"Readering the System, Choosing the World"
Elon Musk, what departments do the companies need?
Today, IPO is very concerned about: "What is the university's chosen department? This is the first time that an electronic vehicle, a rocket, an artificial intelligence, a human robot and a brain interface has been created. In addition to the choice of science and technology, access to these enterprises is equally important in terms of engineering, collection of works, communication in English and cross-cutting cooperation.
Eilon, what department of science do you need? Today, IPO's concern is: "What is the university's choice of department? This is the first time that an electronic vehicle, a rocket, an artificial intelligence, a human robot and a brain interface has been created. In addition to the choice of science and technology, access to these enterprises is equally important in terms of engineering, collection of works, communication in English and cross-cutting cooperation. First route: Appears to write programs, AI models, auto-driving and robotic software, giving preference to mechanics, computer science or artificial intelligence.
Fit in direction: xAI: AI model, software engineering, supercalculation Tesla: Autopilot, Optimus, Computer Visual SpaceX: Flight Software, Satellite System, Simulation Program. Second route: Electric and Computer Engineering Connected Crystals, Sensors, motors, batteries, control systems and embedded software, applicable to electric vehicles, rockets, AI servers, robots and brain interfaces. Inter-university learning: circuits and PCB design embedded systems and resilience semiconductors and chip design control engineering and signal processing electrical electronics and battery management Third route: like rockets, cars, institutions, heat flows and manufacturing, you can choose mechanical or aerial engineering.
SpaceX requires aerodynamic, mechanical, structural and manufacturing talent; The Tesla Optimus team also combines machinery, control, automation and intelligence. Accumulation of recommendations: CAD with 3D modelling thermodynamics and fluids analysis of limited elements rocket, drone or car racing topic Fourth route: Interest in brain, nerve signal, medical equipment and robotic surgery for enterprise development towards neuralink type brain interface. Fitness departments: biomedicine engineering, neurosciences, electrical engineering, computer engineering, robotic engineering, biological information. Fifth route: battery life, rocket heat-resilient materials, chip-making, car light quantification and mass production technology, all require materials, chemicals and manufacturing talent.
Suitable for input into battery studies, composite materials, metalworking, semiconductive institutional processes and automation equipment. Like AI and Programs: Financial, Computer Science, Artificial Intelligence like Crystals and Control: Electrical Engineering, Computer Engineering like Rockets and Institutions: Mechanical Engineering, Aerosol Engineering like Cells and Materials: Material Science, Chemical Engineering like Brain Science and Medicine: Biomedicine Engineering, Neuroscience Accumulation during the University: GitHub Program works AI, Robotics, Rockets, or U.S.S. student equations Thesis of Formula Student Research, Laboratory Research and Enterprise Apprenticeships Technical Competitions, dissertations or Innovations English Briefs and Technical Documentation Capabilities The Faculty of Science provides a professional foundation, and a collection of works can prove your ability to perform engineering tasks.
