Nur Alisya
KNOWLEDGE
Core
Programming
Proficient in computer programming using C language. Topics include but are not limited to sequences, selection and repetition.
Software used: AllyLocal
Engineering Mathematics
Capable of using trigonometry, differentiation, integration, and remainder and factor theorems for practical applications and problem-solving.
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Mechanical Engineering Fundamentals
Well-versed in applying the principles of engineering mechanics to solve mechanics-related problems and communicate solutions using relevant illustrations and mathematical methods.
Software used: Tracker
Network Fundamentals
Established a solid foundation in network infrastructure (e.g. Ethernet)
Able to create LANs, configure routers and switches, and implement IP addressing schemes.
Software used: Packet Tracer, Teraterm
Mechanical
Industrial Automation
Competent in applying hardware components (e.g. sensors, valves, actuators) to electro-pneumatic and automated systems.
Adept in widely accepted industrial control programming languages (i.e. ladder logic and inline structured text)
Software used: FluidSim 5
Applied Mechanics
Capable of using trusses, friction, work-energy method, power and efficiency, and impulse-momentum method to solve engineering problems related to stationary and moving rigid bodies.
This expertise is crucial for numerous engineering applications in today's world.
Quality Systems and Analytics
Savvy in using quality statistical tools and techniques to present data scientifically for decision-making purposes.
Topics include but are not limited to Quality Management Systems ISO 9001, Six Sigma Methodology, and Design of Experiments (DOE).
Software used: Minitab
Electrical
Microcontroller and System
Experienced in writing C language programs to manage peripherals (e.g. switches, sensors, LEDs, 7-segment displays, motors) attached to the microcontroller.
Software used: Arduino IDE
Electrical and Electronics Technology
Well-informed on essential electrical concepts like AC circuit theory, number systems, Boolean algebra, and combinational logic design as well as applications of latches, flip-flops, counters, etc.
Software used: TinkerCAD
Design
Engineering System Design
Proficient in choosing specific designs for hardware components (motor, bearing, gear, shaft, chain, fastener) to meet customer needs and requirements.
Participated in multiple System Design exercises to polish expertise in making informed decisions.
Computer-Aided Design and Drafting
Experienced in engineering drawing concepts and conveying all the information necessary for manufacturing a product or part. Adept in using CAD software to model and design components.
Software used: Autodesk Fusion 360
Industrial Machinery Manufacturing
(Engineering Intern)
Designed and modeled composite components of HVAC equipment to meet project requirements. Developed detailed performance reports and engineering drawings.
Software used: AI Selection, Autodesk AutoCAD, SAP
Real-World Projects
Integrated Real-World Project 3
Able to configure, program, and control mechatronic systems with the use of programmable logic controllers (PLCs), Industrial Internet of Things (IIoT) gateway and Augmented Reality (AR).
Software used: Unity, Vuforia, Omron Sysmac Studio
Integrated Real-World Project 4
Competent in automation using Home Assistant and Node-RED programming. Well-versed in Cloud computing and Computer Vision operations (Image Processing, Web Browser Design, Video Analysis, etc.)
Software used: Oracle Virtualbox, Visual Studio Code
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Artificial Intelligence
(UWS FinTech Academy 7-Month STEM Programme)
Well-informed on the fundamentals of A.I. and worked on a business case on improving operations with Artificial Intelligence at Citibank. Explored machine learning and building chatbots.
Software used:
Google Teachable Machine, GoogleDialogFlow
Integrated Real-World Project 5
Developed an autonomous robot vehicle that demanded skillsets ranging from mechanical systems, electrical systems, and software systems for real-world application of monitoring crops.
Software used: Robot Operating System (ROS), Oracle Virtualbox, Linux, Ubuntu OS, Unity
