Freelancer logo
Log In Sign Up
Post a Project

EXPLORE

Amazon Web Services C++ Programming PHP Python Software Architecture
Profile cover photo
User Avatar

Rashid Tech Solutions.

@rashidamjad

monthly-level-five.svgverified-v3.svgpreferred-freelancer-v3.svg
5.0
182

8.1

8.1

96%

Software, Embedded, Cloud & Automation

$25 USD / Hour

・

Flag of PAKISTAN

Pakistan (9:08 PM)

・

Joined on July 31, 2017

・

17 Recommendations

$25 USD / Hour

・

Rashid Tech Solutions is a systems-focused engineering and development company with 5+ years of hands-on experience across software, cloud, automation, electronics and embedded systems. We build reliable solutions where software, hardware and cloud technologies work together smoothly. Core Expertise Web, SaaS & UI/UX: PHP, Python, JavaScript, TypeScript, React, Node.js, Laravel, Django, Next.js, .NET, SQL, WordPress, Webflow, Wix, responsive websites, dashboards, portals, APIs and UI/UX. eCommerce & Payments: Shopify, WooCommerce, Magento, PrestaShop, Stripe, PayPal, subscriptions, checkout, shipping, inventory and ERP/accounting integrations. Mobile & Desktop Apps: Android, iOS, Flutter, React Native, Python, .NET/WPF, Electron.js, APIs, databases and integrations. Cloud & DevOps: AWS, Azure, GCP, Docker, Kubernetes, CI/CD, GitHub, GitLab, Linux, Windows Server, Nginx, Terraform, Ansible, VPS, monitoring, backups and security. Automation & Integrations: Zapier, n8n, [login to view URL], Power Automate, Airtable, Brevo, Stripe automation, APIs, webhooks, bots, CRM automation and data sync. Enterprise Solutions: Odoo, Zoho, Salesforce, Dynamics 365, SharePoint, Power BI, Power Apps, Microsoft 365, CRM/ERP, Business Intelligence and dashboards. Accounting, Payroll & Excel: QuickBooks, Xero, payroll, invoicing, Teams integrations, Excel, VBA, Power Query, dashboards, financial models, reporting and API/database integrations. Electronics, PCB, Embedded & IoT: PCB design/layout, schematics, firmware, STM32, ESP32, Arduino, Raspberry Pi, ARM, RTOS, I2C, SPI, UART, BLE, WiFi, MQTT, NFC, LoRa, Zigbee and RF. PLC, SCADA & Industrial Automation: PLC, SCADA, HMI, instrumentation, motor/control systems, robotics, machine vision, motion control and equipment integration. Mechanical CAD/CAM & CNC: SolidWorks, Fusion 360, AutoCAD, CATIA, Siemens NX, Mastercam, 3D CAD, assemblies, enclosures, sheet metal, DFM, CNC, toolpaths and G-code. AI & Computer Vision: Generative AI, LLMs, AI agents, chatbots, Machine Learning, TensorFlow, OpenCV, OCR, object detection, image recognition and video processing. Blockchain & Trading: Smart contracts, DApps, Ethereum, BSC, Polygon, Solana, MT4/MT5, MQL4/MQL5, TradingView, Pine Script, Binance, broker APIs, EAs and trading bots. Marketing & Automation: Google Ads, conversion tracking, Google Analytics, technical SEO, YouTube optimization, TikTok content, video editing, Brevo, HubSpot, Zoho, Zapier, [login to view URL], Airtable, email campaigns and lead workflows. Networking & Communications: VPN, firewall, SSL, DNS, Active Directory, OpenVPN, VoIP, SIP, Asterisk, PBX, WebRTC, virtualization and system administration. Team & Delivery: Our multidisciplinary team covers software, cloud, electronics, embedded systems, automation and engineering. I personally oversee communication, technical direction and delivery. Post-Delivery Support: Documentation, fixes and ongoing support are available after handover.

Project for Rashid Tech Solutions.

What a fine and brilliant man. He is guiding us in so many advanced technical ways. We love him. He is vastly skilled. He is patient. He knows some days the team has no time and other times we are eager to work with his fantastic speed. Great man!

Flag of UNITED STATES

James

@jameslschaller

・

May 2026

Verifications

On time

93%

On budget

98%

Accept rate

61%

Repeat hire rate

10%

Freelancer Amazon Web Services Experts Pakistan
See all Amazon Web Services Experts in Pakistan

Portfolio

Portfolio

All
Web and Mobile App (6)
Engineering Jobs (6)
Blockchain (3)
DevOps & Cloud (4)
13929440
Modified and optimized a TradingView Pine Script indicator for 1-minute stock scalping. Improved the GK BUY signal logic so buy alerts reset correctly at session transitions between pre-market, regular market, and post-market. Added webhook-ready JSON alerts for future automation and created two separate versions of the indicator: one with the original sell logic unchanged and another with earlier EMA34-based sell signals. Also improved alert timing so notifications match chart labels more accurately during live trading.

Pine Script Signal Optimization

13903231
Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

13830401
This project involved designing and implementing a scalable cloud data lake architecture for an insurance data platform. The objective was to handle large volumes of policy and claims data coming from multiple sources and formats while enabling efficient storage, processing, and analytics. The system architecture was designed to centralize structured and unstructured insurance data into a unified cloud environment. Automated ingestion pipelines were developed to collect data from various operational systems and transform it into a consistent format suitable for analytics and reporting. The solution focused on building a reliable data infrastructure capable of managing the full data lifecycle—from ingestion and cleansing to transformation and analysis. By leveraging modern cloud architecture, the platform enabled improved data accessibility, reduced manual processing, and supported large-scale analytical workloads. The final implementation delivered a scalable data platform that allo

AWS Insurance Data Lake Architecture

13830269
Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

13830364
Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

13903251
Built an automated AWS EKS cluster skeleton using Terraform, with Karpenter for dynamic node provisioning and GitLab Runner integration for CI/CD workloads. The setup supported x86 and ARM64 runners, GitLab registration/job tokens, scalable executor nodes, and a clean cloud-native architecture for automated build execution.

EKS Karpenter GitLab CI/CD Setup

13929440
Modified and optimized a TradingView Pine Script indicator for 1-minute stock scalping. Improved the GK BUY signal logic so buy alerts reset correctly at session transitions between pre-market, regular market, and post-market. Added webhook-ready JSON alerts for future automation and created two separate versions of the indicator: one with the original sell logic unchanged and another with earlier EMA34-based sell signals. Also improved alert timing so notifications match chart labels more accurately during live trading.

Pine Script Signal Optimization

13903231
Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

Developed and optimized a complex 3D CNC headboard with fine ornamental detailing. Resolved surface finish issues between 1/8" and 1/4" ball nose tools by adjusting step-over, feed rates, and full-surface finishing strategy. Eliminated tool marks and ensured consistent smooth finish across all areas. Coordinated multiple MDF test runs with the CNC operator to validate toolpaths and machining approach before final production. Delivered a clean, production-ready result with accurate detailing and client approval.

3D CNC Headboard & Toolpath Opt

13830401
This project involved designing and implementing a scalable cloud data lake architecture for an insurance data platform. The objective was to handle large volumes of policy and claims data coming from multiple sources and formats while enabling efficient storage, processing, and analytics. The system architecture was designed to centralize structured and unstructured insurance data into a unified cloud environment. Automated ingestion pipelines were developed to collect data from various operational systems and transform it into a consistent format suitable for analytics and reporting. The solution focused on building a reliable data infrastructure capable of managing the full data lifecycle—from ingestion and cleansing to transformation and analysis. By leveraging modern cloud architecture, the platform enabled improved data accessibility, reduced manual processing, and supported large-scale analytical workloads. The final implementation delivered a scalable data platform that allo

AWS Insurance Data Lake Architecture

13830269
Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

Designed a custom multi-channel PCB for an automated environmental monitoring and control system. The board integrates a microcontroller-based control unit, multiple sensor and actuator interfaces, and dedicated power regulation circuitry to support reliable operation in automation environments. The design includes modular connector interfaces for sensors and external modules, filtering capacitors for stable power delivery, and USB connectivity for configuration and firmware updates. Special attention was given to PCB layout, signal routing, and component placement to ensure electrical stability and maintainability. The board can be used in various applications including environmental monitoring, smart agriculture systems, industrial automation, and sensor-based control platforms. Tools Used: KiCad / Altium Designer Features: • Custom multi-layer PCB design • Microcontroller-based control architecture • Multiple I/O connectors for sensors and actuators • Power regulation and filteri

Custom PCB for Environment Control

13830364
Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

Designed a custom ESP32-based site monitoring controller including power regulation, communication interfaces, and sensor connectivity. The project involved full circuit design, PCB layout, component selection, and 3D board visualization ready for manufacturing.

ESP32 Industrial Site Monitor PCB

13903251
Built an automated AWS EKS cluster skeleton using Terraform, with Karpenter for dynamic node provisioning and GitLab Runner integration for CI/CD workloads. The setup supported x86 and ARM64 runners, GitLab registration/job tokens, scalable executor nodes, and a clean cloud-native architecture for automated build execution.

EKS Karpenter GitLab CI/CD Setup

5.0 · 182 Reviews
182 Reviews
J
Flag of UNITED STATES

James

5.0

$500 USD

3 hours ago

Project for Rashid Tech Solutions. -- 72453

Great guy. Very talented, and now we really work with one mind. Humble. Fast. Quality. Using him the next 40 years.

PHP
Python
Software Architecture
Amazon Web Services
C++ Programming

+1 more

Share

F
Flag of UNITED KINGDOM

Farah

5.0

$$

2 days ago

TP Link Omada and Starlink Setup

I was dubious about whether this would work and the logical approach worked a treat !!

PHP
System Admin
Linux
Wireless
Network Administration

+3 more

Share

T
Flag of UNITED KINGDOM

Terri

5.0

$$

7 days ago

QuickBooks Installation on Windows Laptop

Rashid was brilliant - he solved a big headache for us with our Quickbook application - we will definitely use his services again - Thankyou

Accounting
Troubleshooting
Intuit QuickBooks
Technical Support
Microsoft

+3 more

Share

J
Flag of UNITED STATES

James

5.0

$250 USD

7 days ago

MISC TOPICS

Highly skilled. Great communicator and LISTENS. Inventive. Flexible. Fair rates. Impressive creations in 8-10 types of tech, graphics, google ad advanced creation/tunes and all social media.

PHP
Python
Software Architecture
Amazon Web Services
C++ Programming

+1 more

Share

J
Flag of UNITED STATES

James

5.0

$250 USD

9 days ago

POST MOLD HERBS NEXT.

Rashid is brilliant and easy to work with. His standards in products is exceptional. We trust him. Enjoy him. And all interactions show huge effect. And he is humble.

PHP
Python
Software Architecture
Amazon Web Services
C++ Programming

+1 more

Share

Experience

CEO

Nov, 2020 - Present

•

5 years, 10 months

Rashid Tech Solutions

Nov, 2020 - Present

•

5 years, 10 months

I lead and manage Rashid Tech Solutions, specialising in IT solutions like software development, IT consulting, cybersecurity, and cloud services. As a full stack developer, I execute strategic initiatives to expand our offerings and client base, positioning us as a tech leader. I guide a skilled team in delivering high-quality, customized solutions. I focus on driving innovation and integrating emerging tech trends, ensuring client success and sustained company growth.

Flag of PAKISTAN

Lahore, Pakistan

Nov, 2020 - Present

•

5 years, 10 months

Senior Project Manager

Feb, 2012 - Aug, 2016

•

4 years, 6 months

Systems pvt limited

Feb, 2012 - Aug, 2016

•

4 years, 6 months

Full Stack Senior Developer.

Feb, 2012 - Aug, 2016

•

4 years, 6 months

Education

The University of Lahore

2016 - 2018

•

2 years

MS Software Engineering

Flag of PAKISTAN

Pakistan

2016 - 2018

•

2 years

University of Engineering and Technology, Lahore

2014 - 2018

•

4 years

Electronics Engineering

Flag of PAKISTAN

Pakistan

2014 - 2018

•

4 years

The University of Lahore

2011 - 2015

•

4 years

BS Computer Science (BSCS).

Flag of PAKISTAN

Pakistan

2011 - 2015

•

4 years

Qualifications

Full stack Development.

2018

UDEMY

Full Stack Web Development with React JS, Angular and NodeJS

2018

C programming.

2017

UDEMY

The C++20 Masterclass : From Fundamentals to Advanced

2017

Blockchain.

2017

UDEMY.

Build and Deploy Your First Decentralized App with Ethereum

2017

Certifications

Android - Level 1

Android Development

C++ - Level 1

C++

WordPress

WordPress

iPhone Development - Level 1

iPhone Development

P

Preferred Freelancer Program SLA

Python Level 1

Python

C# Programming - Level 1

C# Programming

US English - Level 1

US English

Data Entry

Data Entry

Freelancer logo US (International) / English
Help & Support

Freelancer

Categories Projects Contests Freelancers Enterprise Innovation Challenges AI Development Membership Preferred Freelancer Program Project Management Local Jobs Photo Anywhere Showcase API for Developers Get Verified

About

About us How it Works Security Investor Sitemap Stories News Team Awards Press Releases Careers

Terms

Privacy Policy Terms and Conditions Copyright Policy Code of Conduct Fees and Charges

Partners

Escrow.com Loadshift Warrior Forum

Apps

Apple App Store logoGoogle Play logo

Registered Users

Total Jobs Posted

Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)

Copyright © 2026 Freelancer Technology Pty Limited (ACN 142 189 759)