step after putting panels on the roof. They promise energy independence, blackout protection, and a way to make the most of your solar power instead of sending it all back to the grid for peanuts. But before you dive …

Is it expensive to install solar panels men install solar

Solar power transforms sunlight into electrical energy, suitable for application in homes and businesses alike, or can alternatively be fed back into the electrical grid. This operation makes use of solar panels, inverters, and sometimes solar batteries to produce electricity. How do solar panels generate electricity? When sun rays strike solar panels, the silicon photovoltaic …

government-rebate

Daily output of a 50kW solar panel system A 50kW solar system generates an average of 200kWh daily, but this output varies depending on the location and time of the year. Generally, solar outputs are highest during the summers since the days are longer, and shortest during winter. Different states in Australia also receive different …

Solar Battery Rebate VIC  Featured image

The Solar Battery Rebate VIC 2025 is a Victorian Government incentive that offers up to $2,950 off a new battery, plus an interest-free loan of $8,800 through the Solar Victoria program. When combined with the Federal Cheaper Home Batteries Program, households can save up to $6,700 off the total battery installation cost. How the Victorian …