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Universities we work with
Supporting students from a wide range of institutions.
YOUR ACADEMIC JOURNEY, SUPPORTED
A clearer path.
A stronger project.
Assignment guidance, research support and final-year projects. A team in Malaysia to help you move from “where do I start?” to your next step.
Ideas become progress.One clear step at a time.
MALAYSIA
A FRESH START FOR YOUR NEXT DEADLINE
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COURSEWORK TO CAPSTONE HUMAN SUPPORT ACROSS MALAYSIA MULTIDISCIPLINARY
SUPPORT FOR STUDENTS FROM
Different universities. The same commitment to your progress.
University names and logos identify student communities; Artynex is an independent service, not an official university partner.
LIVE AT A GLANCE
Support that keeps moving.
Our live counters animate from zero as you reach this section.
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Assignments delivered
Coursework, research and project support across disciplines.
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Core service areas
Academic, technical, research, engineering and design support.
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Online enquiries
Send your brief whenever you are ready to start.
HOW IT WORKS
From your brief to a clear final handover.
Six simple steps. You always know what to send, what we check, what you approve and what you receive.
01Share your brief
Step 01 · Start here
Send us the full brief.
Share the assignment brief, marking rubric, deadline and any files you already have. We check what is missing and ask only the questions needed to understand the task properly.
You share Brief + rubricAdd Deadline + current filesNext We confirm what we need
02Check the requirements
Step 02 · We analyse
We turn the brief into a clear checklist.
We identify the required deliverables, word count or technical tasks, software/tools, marking criteria and practical constraints. This makes the scope easy to understand before anything starts.
We check DeliverablesWe verify Tools + requirementsYou get A clear scope
03Agree the plan
Step 03 · Plan together
Know the price, scope and timing upfront.
We explain exactly what is included, the quote, delivery timeline and any milestones. Work begins only after the plan is clear and you agree to it.
Confirmed ScopeAgreed Quote + timelineNo guessing Clear inclusions
04Review your preview
Step 04 · Review first
See the work before the final handover.
We prepare the agreed work and show you a preview or walkthrough. You compare it with the original brief, ask questions and request any agreed in-scope corrections.
You see Preview / walkthroughYou check Against the briefWe fix Agreed in-scope issues
05Approve and pay
Step 05 · Your approval
Approve the preview, then complete payment.
When you are satisfied with the agreed preview, you confirm approval and complete payment using the agreed method. The final package is then prepared for release.
First Approve previewThen Complete paymentNext Final package is released
06Receive your files
Step 06 · Final handover
Receive everything in one organised handover.
You receive the agreed final files, editable/source files where included, documentation and supporting material. The handover is organised so you can quickly find what you need.
You receive Final filesIncluded Source/docs where agreedHandover Clear + organised
Clear scope before work startsPreview before final handoverAgreed revisions explained upfront
TECHNOLOGIES WE WORK ON
50+ tools. Real project workflows.
From programming and simulation to design, analytics and documentation, we work across the technologies students use most often.
JJava
C++C++
C#C#
CiCisco
HHTML5
CCSS3
JSJavaScript
FFlutter
PyPython
MMATLAB
SQLMySQL
ArArduino
RReact
PHPPHP
LVLabVIEW
SSimulink
AIAI
BIPower BI
WWord
XExcel
NNode.js
MMongoDB
FFirebase
KKotlin
SSwift
AAndroid
BBootstrap
LLaravel
GGitJJavaC++C++C#C#CiCiscoHHTML5CCSS3JSJavaScriptFFlutterPyPythonMMATLABSQLMySQLArArduinoRReactPHPPHPLVLabVIEWSSimulinkAIAIBIPower BIWWordXExcelNNode.jsMMongoDBFFirebaseKKotlinSSwiftAAndroidBBootstrapLLaravelGGit
GHGitHub
DDocker
LxLinux
UUbuntu
PTPacket Tracer
PPowerPoint
FgFigma
CvCanva
PsPhotoshop
AnAdobe Animate
AAutoCAD
SWSolidWorks
TTableau
PGPostgreSQL
SSSQL Server
.NET.NET
RR
AIOpenAI
TFTensorFlow
RPRaspberry Pi
TrTrello
JJira
NNotion
AzAzure
AWSAWS
GCGoogle Cloud
VMVMware
OOracle
NBNetBeansGHGitHubDDockerLxLinuxUUbuntuPTPacket TracerPPowerPointFgFigmaCvCanvaPsPhotoshopAnAdobe AnimateAAutoCADSWSolidWorksTTableauPGPostgreSQLSSSQL Server.NET.NETRRAIOpenAITFTensorFlowRPRaspberry PiTrTrelloJJiraNNotionAzAzureAWSAWSGCGoogle CloudVMVMwareOOracleNBNetBeansSTUDENT REVIEWS
Their experience. In their words.
Feedback from students we have supported with their projects.
Nur Aisyah
Electronics student, Kuala Lumpur ★★★★★
“They handled my CMOS report carefully and even shared the AI-check screenshot, which gave me extra confidence before submission. Communication stayed smooth from start to finish.”
View full image ⤢
Daniel Joseph
Software engineering student ★★★★★
“A ZIP issue came up because some files were missed at first. The team fixed it quickly, resent the complete archive, and everything worked properly afterwards.”
View full image ⤢
Alam Imran
Business systems student ★★★★★
“Payment was straightforward and the final ZIP plus documentation arrived exactly as promised. The handover felt organised and professional.”
View full image ⤢
Rachel Thomas
Dissertation student ★★★★★
“I pointed out a chapter issue and it was corrected very fast. I appreciated how calm and responsive the support stayed until the file was right.”
View full image ⤢
FROM OUR GALLERY
See the projects in action.
A closer look at our latest demos and project walkthroughs.
Electronic Engineering
Smart Parking System Tinkercad
This assignment presents a Smart Parking System using Arduino Uno, designed and simulated in Tinkercad. Ultrasonic sensors are used to detect vehicles and monitor the availability of individual parking slots. A servo motor controls the entrance/exit barrier, while the LCD displays parking status and available spaces. The Arduino code automates vehicle detection, slot management, and barrier operation to create an efficient smart parking solution.Read moreShow less
This assignment presents a Smart Parking System using Arduino Uno, designed and simulated in Tinkercad.
Ultrasonic sensors are used to detect vehicles and monitor the availability of individual parking slots.
A servo motor controls the entrance/exit barrier, while the LCD displays parking status and available spaces.
The Arduino code automates vehicle detection, slot management, and barrier operation to create an efficient smart parking solution.
Computer Science
SRE Networking Assignment
This assignment focuses on designing and simulating a secure multi-branch enterprise network using Cisco Packet Tracer. It includes VLAN segmentation, IPv4/IPv6 addressing, inter-site routing, EtherChannel, and redundant gateway configuration using HSRP. Network security is strengthened through features such as port security, DHCP snooping, IP inspection, and Spanning Tree protection. The completed network is tested using ping, tracert, and device verification commands to confirm connectivity, redundancy, and correct configuration.Read moreShow less
This assignment focuses on designing and simulating a secure multi-branch enterprise network using Cisco Packet Tracer.
It includes VLAN segmentation, IPv4/IPv6 addressing, inter-site routing, EtherChannel, and redundant gateway configuration using HSRP.
Network security is strengthened through features such as port security, DHCP snooping, IP inspection, and Spanning Tree protection.
The completed network is tested using ping, tracert, and device verification commands to confirm connectivity, redundancy, and correct configuration.
Engineering Assignment
Labview Milk Processign Factory (ESA Assignment)
This project presents an interactive Milk Processing Automation System developed using NI LabVIEW, designed to simulate and monitor industrial milk production processes. The system features a graphical interface that demonstrates different processing stages, including raw milk handling, separation, pasteurization, homogenization, and production monitoring. Animated equipment and process indicators provide a visual representation of the milk processing workflow. The simulation integrates real-time parameter monitoring, automated process controls, quality assessment, and safety mechanisms. Users can observe temperature readings, pressure levels, milk quality indicators, production statistics, and operational status through an interactive control panel. The system also includes contamination alerts, equipment failure warnings, and emergency stop functionality to demonstrate industrial safety and process management. Developed using LabVIEW's Front Panel and Block Diagram programming environment, this project demonstrates the application of graphical programming in industrial automation. It provides a practical simulation of dairy processing operations, highlighting process visualization, control logic, operational efficiency, and safety monitoring within a single integrated platform.Read moreShow less
This project presents an interactive Milk Processing Automation System developed using NI LabVIEW, designed to simulate and monitor industrial milk production processes. The system features a graphical interface that demonstrates different processing stages, including raw milk handling, separation, pasteurization, homogenization, and production monitoring. Animated equipment and process indicators provide a visual representation of the milk processing workflow.
The simulation integrates real-time parameter monitoring, automated process controls, quality assessment, and safety mechanisms. Users can observe temperature readings, pressure levels, milk quality indicators, production statistics, and operational status through an interactive control panel. The system also includes contamination alerts, equipment failure warnings, and emergency stop functionality to demonstrate industrial safety and process management.
Developed using LabVIEW's Front Panel and Block Diagram programming environment, this project demonstrates the application of graphical programming in industrial automation. It provides a practical simulation of dairy processing operations, highlighting process visualization, control logic, operational efficiency, and safety monitoring within a single integrated platform.
WHAT WE HELP WITH
Your goals. Our know-how.
From the first paragraph to the final prototype, find the right support for your next challenge.
01
Assignment guidance
Understand your brief, shape your argument and bring structure to your coursework.
Essays · Reports · Case studies
02
Final-year projects
Move from a promising idea to a working prototype you can explain with confidence.
FYP · Prototypes · Documentation
03
Programming & IT
Practical support with code, databases, websites and the logic behind your solution.
Python · Java · Web · SQL
04
Research & data
Make sense of your findings with support for analysis, interpretation and presentation.
SPSS · Excel · Research methods
05
Engineering projects
Explore circuits, simulation, design decisions and technical project documentation.
Electrical · Mechanical · Simulation
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Design & presentations
Turn complex ideas into clear interfaces, diagrams, visual stories and presentations.
Figma · UI/UX · Slides · Diagrams
Less overwhelm.
More understanding.
More understanding.
SUPPORT THAT MAKES SENSE
You bring the ambition.
We help with the direction.
Every project has its own challenges. We start by listening, review what your brief really needs, and build a practical plan around your goals.
- A clear scope and price before we start
- A preview before final payment and handover
- Explanations to help you understand the work
- Revisions handled against your agreed brief
FINAL-YEAR PROJECT SUPPORT
Make your big idea work.
Explore the kinds of projects we can help you plan, develop and explain.
ENGINEERING
Smart systems & IoT
Sensor-based ideas, connected devices and practical prototypes.
COMPUTING
Web & mobile experiences
User-focused applications, interfaces and database-backed systems.
DATA & RESEARCH
Research that tells a story
Clear research questions, useful analysis and visual explanations.
Illustrative project areas, not claims of completed client work. Published project showcases appear in our FYP gallery.
SPACE TO THINK. SUPPORT TO BUILD.
Your next breakthrough
starts with a conversation.
Bring the questions, the unfinished ideas and the tricky parts. We’ll work out a way forward together.
Talk to our teamA glimpse into focused project work.
MORE THAN ONE DISCIPLINE
Different subjects. Connected thinking.
A GLIMPSE OF THE WORK
Ideas, demos
and little details.
Explore the images and videos our team shares in the project gallery.
Open the gallery
How do I get a quote?
Send your project brief through the form or WhatsApp. Include your deadline, subject and marking rubric. We review the scope and send a quote before work begins.
Can I see the work before I pay?
Yes. Our process includes a preview or walkthrough of the agreed completed work. Once you approve the preview and settle payment, we release the agreed files.
Do you support students across Malaysia?
Yes. We coordinate online with students throughout Malaysia from our Kuala Lumpur service base. You can contact us by WhatsApp or email.
Can you help with an FYP or technical project?
We support project scoping, prototypes, programming, analysis, documentation and explanation. Send the requirements and we will confirm what is feasible before agreeing the work.
What if I need a revision or receive low marks?
Contact us with the original brief and feedback. In-scope issues are reviewed for correction. If our delivered service materially missed the written agreement, a proportionate or full refund may apply. See our refund policy for the claim process.
Will you guarantee a particular grade?
No. Assessment decisions belong to your institution. Our focus is the agreed scope, clear explanations and useful learning support. Use all materials in accordance with your institution’s academic integrity rules.
YOUR NEXT CHAPTER
Big project?
Let’s break it down.
Share your brief. We’ll help you find a clear way forward.