Jaicquailina Venessa Anak Ujai

Motivated individual with background in project management and research. Gained practical experience through hands-on roles, demonstrating capabilities in problem-solving, teamwork and adaptability. Demonstrated strong communication skills and ability to create impactful contributions to team projects. Possess diligence, quick-learning abilities, and commitment to achieving company goals.

• Bachelor of Engineering Lower Second-Class Honors in Electrical and Electronics Engineering 2024
• Awarded 3rd with position of Leader in 2024 Guangxi-ASEAN Vocational Skills Competition of Water Quality Testing 2024
• Awarded the “PEOPLE CHOICE AWARD FOR UTB PROJECT SHOWCASE” 2023
• Participation in the “from ‘Charge’ to the world” from Politeknik Malaysia, Sultan Azlan Shah held at University Teknologi Brunei 2023
• Vice Campus Leader for Electrical and Electronics Engineering 2019-2020
• Kemuda Institude BriTE(Bridging for Tomorrow's Engineers) 2019
• 1 "A" Levels 2018
• 9 "O" Levels 2015
• Head Prefect of St Angela's School 2013-2015
• Won the Science Quiz Competition (Secondary) 2014
• Won Secondary Tech Challenge 2014
• Won Secondary Spelling Contest 2014
• Represented St Angela’s in Australian National Chemistry Quiz 2014&2015
• Awarded 3rd place in “BEST ENGLISH STORIES (BESt) Writing Competition Brunei” 2014
• Awarded the “Most Improved Student Award” 2012

• Active member of UTB Zumba Club and UTB Badminton Club

GROUP DESIGN  PROJECT(2023)

• IOT BASED MONITORING SYSTEM FOR VERTICAL MULTI-CROP FARMING

Internet of things(IoT) project aims to create small-scale smart farming that implements three layers of the vertical farm with a monitoring system. The design of this system aims to accommodate small or tight spaces to farm.

FINAL YEAR PROJECT(2024)

• DESIGN AND DEVELOPMENT OF PRECISION FARMING FOR HYDROPONICS SYSTEM

The design of this hydroponics system focus on precision farming. To implement the uncertainty,the use of selected sensors for different parameters is used to monitor the conditions of the system. Introducing the use of actuation system is applied to control the surroundings environment which allows resources efficiency, and the addition of data analytics and visualization is used for users to able to monitor the system remotely.