Client Name:
SeeBridge EU Funded Program and IMMIB. Istanbul Mineral and Material Exporter Association
Service Category:
Energy Management Platform Development
Project Date:
2024-2025
Project Objective:
Design and implement an advanced energy management system for plant and utility-scale operations that fully integrates Carbon Adjustment (CBAM) considerations.
Projects Activities:
- Simulation Platform Development: Create an advanced simulation platform to model energy usage, forecast carbon emissions (including CBAM considerations), and evaluate various efficiency improvement strategies.
- Process Optimization: Implement targeted process improvements to enhance operational efficiency, reduce energy waste, and minimize carbon emissions.
- Expert Mentoring: Provide personalized one-on-one mentoring to guide businesses through digital and green transitions, ensuring the adoption of best practices in energy management and sustainability.
- Industry Engagement: Actively participate in industry events, workshops, and conferences focused on green energy, CBAM, and digital transformation to stay updated on emerging trends and regulatory requirements.
- Strategic Partnerships: Develop and nurture partnerships with industry peers and institutions to foster collaborative innovation in sustainability and energy management.
- Field Participation: Allocate resources for travel and attendance at key events to gain in-depth insights, enhance networking opportunities, and capture cutting-edge industry knowledge.
- Capacity Building: Invest in comprehensive training and professional development programs to build a skilled workforce capable of implementing advanced energy management solutions and sustainable practices.
Client Name:
Creativa, Egypt Digital Innovation Hub
Service Category:
Develop training Program in CubeSat and Computer Vision Applications
Project Date:
2025
Project Objective:
The CubeSat and Computer Vision Applications training course explores the integration of computer vision techniques in CubeSat missions for space-based imaging, object detection, and data analysis. Participants will gain hands-on experience in deploying AI-driven vision systems for Earth observation and autonomous satellite operations.
Projects Activities:
- Needs Assessment and Curriculum Design: Conducting in-depth research to identify industry demands and designing an inclusive, EQF Level 3-aligned curriculum focused on AI-driven computer vision applications for CubeSat missions.
- Content Development and Platform Implementation: Creating interactive multimedia learning materials and setting up a user-friendly online platform with hands-on simulations and accessibility features.
- Quality Assurance and Content Finalization: Engaging subject matter experts for rigorous content validation, ensuring technical accuracy, clarity, and alignment with industry standards.
- Program Launch and Learner Recruitment: Deploying targeted outreach strategies to attract a diverse pool of learners, including underrepresented groups in space technology and AI.
- Training Delivery and Continuous Support: Providing live Q&A sessions, discussion forums, and personalized guidance to enhance learner engagement and practical understanding.
- Assessment and Certification: Evaluating participant performance through practical projects and exams, offering feedback, and awarding certificates upon successful completion.
- Impact Analysis and Project Management: Assessing the training’s effectiveness through data-driven insights while ensuring efficient execution, risk mitigation, and long-term sustainability.
Client Name:
EIT Deep tech
Service Category:
Develop training Program in AI-Powered Cybersecurity Field
Project Date:
2024-2025
Project Objective:
AI-Powered Cybersecurity Training program is to equip the European workforce with advanced AI-driven cybersecurity skills, enhancing digital resilience and promoting a diverse, inclusive talent pool. The program with in partnership with OctaInsight-Norway and Kiev Academic University-Ukraine.
Projects Activities:
- Needs Assessment and Curriculum Design: Conducting comprehensive research to identify industry needs and developing an inclusive, EQF Level 3-aligned curriculum for AI-powered cybersecurity training.
- Content Development and Platform Implementation: Creating engaging multimedia learning materials and establishing a user-friendly online platform with interactive features and accessibility accommodations.
- Quality Assurance and Content Finalization: Conducting rigorous reviews by subject matter experts, ensuring linguistic accuracy, cultural sensitivity, and addressing all feedback prior to launch.
- Program Launch and Learner Recruitment: Implementing targeted marketing campaigns through various channels to reach diverse populations, with special focus on underrepresented groups in cybersecurity.
- Training Delivery and Continuous Support: Facilitating the learning experience through live Q&A sessions, discussion forums, and providing personalized support to maintain learner engagement.
- Assessment and Certification: Evaluating learner performance through exams, providing detailed feedback, and awarding certificates to successful graduates.
- Impact Analysis and Project Management: Measuring the program’s effectiveness through quantitative and qualitative data collection while ensuring efficient coordination, risk management, and sustainability planning throughout the project lifecycle.
Client Name:
Electrolux – Gas Cookers Factory, Egypt
Service Category:
Tooling Development
Project date:
2022 (Program of three repeated projects)
Short Description of Project
Project Objective:
Redesign, fabrication and delivery of modified gripper for press-automation transfer arm
Project Activities:
- Reverse engineering and redesign of the gripers based on newest operational requirements.
- Manage the fabrication process of all tooling in scope.
- Finalize the project by delivery of the equipment based on factory acceptance testing.
Client Name:
Electrolux – Gas Cookers Factory, Egypt
Service Category:
Tooling Development
Project date:
2015 (Program of three repeated projects)
Short Description of Project
Project Objective:
Redesign, fabrication and delivery of modified gripper for press-automation transfer arm
Project Activities:
- Reverse engineering and redesign of the gripers based on newest operational requirements.
- Manage the fabrication process of all tooling in scope.
- Finalize the project by delivery of the equipment based on factory acceptance testing.
Client Name:
Turbine Efficiency, United Kingdom
Service Category:
Engineering Analysis
Project date:
2021
Short Description of Project
Project Objective:
Torsional vibration analysis of modified combined drive train of a Siemens.SGT-100-1S.(S. S. Typhoon) Gas Turbine.
Project Activities:
- According to the API Recommended Practice for Packaged Gas Turbines, a computerized analysis, using commercial software, of the undamped torsional resonances, (critical speeds) of the combined drive train was performed was performed.
- This produced a Campbell Diagram giving plots of critical speeds; possible torsional excitations of one, two and three times per revolution of the drive shafts and resonant points of interference.
- A report of this numerical analysis was performed, with technical conclusion according to the API norms.
Client Name:
Inkonova AB, Sweden
Service Category:
Product Development
Project date:
2023
Short Description of Project
Project Objective:
According to Engineering Services Outsourcing Contact, the primary duties are focused on developing mechanical concepts for drone systems for commercial applications focus on mining and underground industrial sector.
Project Activities:
- Detail design of structural components, electro-mechanical design, payloads mechanical design,
- Flight control and power hardware integration,
- Stress analysis, prototype hardware development, sustaining engineering, and performing design verification testing.
Design work accomplished using CAD tools (SolidWorks), and rapid prototyping techniques (3D printing, etc.).
Client Name:
Asfour Crystal International, Egypt
Service Category:
Product Development – systems integration
Project Date:
2022-2024 (Program of five integrated sub-projects)
Short Description of Project
Project Objective:
Develop fully automated loading and unloading of crystal processing machines
Projects Activities:
- Modify the Production cell layout.
- Motion time study and optimization.
- Design the turn style machine for the automatic handling of the clock machine.
- Manufacturing the system parts.
- Assembly and integration.
- Testing and modifications.
- Troubleshooting.
- System Documentations (maintenance and operation manuals).
Client Name:
Asfour Crystal International, Egypt
Service Category:
Product Development – systems integration
Project Date:
2013-2014 (Program of five integrated sub-projects)
Short Description of Project
Project Objective:
Develop fully automated loading and unloading of crystal processing machines
Projects Activities:
- Modify the Production cell layout.
- Motion time study and optimization.
- Redesign and fabrication of grinding, polishing and adhering machines.
- Design and fabrication of novel inverting machine.
- Utilize high dynamic gantry robot with specific requirements from Gödel, Switzerland.
- Testing performed for each machine separately, then integration of all production cells
- Commissioning of the production cell.
Client Name:
Maadi Company for Engineering Industries, Egypt
(Affiliated with the Ministry of Military Production)
Service Category:
Tooling Development
Project Date:
2023-2025 (Program of repeated 28 projects)
Short Description of Project
Project Objective:
Design review and fabrication management of 34 jigs and fixtures.
Project Activities:
- Review and approve the jigs & fixture.
- Mange the fabrication process of all tooling in scope.
Client Name:
ASEC Environmental Protection – ASENPRO, Egypt
Service Category:
Product Development
Project Date:
2022-2024
Project Objective:
Develop, produce and supply of Part with modified engineering characteristics for cost reduction.
Projects Activities:
• Using sample of the original metallic part to get the geometrical characteristics.
• Study the working condition of the part for new material selection to comply with project objective
to be changed from Die casting Aluminum to Fiberglas Reinforced Polyamide (Nylon).
• Develop drawings and analysis documentations of the design and verifications.
• Develop engineering documentations of the production process ( Injection molding process )
• Fabricate the production tooling (Injection Mold )
• Perform production operations and deliver the contracted quantity of the part.