The beauty of technology is its constant advancement, growth, and evolution. It can never be contained or segmented. The possibilities are limited solely by the intentions behind its use. But, as previously seen in the program Management of Technology: Roadmapping & Development, we can understand and leverage technology to improve almost any aspect of our lives.
Jorg Scholvin
Jorg Scholvin joined MIT.nano as the Assistant Director of User Services at Fab.nano in 2018. Jorg holds a BS, MEng and PhD in Electrical Engineering from MIT, and has over 15 years of experience working in the cleanroom on projects from power transistors and MEMS devices to neural implants and x-ray spectrometers. Jorg has been co-lecturing MIT’s undergraduate micro/nano-fabrication laboratory class. Prior to joining MIT.nano, Jorg worked at MIT on research combining microfabrication and neuroengineering to create high-density neural implants, and co-founded an SBIR-funded company to commercialize the devices.
La tecnología está remodelando drásticamente el mundo empresarial. En este contexto, marcado por una fuerte competencia, las organizaciones deben innovar y desarrollarse a la velocidad de la luz para mantenerse a la vanguardia, independientemente del sector industrial al que pertenezcan o en qué países operen.
El programa online Gestión del Desarrollo Tecnológico le ofrece a los participantes los principios, métodos y herramientas para gestionar, con éxito, las tecnologías en sistemas y organizaciones.
Technology is drastically reshaping the business world. And in this world marked by tight competition, organizations are required to innovate and develop at the speed of light to remain ahead – regardless of what industry they belong to, or which countries they operate in.
Robert T-I. Shin
Dr. Robert T-I. Shin is a Principal Staff member in the Intelligence, Surveillance, and Reconnaissance (ISR) and Tactical Systems Division at MIT Lincoln Laboratory. He is also the Director of the MIT Lincoln Laboratory Beaver Works Center and a member of the MIT School of Engineering Extended Engineering Council. Prior to becoming Principal Staff, he served as the Head of the ISR and Tactical Systems Division, where he oversaw research and prototype development of systems for ISR, tactical applications, and counterinsurgency and counterterrorism, and he oversees programs assessing U.S. air vehicle survivability.
Jonathan E. Gans
Dr. Jonathan E. Gans leads the Systems and Architectures Group at MIT Lincoln Laboratory. He oversees multiple BMD related programs for the Missile Defense Agency, Office of the Secretary of Defense, and the Air Force, with a focus on developing new discrimination techniques and providing in-depth assessments of domestic and foreign Ballistic and Hypersonic defense concepts. Dr. Gans recently led a report to Congress on Space Based Interceptors and his team was a major contributor to the MDA Defense Against Hypersonic Weapons AoA. Jonathan graduated from Vassar College in 1999 and earned a Ph.D. in particle physics from Yale University in 2004.
Edwin F. David
Dr. Edwin F. David is the Head of the Engineering Division at MIT Lincoln Laboratory. He joined the Laboratory in 1998 as a technical staff member in the Systems and Analysis Group, supporting the Air Vehicle Survivability program. His research focused on modeling, simulation, and testing of navigation and guidance systems, sensor systems, and directed energy systems. In this role, he supported the Defense Science Board Task Force for the Global Positioning System space segment modernization. He also served as program manager for the Directed Energy Countermeasures Assessment Team.
La clave del éxito en las operaciones de fabricación radica en la capacidad del diseño y las familias de producto para adaptarse al mercado mundial. En este sentido, es necesario conseguir los objetivos marcados a corto plazo y mantener los estándares de eficiencia de la producción en masa. En este programa, se analiza el uso del diseño de plataformas para aumentar con éxito la variedad de una línea de productos, acortar los plazos de fabricación y reducir los costes generales asociados.
In today’s highly competitive and volatile market, rapid innovation and mass customization offer a new form of competitive advantage—pushing organizations to implement strategies for designing and developing an entire family of products. In our eight-week Designing Product Families: From Strategy to Implementation course, you will explore how product architecture, platforms, and commonality can help you successfully deploy and manage a family of products.
La fábrica del futuro ya está aquí:
Toma ventaja de los cien años de trayectoria que tiene MIT en colaboración con varias industrias para entrar al programa online Smart Manufacturing: Operaciones en la 4ª Revolución Industrial.