MNSAT

Fees (200 €) or (2000 DH)

Luis Gerardo Zárate is a member of KSF Space, computer engineer graduated from the Autonomous University of San Luis Potosi, Mexico. He obtained the Master of Science in Aeronautical and Space Systems degree at the Institut Supérieur de l’Aéronautique et de l’Espace in Toulouse, France in the year 2014.

During his engineering studies he spent one year at the ENSEEIHT in Toulouse, France the year 2008.

Luis is a specialist in real time critical systems. He did his master’s end-of-studies project at Airbus developing an interface that allows the simulation engineers to use different 3D visualization tools with different simulation platforms. Since 2014 he has been working at Datiotec Aerospace / Edison Effect, leading different projects focused on the nano-satellites sector. Currently he is starting a new project with Datiotec Aerospace with the objective of developing an EVTOL vehicle.

FIRST Time in Morocco

1. – WHY SPACE? WHY YOU
2. – Break down – 45 – 60 minute presentation / discussion first
3. – Hands on activity – 50 minutes
4. – Student presentation time – 20 minutes
5. – Reflection time – 10 minutes

Holly Melear will be discussing the need to create a pipeline and movement of youth for the upcoming demands in the commercial and governmental space and technology industries. With our world changing and growing even smellers we globally approach living and working off-world, humanity will need to be planning on who will be leading and working in these communities. How do we create not just surviving communities, but thriving communities? By creating a movement of youth globally, who will be engaged with industry leaders, we can support the broadening pipeline for industry in free space and space settlement planning on the moon, Mars, and beyond.

In aspects of off –world employment, we will need workers ranging from asteroid mining, engineering, R&D, space agriculture, and architecture to list a few. However, it will not only be these more tangible and scientific needs for having a truly thriving new settlement off-world. We will also need all other fields of industry and employment to make this endeavor possible and successful. We will need the educators, the artists, and the out of the box thinkers. We will need those to help guide future generations on policy, treaty, ideology, and law.

A) Nano-Micro Satellite missions

1. Earth observation
2. Disaster monitoring
3. Communication type missions
4. Space science and space exploratio

B) Nano – Micro Satellite Technologies and infrastructure

1. Nano-Mirco Satellite architectures
2. Component technologies
3. Software development
4. Ground station systems
5. Computing & Attitude control
6. Propulsion
   • Cold gas thrusters
   • Chemical propulsion
   • Electric propulsion
   • Solar sail
7. Power ,Telecommunications & Thermal management
8. Launch opportunities & deployment
9. Regulatory & policy issues

C) Telecommunication & Satellite Applications

1. Telecom architectures
2. Embedded systems, applications and software
3. Antenna and propagation

D) Computer and network

* Web servers and services
* Intelligent network applications
* Systems and Networks security
* Internet and Web-Based Systems
* Wireless network algorithms and protocols
* Cloud computing
* Localization and tracking
* Performance evaluation and modeling
* Multi-agent systems
* Quality-of-service control and scheduling algorithms
* Artificial intelligence

* Algorithms and Models of Computing — Approximate and inexact computing, quantum and probabilistic computing

* Biological Computing Models — Brain computing, neural computing, computational neuroscience, biologically-inspired architectures Limits on Technology Scaling and Moore’s Law — Defect- and variability-tolerant designs, graph and other novel materials, nanoscale design, optoelectronics, dark silicon.
* Uses of Technology Scaling — 3D stacked technology, challenges of many-core designs, accelerators, PCM’s, novel memory architectures, mobile devices
* Embedded and Cyber-Physical Systems — Design space exploration, modeling and development frameworks for interconnected systems and CPS and CPSoS, ultra-low power designs, energy scavenging, reactive and real-time systems, reconfigurable and self-aware systems, sensor networks and internet of things, and architectural innovation for wearable computing
* Big Data Analytics — High performance data analytics, data search and representation, architecture, and system design
* Machine and Deep Learning — innovative algorithms and architectures, neuromorphic approaches
* Large-Scale System Design — Homogeneous and heterogeneous architectures, runtimes, networking technologies and protocols, power-and energy-management for cloud and grid systems, data centers, exa-scale computing
* Compiler Technologies — Advanced/novel analyses, hardware/software integrated solutions, domain-specific languages, high-level synthesis
* Security — Methods, system support, and hardware for protecting against malicious code; real-time implementations of security algorithms and protocols; quantum and post-quantum cryptography; advanced persistent threats, cyber and physical attacks, and countermeasures
* Computers and Society — Education, health, cost/energy-efficient design, smart cities, and emerging markets
* Interdisciplinary Applications — Applications bridging multiple disciplines in interesting ways