Applied Materials is a world-wide largest Semiconductor and Display equipment manufacturer.
Algen, a venture-backed preclinical stage biotech company, is using CRISPR to uncover disease-driving RNA messages to find treatments for cancer and diseases with high unmet needs. Originated from UC Berkeley, Algen is the first to elegantly fuse high throughput, wide-scale gene editing and state-of-the-art machine learning to find first-in-class drugs that modulate RNA messages at single-cell resolution. Algen’s research group focuses on developing and applying novel functional genomics technologies to address scientific challenges in drug discovery and deliver innovative, patient-centric medicines for the toughest-to-treat diseases.
AcuraStem is a near-to-clinic, patient-based, biotechnology company pioneering how treatments are developed for neurodegenerative diseases — including sporadic ALS and FTD — using our proprietary, best-in-class, disease-modeling platform, iNeuroRx®, the gold standard for discovering novel, effective and broadly-acting treatments.
Apeximmune Therapeutics seeks to harness the power of the immune system to treat and cure cancer. We discover and pioneer innovative therapeutic antibodies against novel targets to modulate immune cell activity and elicit durable efficacy in cancer. Apeximmune’s target discovery platform combines bioinformatics with biological assays to enable identification of novel immune modulating targets. Currently, antibodies for two immuno-oncology target programs in the pre-clinical stage are being actively developed with the goal of reaching IND status within 18 months.
Amgen is committed to unlocking the potential of biology for patients suffering from serious illnesses by discovering, developing, manufacturing, and delivering innovative human therapeutics. This approach begins by using tools like advanced human genetics to unravel the complexities of disease and understand the fundamentals of human biology. Our belief—and the core of our strategy—is that innovative, highly differentiated medicines provide large clinical benefits in addressing serious diseases. And we believe these medicines not only help patients, but also help reduce the social and economic burden of disease in society. Amgen focuses on areas of high unmet medical need and leverages its expertise to strive for solutions that improve health outcomes and dramatically improve people’s lives. A biotechnology innovator since 1980, Amgen has grown to be one of the world’s leading independent biotechnology companies, has reached millions of patients around the world and is developing a pipeline of medicines with breakaway potential.
BioLegend develops world-class, cutting-edge antibodies and reagents for biomedical research, manufactured in our state-of-the-art facility in San Diego, CA. Our mission is to accelerate research and discovery by providing the highest quality products at an outstanding value and with superior customer and technical support.
Chain Reaction is engineering the future of disruptive blockchain and privacy technologies. We accelerate compute performance, enabling companies to adopt and scale solutions to the world’s most complex problems. Partnering with cloud and data centers, we transform compute infrastructure with custom ASICs and systems that optimize for energy efficient, high-performance compute. Our Privacy Processor dramatically accelerates real-time operations of Privacy Enhancing Technologies on encrypted data, transforming the cloud into a trusted environment, enabling verticals that rely on confidential big data to use the cloud (including financial institutions, healthcare & big pharma, defense & government, and oil & gas). Purpose-built and custom-designed, our solutions power the next generation of secure, scalable, green computing to help protect people, privacy, and the planet.
We are a Specialty CRO (Contract Research Organization) that helps clients accelerate their drug development by providing innovative and best in class bioassays.
Our leaders are especially passionate about mentoring and fostering a stronger and brighter Bioscience community from Taiwan, in fact, 3 previous Presidents of Chinese Bioscience Association are members of the company.
CancerFree Biotech develops 3D tumor organoid culture systems from patient blood samples, using these organoids to test cancer therapeutics. Our proprietary technology serves as a precision medicine tool for creating personalized treatment plans and is also used in drug development research to evaluate drug efficacy. CancerFree Biotech is incorporated in Delaware and operates a subsidiary in Taiwan, with offices in both New York City and Taipei.
Delta, founded in 1971, is a global provider of power and thermal management solutions. Its mission statement, To provide innovative, clean and energy-efficient solutions for a better tomorrow, focuses on addressing key environmental issues such as global climate change. As an energy-saving solutions provider with core competencies in power electronics and automation, Delta's business categories include Power Electronics, Automation, and Infrastructure.
Eos BioInnovation incubates and invests in projects in the field of regenerative medicine (e.g., cell & gene therapy, tissue engineering & biomaterials, molecules promoting endogenous regeneration mechanisms or helping to stop or reverse the body's degeneration processes and enabling technologies along the value chain that accelerate regenerative medicine applications) primarily from the Harvard and Boston biotech ecosystem, as well as from other top academic and research institutions.
We are financially supported by our primary institutional partner, Panacea Venture, a $600M+ investment firm focused on healthcare investments. We have already made two investments from the Harvard network (a neuromodulation startup from Boston Children’s Hospital and a T cell reconstitution company from Mass General Hospital/Paulson School of Engineering & Applied Science) and one investment from the University of California San Francisco (an early stage senolytics startup leveraging novel immune approaches to address age-related diseases to improve human health span). We continue to look for exciting early stage biotech projects and are particularly interested in company formation opportunities where we launch promising companies with leading scientists and motivated entrepreneurs.
Fujitsu is one of the world's largest IT services providers and has a significant presence in Japan (No.1) and globally (No. 9). The company is known for its supercomputers, servers, and other high-performance computing solutions. Fujitsu also offers a wide range of enterprise software, cloud services, and cybersecurity solutions.
Throughout its history, Fujitsu has been involved in various technological innovations and has contributed to global electronics and computing industries. The company continues to focus on digital transformation and emerging technologies like artificial intelligence and the Internet of Things.
Fujitsu Research of America plays a crucial role in Fujitsu's global research and development efforts, focusing on creating innovative solutions for the North American market and contributing to Fujitsu's worldwide technological advancements.
The Centro Tecnolóxico de Telecomunicacións de Galicia -Gradiant was born in December 2007 with the aim of aligning university R&D with business demands. To achieve this, throughout its history it has focused on applied research and the transfer of knowledge in information and communication technologies (ICT) to industry. The centre's priority is to help companies to generate business by providing them with tailor-made technological solutions, through capabilities concentrated in three major technological areas of specialisation: connectivity, security and intelligence. The researchers and other professionals who work in these areas are Gradiant's main resource for providing its clients - SMEs and large companies - with innovative technologies capable of increasing their competitiveness. Within the framework of these technological areas, the R&D&I activity of the centre comprises several lines of work that currently converge in: Multimedia analysis; Data analytics and big data; IoT and embedded systems; Security and privacy; and (Sub)communications systems. It is important to note that in the convergence process two distinct lines at the beginning of the 2017-2021 period, Cloud and eHealth, have been integrated into the current Data analytics and big data line. In the case of Cloud, as a sub-line of infrastructure. For eHealth, as a sub-line called Health intelligence. During the period 17-21, Gradiant strengthens its position as a benchmark in R&D in its three main technological areas of specialisation.
Considered the founder of the industry, Genentech, now a member of the Roche Group, has been delivering on the promise of biotechnology for more than 45 years.
Considered the founder of the industry, Genentech, now a member of the Roche Group, has been delivering on the promise of biotechnology for more than 45 years.
Genentech is a biotechnology company dedicated to pursuing groundbreaking science to discover and develop medicines for people with serious and life-threatening diseases. Our transformational discoveries include the first targeted antibody for cancer and the first medicine for primary progressive multiple sclerosis.
Jmem Tek provides hardware security IP and chip design services. With advancements in technology, traditional security systems face the risk of being compromised by the rapid computational speed of quantum computers.
To address future security trends, the White House officially signed a memorandum of cooperation on Post-Quantum Cryptography (PQC) in 2022. Jmem Tek's patented technology is based on Physical Unclonable Function (PUF) for PQC modules, utilizing the most complex computational methods for encryption to prevent hacker attacks.
The business revenue model includes licensing fees and royalties for hardware security IP, along with providing IC design services to our IP clients, fostering long-term partnerships to ensure stable revenue growth each year. Recognized with multiple startup awards within a year and a half, Jmem Tek believes its patented R&D technology is highly promising.
This year, Jmem Tek plans to establish an office in the Hsinchu and deepen connections with the semiconductor industry. Additionally, the United States is expected to enact laws to mitigate quantum computer attacks, prompting Jmem Tek to actively expand into overseas markets and venture into multiple countries in Europe and America, enabling our technology to be swiftly applied globally
Workshop of Photonics (WOP) journey started in 2003 when extensive research in the field of femtosecond (fs) laser micromachining has begun. Since the beginning, we are continually investing in research, striving to always be in front of micron-scale challenges, while our past experience is based on long time research and previous theoretical and practical experience of the team members, that are incorporated in the outcomes of the proposal. Several research articles and patents are the proof that the team is allocated considerable resources for the development of the solution and also is the proof that they are aware of the major scientific and technology trends – actually the team is a shaper of those trends. We deliver full-service solution: - Rapid prototyping services; - Manufacturing services; - Laser workstations development. Shortly about us and our motivation to participate: - High Tech company specializing in Ultrashort Pulse Laser Technologies for industrial manufacturing; - Application laboratory, solution provider for Semicon, Biotech, Automotive, Medtech, etc. industries; - Precision engineering solutions, based on laser micro-processing; - Materials: glass/sapphire/silicon wafer processing, metal foils, Fiber Bragg grating inscription, etc. - Lately, Workshop of Photonics is actively promoting company offerings in Taiwan market. Multiple connections among integrators and end users as well as with trade companies. Thus Workshop of Photonics is enthusiastic about X-Talent program which can bring closer our countries and businesses
LIGHTEL is an advanced technology company located in the Greater Seattle to service the Fiber Optics & Photonics industries worldwide. The new focus is to develop Hi-power (KW) technologies for Fiber Laser applications to serve the Industry 4.0., IMS (Intelligent Manufacturing System) and Autonomous Vehicles.
Mucker Capital started about 10 years ago and has grown from an accelerator to cover everything from pre-seed to series A investments, including Honey (acquired by PayPal for $4B), ServiceTitan (last valued at $9.5B), and Emailage (acquired by LexisNexis parent RELX for $500M). As one of the top early-stage venture Capital firms in the US, Mucker's portfolio companies have raised a total $8 billion in additional outside funding.
We research power electronics simulation technology and support manufacturers' development with simulation technology, from circuit analysis to hardware development and education business by utilizing SPICE/MATLAB Simulink.Last year we started with a capital of 3700US$ and sold 12500US$. We aim to expand our business both domestically and internationally and are looking for researchers for technology development.
NVIDIA’s invention of the GPU sparked the PC gaming market. The company’s pioneering work in accelerated computing—a supercharged form of computing at the intersection of computer graphics, high performance computing and AI—is reshaping trillion-dollar industries, such as transportation, healthcare and manufacturing, and fueling the growth of many others.
Onyx Healthcare USA is a subsidiary of the ASUS Computer Group that has been providing innovative and medically certified (CE/FCC Class B, UL/EN60601, CSA) healthcare computing solutions to assist workflows in operating suites, nursing stat ions, patient wards, ambulatory care, and hospital administrations worldwide. Onyx Healthcare USA, Inc., with 15+ years of medical design experiences, leverages embedded computing technology to design and manufacture medical grade (UL60601-1) fanless all-in-one panel PC system platforms and embedded boards as the building blocks to medical device OEM and healthcare IT business.
Pfizer Inc. is an American multinational pharmaceutical and biotechnology corporation headquartered on 42nd Street in Manhattan, New York City in 1849 in New York. Pfizer develops and produces medicines and vaccines for immunology, oncology, cardiology, endocrinology, and neurology. The company has several blockbuster drugs or products that each generate more than US$1 billion in annual revenues. In 2020, 52% of the company's revenues came from the United States, 6% came from each of China and Japan, and 36% came from other countries.
PathCision Medicine is a biopharmaceutical startup using tissue pathology data to develop novel precision medicine for metastatic cancer and other diseases. Our proprietary AI drug discovery engine deciphers how diseases interact within the tissue microenvironment, and we integrate advanced patient multi-omic data to ensure clinical translatability. The first asset that emerged from this engine can home into tumor and avoid healthy tissue – limiting toxicity while increasing efficacy. We are now building version 2 of the discovery engine to increase the machine learning component and are seeking to grow our team with additional machine learning engineers.
PharmaEssentia Corporation is a rapidly growing biopharmaceutical innovator. We are leveraging deep expertise and proven scientific principles to deliver effective new biologics for challenging diseases in the areas of hematology and oncology, with one approved product and a diversifying pipeline. We believe in the potential to improve both health and quality of life for patients with limited options today through the combination of rigorous research and innovative thinking.
Founded in 2003 by a team of Taiwanese-American executives and renowned scientists from U.S. biotechnology and pharmaceutical companies, today we are listed on the Taipei Exchange (TPEx: 6446) and are expanding our global presence with operations in the U.S., Japan, China and Korea, along with a world-class biologics production facility in Taichung, Taiwan.
In order to continue our mission to create better medicines, PharmaEssential plans to launch a US R & D center, named PharmaEssentia Innovation Research Center (PIRC) in 2023. PIRC laboratory and office space is currently under construction. The scheduled completion date is in June/July, 2023.
At Polaris Electro-Optics, Inc., we believe that overcoming society’s greatest challenges requires mastery of the creation, movement, and use of information. We are mastering the movement of information by leveraging patented material and design innovations to offer the highest-speed, most energy efficient integrated photonics products to the communications and computation industries. Our goal is to define the standard for moving information. We work hard in a collaborative, cross-functional team environment, and value mutual trust and respect built on a foundation of integrity, transparency, consistency, and humility. Additional information about Polaris is available at www.PolarisEO.com.
Taiwania Capital is a venture capital firm founded in August 2017 by the National Development Fund of the Executive Yuan of Taiwan and private enterprises. Our mission is to establish a partnership with companies worldwide and boost Taiwan’s economic growth.
We focus on investing in early-stage companies and have managed six funds till 2022.
We focus on financial returns, but more than that, by linking technology and capital, we aspire to create a robust ecosystem in Taiwan that is rooted in entrepreneurial innovation.
Taiwania Capital is named after Taiwania cryptomerioides, a unique tree species that took its name from Taiwan in 1906. With heights reaching up to 90 meters, the Taiwania tree is one of the tallest tree species in Asia, and surrounding it is a diverse and vibrant ecosystem. By linking technology and capital, Taiwania Capital aspires to also create a robust ecosystem in Taiwan that is rooted in entrepreneurial innovation.
Taboola helps people find relevant content online, matching them with news stories, articles, blogs, videos, apps, products and other content they’re likely to want to explore.
How do we know what they’ll like? Using machine-learning algorithms, our technology analyzes hundreds of signals to capture exactly what kind of content is most likely to engage each individual. We do that more than 450 billion times a month for more than one billion unique users.
Since we opened our doors in 2006, we have grown to become the leading discovery platform on the open web, serving a combination of the world’s best brands and the most respected global publishers.
Taboola is headquartered in New York City with local offices in Los Angeles, London, Tel Aviv, New Delhi, Bangkok, São Paulo, Beijing, Shanghai, Istanbul, Seoul, Sydney, Tokyo and Taiwan.
Applied Materials is a world-wide largest Semiconductor and Display equipment manufacturer.
Algen, a venture-backed preclinical stage biotech company, is using CRISPR to uncover disease-driving RNA messages to find treatments for cancer and diseases with high unmet needs. Originated from UC Berkeley, Algen is the first to elegantly fuse high throughput, wide-scale gene editing and state-of-the-art machine learning to find first-in-class drugs that modulate RNA messages at single-cell resolution. Algen’s research group focuses on developing and applying novel functional genomics technologies to address scientific challenges in drug discovery and deliver innovative, patient-centric medicines for the toughest-to-treat diseases.
AcuraStem is a near-to-clinic, patient-based, biotechnology company pioneering how treatments are developed for neurodegenerative diseases — including sporadic ALS and FTD — using our proprietary, best-in-class, disease-modeling platform, iNeuroRx®, the gold standard for discovering novel, effective and broadly-acting treatments.
Apeximmune Therapeutics seeks to harness the power of the immune system to treat and cure cancer. We discover and pioneer innovative therapeutic antibodies against novel targets to modulate immune cell activity and elicit durable efficacy in cancer. Apeximmune’s target discovery platform combines bioinformatics with biological assays to enable identification of novel immune modulating targets. Currently, antibodies for two immuno-oncology target programs in the pre-clinical stage are being actively developed with the goal of reaching IND status within 18 months.
Amgen is committed to unlocking the potential of biology for patients suffering from serious illnesses by discovering, developing, manufacturing, and delivering innovative human therapeutics. This approach begins by using tools like advanced human genetics to unravel the complexities of disease and understand the fundamentals of human biology. Our belief—and the core of our strategy—is that innovative, highly differentiated medicines provide large clinical benefits in addressing serious diseases. And we believe these medicines not only help patients, but also help reduce the social and economic burden of disease in society. Amgen focuses on areas of high unmet medical need and leverages its expertise to strive for solutions that improve health outcomes and dramatically improve people’s lives. A biotechnology innovator since 1980, Amgen has grown to be one of the world’s leading independent biotechnology companies, has reached millions of patients around the world and is developing a pipeline of medicines with breakaway potential.
BioLegend develops world-class, cutting-edge antibodies and reagents for biomedical research, manufactured in our state-of-the-art facility in San Diego, CA. Our mission is to accelerate research and discovery by providing the highest quality products at an outstanding value and with superior customer and technical support.
Chain Reaction is engineering the future of disruptive blockchain and privacy technologies. We accelerate compute performance, enabling companies to adopt and scale solutions to the world’s most complex problems. Partnering with cloud and data centers, we transform compute infrastructure with custom ASICs and systems that optimize for energy efficient, high-performance compute. Our Privacy Processor dramatically accelerates real-time operations of Privacy Enhancing Technologies on encrypted data, transforming the cloud into a trusted environment, enabling verticals that rely on confidential big data to use the cloud (including financial institutions, healthcare & big pharma, defense & government, and oil & gas). Purpose-built and custom-designed, our solutions power the next generation of secure, scalable, green computing to help protect people, privacy, and the planet.
We are a Specialty CRO (Contract Research Organization) that helps clients accelerate their drug development by providing innovative and best in class bioassays.
Our leaders are especially passionate about mentoring and fostering a stronger and brighter Bioscience community from Taiwan, in fact, 3 previous Presidents of Chinese Bioscience Association are members of the company.
CancerFree Biotech develops 3D tumor organoid culture systems from patient blood samples, using these organoids to test cancer therapeutics. Our proprietary technology serves as a precision medicine tool for creating personalized treatment plans and is also used in drug development research to evaluate drug efficacy. CancerFree Biotech is incorporated in Delaware and operates a subsidiary in Taiwan, with offices in both New York City and Taipei.
Delta, founded in 1971, is a global provider of power and thermal management solutions. Its mission statement, To provide innovative, clean and energy-efficient solutions for a better tomorrow, focuses on addressing key environmental issues such as global climate change. As an energy-saving solutions provider with core competencies in power electronics and automation, Delta's business categories include Power Electronics, Automation, and Infrastructure.
Eos BioInnovation incubates and invests in projects in the field of regenerative medicine (e.g., cell & gene therapy, tissue engineering & biomaterials, molecules promoting endogenous regeneration mechanisms or helping to stop or reverse the body's degeneration processes and enabling technologies along the value chain that accelerate regenerative medicine applications) primarily from the Harvard and Boston biotech ecosystem, as well as from other top academic and research institutions.
We are financially supported by our primary institutional partner, Panacea Venture, a $600M+ investment firm focused on healthcare investments. We have already made two investments from the Harvard network (a neuromodulation startup from Boston Children’s Hospital and a T cell reconstitution company from Mass General Hospital/Paulson School of Engineering & Applied Science) and one investment from the University of California San Francisco (an early stage senolytics startup leveraging novel immune approaches to address age-related diseases to improve human health span). We continue to look for exciting early stage biotech projects and are particularly interested in company formation opportunities where we launch promising companies with leading scientists and motivated entrepreneurs.
Fujitsu is one of the world's largest IT services providers and has a significant presence in Japan (No.1) and globally (No. 9). The company is known for its supercomputers, servers, and other high-performance computing solutions. Fujitsu also offers a wide range of enterprise software, cloud services, and cybersecurity solutions.
Throughout its history, Fujitsu has been involved in various technological innovations and has contributed to global electronics and computing industries. The company continues to focus on digital transformation and emerging technologies like artificial intelligence and the Internet of Things.
Fujitsu Research of America plays a crucial role in Fujitsu's global research and development efforts, focusing on creating innovative solutions for the North American market and contributing to Fujitsu's worldwide technological advancements.
The Centro Tecnolóxico de Telecomunicacións de Galicia -Gradiant was born in December 2007 with the aim of aligning university R&D with business demands. To achieve this, throughout its history it has focused on applied research and the transfer of knowledge in information and communication technologies (ICT) to industry. The centre's priority is to help companies to generate business by providing them with tailor-made technological solutions, through capabilities concentrated in three major technological areas of specialisation: connectivity, security and intelligence. The researchers and other professionals who work in these areas are Gradiant's main resource for providing its clients - SMEs and large companies - with innovative technologies capable of increasing their competitiveness. Within the framework of these technological areas, the R&D&I activity of the centre comprises several lines of work that currently converge in: Multimedia analysis; Data analytics and big data; IoT and embedded systems; Security and privacy; and (Sub)communications systems. It is important to note that in the convergence process two distinct lines at the beginning of the 2017-2021 period, Cloud and eHealth, have been integrated into the current Data analytics and big data line. In the case of Cloud, as a sub-line of infrastructure. For eHealth, as a sub-line called Health intelligence. During the period 17-21, Gradiant strengthens its position as a benchmark in R&D in its three main technological areas of specialisation.
Considered the founder of the industry, Genentech, now a member of the Roche Group, has been delivering on the promise of biotechnology for more than 45 years.
Considered the founder of the industry, Genentech, now a member of the Roche Group, has been delivering on the promise of biotechnology for more than 45 years.
Genentech is a biotechnology company dedicated to pursuing groundbreaking science to discover and develop medicines for people with serious and life-threatening diseases. Our transformational discoveries include the first targeted antibody for cancer and the first medicine for primary progressive multiple sclerosis.
Jmem Tek provides hardware security IP and chip design services. With advancements in technology, traditional security systems face the risk of being compromised by the rapid computational speed of quantum computers.
To address future security trends, the White House officially signed a memorandum of cooperation on Post-Quantum Cryptography (PQC) in 2022. Jmem Tek's patented technology is based on Physical Unclonable Function (PUF) for PQC modules, utilizing the most complex computational methods for encryption to prevent hacker attacks.
The business revenue model includes licensing fees and royalties for hardware security IP, along with providing IC design services to our IP clients, fostering long-term partnerships to ensure stable revenue growth each year. Recognized with multiple startup awards within a year and a half, Jmem Tek believes its patented R&D technology is highly promising.
This year, Jmem Tek plans to establish an office in the Hsinchu and deepen connections with the semiconductor industry. Additionally, the United States is expected to enact laws to mitigate quantum computer attacks, prompting Jmem Tek to actively expand into overseas markets and venture into multiple countries in Europe and America, enabling our technology to be swiftly applied globally
Workshop of Photonics (WOP) journey started in 2003 when extensive research in the field of femtosecond (fs) laser micromachining has begun. Since the beginning, we are continually investing in research, striving to always be in front of micron-scale challenges, while our past experience is based on long time research and previous theoretical and practical experience of the team members, that are incorporated in the outcomes of the proposal. Several research articles and patents are the proof that the team is allocated considerable resources for the development of the solution and also is the proof that they are aware of the major scientific and technology trends – actually the team is a shaper of those trends. We deliver full-service solution: - Rapid prototyping services; - Manufacturing services; - Laser workstations development. Shortly about us and our motivation to participate: - High Tech company specializing in Ultrashort Pulse Laser Technologies for industrial manufacturing; - Application laboratory, solution provider for Semicon, Biotech, Automotive, Medtech, etc. industries; - Precision engineering solutions, based on laser micro-processing; - Materials: glass/sapphire/silicon wafer processing, metal foils, Fiber Bragg grating inscription, etc. - Lately, Workshop of Photonics is actively promoting company offerings in Taiwan market. Multiple connections among integrators and end users as well as with trade companies. Thus Workshop of Photonics is enthusiastic about X-Talent program which can bring closer our countries and businesses
LIGHTEL is an advanced technology company located in the Greater Seattle to service the Fiber Optics & Photonics industries worldwide. The new focus is to develop Hi-power (KW) technologies for Fiber Laser applications to serve the Industry 4.0., IMS (Intelligent Manufacturing System) and Autonomous Vehicles.
Mucker Capital started about 10 years ago and has grown from an accelerator to cover everything from pre-seed to series A investments, including Honey (acquired by PayPal for $4B), ServiceTitan (last valued at $9.5B), and Emailage (acquired by LexisNexis parent RELX for $500M). As one of the top early-stage venture Capital firms in the US, Mucker's portfolio companies have raised a total $8 billion in additional outside funding.
We research power electronics simulation technology and support manufacturers' development with simulation technology, from circuit analysis to hardware development and education business by utilizing SPICE/MATLAB Simulink.Last year we started with a capital of 3700US$ and sold 12500US$. We aim to expand our business both domestically and internationally and are looking for researchers for technology development.
NVIDIA’s invention of the GPU sparked the PC gaming market. The company’s pioneering work in accelerated computing—a supercharged form of computing at the intersection of computer graphics, high performance computing and AI—is reshaping trillion-dollar industries, such as transportation, healthcare and manufacturing, and fueling the growth of many others.
Onyx Healthcare USA is a subsidiary of the ASUS Computer Group that has been providing innovative and medically certified (CE/FCC Class B, UL/EN60601, CSA) healthcare computing solutions to assist workflows in operating suites, nursing stat ions, patient wards, ambulatory care, and hospital administrations worldwide. Onyx Healthcare USA, Inc., with 15+ years of medical design experiences, leverages embedded computing technology to design and manufacture medical grade (UL60601-1) fanless all-in-one panel PC system platforms and embedded boards as the building blocks to medical device OEM and healthcare IT business.
Pfizer Inc. is an American multinational pharmaceutical and biotechnology corporation headquartered on 42nd Street in Manhattan, New York City in 1849 in New York. Pfizer develops and produces medicines and vaccines for immunology, oncology, cardiology, endocrinology, and neurology. The company has several blockbuster drugs or products that each generate more than US$1 billion in annual revenues. In 2020, 52% of the company's revenues came from the United States, 6% came from each of China and Japan, and 36% came from other countries.
PathCision Medicine is a biopharmaceutical startup using tissue pathology data to develop novel precision medicine for metastatic cancer and other diseases. Our proprietary AI drug discovery engine deciphers how diseases interact within the tissue microenvironment, and we integrate advanced patient multi-omic data to ensure clinical translatability. The first asset that emerged from this engine can home into tumor and avoid healthy tissue – limiting toxicity while increasing efficacy. We are now building version 2 of the discovery engine to increase the machine learning component and are seeking to grow our team with additional machine learning engineers.
PharmaEssentia Corporation is a rapidly growing biopharmaceutical innovator. We are leveraging deep expertise and proven scientific principles to deliver effective new biologics for challenging diseases in the areas of hematology and oncology, with one approved product and a diversifying pipeline. We believe in the potential to improve both health and quality of life for patients with limited options today through the combination of rigorous research and innovative thinking.
Founded in 2003 by a team of Taiwanese-American executives and renowned scientists from U.S. biotechnology and pharmaceutical companies, today we are listed on the Taipei Exchange (TPEx: 6446) and are expanding our global presence with operations in the U.S., Japan, China and Korea, along with a world-class biologics production facility in Taichung, Taiwan.
In order to continue our mission to create better medicines, PharmaEssential plans to launch a US R & D center, named PharmaEssentia Innovation Research Center (PIRC) in 2023. PIRC laboratory and office space is currently under construction. The scheduled completion date is in June/July, 2023.
At Polaris Electro-Optics, Inc., we believe that overcoming society’s greatest challenges requires mastery of the creation, movement, and use of information. We are mastering the movement of information by leveraging patented material and design innovations to offer the highest-speed, most energy efficient integrated photonics products to the communications and computation industries. Our goal is to define the standard for moving information. We work hard in a collaborative, cross-functional team environment, and value mutual trust and respect built on a foundation of integrity, transparency, consistency, and humility. Additional information about Polaris is available at www.PolarisEO.com.
Taiwania Capital is a venture capital firm founded in August 2017 by the National Development Fund of the Executive Yuan of Taiwan and private enterprises. Our mission is to establish a partnership with companies worldwide and boost Taiwan’s economic growth.
We focus on investing in early-stage companies and have managed six funds till 2022.
We focus on financial returns, but more than that, by linking technology and capital, we aspire to create a robust ecosystem in Taiwan that is rooted in entrepreneurial innovation.
Taiwania Capital is named after Taiwania cryptomerioides, a unique tree species that took its name from Taiwan in 1906. With heights reaching up to 90 meters, the Taiwania tree is one of the tallest tree species in Asia, and surrounding it is a diverse and vibrant ecosystem. By linking technology and capital, Taiwania Capital aspires to also create a robust ecosystem in Taiwan that is rooted in entrepreneurial innovation.
Taboola helps people find relevant content online, matching them with news stories, articles, blogs, videos, apps, products and other content they’re likely to want to explore.
How do we know what they’ll like? Using machine-learning algorithms, our technology analyzes hundreds of signals to capture exactly what kind of content is most likely to engage each individual. We do that more than 450 billion times a month for more than one billion unique users.
Since we opened our doors in 2006, we have grown to become the leading discovery platform on the open web, serving a combination of the world’s best brands and the most respected global publishers.
Taboola is headquartered in New York City with local offices in Los Angeles, London, Tel Aviv, New Delhi, Bangkok, São Paulo, Beijing, Shanghai, Istanbul, Seoul, Sydney, Tokyo and Taiwan.
須有等同托福 iBT(Internet-Based TOEFL)測驗成績 89 分以上的能力。獲選學者在出發前須提供托福成績證明。博士學位在英語國家獲得者不在此限。
【甄選資訊】
LEAP@BERKELEY與加州大學柏克萊分校工學院合作,本計畫每年將選送4名具創新創業企圖心之人才赴加州大學柏克萊分校工學院,包含以下申請類別:
A) 2名「台灣-柏克萊醫療器材產品設計之人才培訓計畫」(Berkeley-Taiwan Biomedical Fellowship Program;簡稱BTB),赴加州大學柏克萊分校工學院接受為期一年之的高階醫療器材設計及商業化實務訓練。歡迎有意願投入醫療器材設計領域者,踴躍報名申請。
B) 2名具產業技術研發能力以及創新創業企圖心之人才赴加州大學柏克萊分校工學院,接受為期一年之研習技術商業化知識與實務訓練。
加州大學柏克萊分校會依入選者之領域專長背景分類,並安排工學院內相關領域實驗室資源研習及教授專家指導。(請參考加州大學柏克萊分校工學院官網:http://engineering.berkeley.edu/)
英文能力證明:提供英文能力測驗成績證明尤佳(TOEFL iBT或IELTS)。
甄選方式
1.【書面初審】
就申請人所上傳之書面申請資料,由評選委員會進行書審,評選出合格申請者。
2.【複選面試】
由柏克萊大學評審委員會決定進入複選面試人員,再經由評選委員會以英文進行面試,從中選出符合受訓資格之人員前往美國加州大學柏克萊分校接受培訓。
【甄選資訊 】
LEAP@Duke 與杜克大學合作,本計畫將選送 2 名具產業技術研發能力以及創新創業企圖心之博士級人才,接受為期一年人工智慧 (AI) 於健康醫療領域之深度研究。
The focus of the LEAP@Duke program is bridging mathematics, statistics and medicine for biomedical signal processing and providing a concrete artificial intelligence solution for one specific problem in healthcare. The candidates are encouraged to bring their own clinical problem, database, preliminary research result, or even prototype. They will stay in Duke University for one year. In addition to finding team members to implement the solution, the candidates are encouraged to participate in the research, the collaboration in hospitals and industrial activities in the Research Triangle.
申請資格:
Applicants should have either a medical degree, or a PhD degree in computer science, electrical engineering, statistics or applied mathematics.
1. 申請人須有醫療資訊或程式語言設計相關背景知識,具備生理時間序列訊號分析經驗者尤佳。
2. 申請人具有(1)應用數學、統計、電機、資工、醫工所和醫療相關科系 (如復健科系)博士學位(Ph.D)、等同學歷或博士班將畢業。
或(2)各醫院醫師MD,對各式生理監視系統有強烈興趣者尤佳。
培訓內容:
1. 內容與比例
(1) 定期與LEAP@Duke教授討論且執行智慧生理監視系統之專案開發(60%)。
(2) 參與創投及創業相關活動(20%)。
(3) 參與Duke合作實驗室的weekly seminar、Lab group meeting與校內學術相關活動(20%)。
2. 期間有機會參與美國其他大學 (如耶魯大學、普林斯頓大學與史丹佛大學)的學術交流活動。
3. 學員完成一年培訓後,預期做出prototype,例如加護病房的智慧精準預測系統,手術房的麻醉血行動力學精準監視系統,居家睡眠精準調控系統,及其他(鼓勵學員自帶題目)。
【甄選資訊】
一、簡介
為使台灣於全球數位醫療產業能具備領先地位,LEAP@MGH計畫每年選派2-3位人才赴美國波士頓-麻州總醫院電腦科學實驗室(MGH, Laboratory of Computer Science),接受為期一年的智慧醫療及商業化實務培訓。大波士頓地區擁有世界知名學府和醫學中心,結合高科技核心和密集的醫學研究能量,培育學員參與當地新創事業加速器、商業創業競賽、Hackathon及向創投學習機會,發展智慧醫療創新技術並尋求創業機會。
培訓內容及比例:參與哈佛醫學院及MIT史隆管理學院之生醫資訊及創業發展課程(20%)、於麻州總醫院電腦科學實驗室(MGH, LCS)執行智慧醫療及臨床資訊之專案開發(60%)、參與創投及創業相關活動(20%)。
二、申請資格
1. 學經歷:申請人須有醫療資訊或程式語言設計相關背景知識或智慧醫療領域專長與創業經驗,具備博士學位Ph.D., M.D.或等同學歷尤佳。
2. 英文能力證明:須提供英文能力測驗成績證明。
三、報名時間
四、甄選方式
1. 【書面資料初選】
以申請人所繳交之申請資料進行資格審核,由評選委員初步評選出合格申請者進入複選。
2. 【複選面試】
進入複選者,由哈佛大學/麻州總醫院之評選委員進行英文面試,從中選出符合受訓資格之人員前往美國波士頓接受為期一年的培訓。
【甄選資訊 】
為促進「健康數據分析 (Health Data Analytics)」領域之研究,本計畫與麻省理工學院 (MIT) 醫學工程與科學研究所 (Institute for Medical Engineering and Science , IMES) 合作展開博士後人員交流計畫,將選送數名國內優秀之博士後研究學者赴IMES為期一年,參與醫療資訊分析領域的研究計畫,合作實驗室包括運算生理實驗室 (Laboratory for Computational Physiology)、整合神經監測及重症醫學資訊實驗室 (Integrative Neuromonitoring and Critical Care Informatics Group)、臨床機器學習實驗室 (Clinical Machine Learning Group) 等。
IMES成立於2012年,為MIT所屬專責先進醫療器材與產品的創新研究與開發研究所,其任務之一為提升美國醫療保健的價值,並試圖為愈趨高漲的醫療成本解套,為美國少數在第一線解決臨床醫學所面臨各式挑戰的醫學研究機構。IMES在工程、科學、臨床醫學等領域結合了研究工作與教育推廣,藉由與當地醫療院所的密切合作與利用創新醫療科學技術,以促進人類的健康福祉。
申請資格
(1). Applicants have Ph.D. degree or M.D. degree with significant data analytics, statistical, or programming experience.
(2). Candidates have training or experience in Medicine and/or Computer Science/Engineering is preferred.
申請方式
Step 1: Submit a complete application online.
The application consists of:
-Personal statement of purpose (maximum 2 pages), including an indication of --preferred host laboratory (may option more than one lab, but must have a supporting argument for each).
-Curriculum Vitae, including links to relevant research papers and/or theses.
-Academic transcript.
-Proof of doctoral degree (if not part of the transcript)
-Two or more Letters of Reference.
Step 2: IMES faculty and staff will review applicants and select candidates for personal interviews. Candidates will be assessed based on the following criteria:
-Evidence of academic excellence (courses, grades)
-Evidence of research productivity
-Reference letters
-The applicant’s statement of purpose
-Evidence of proficiency in spoken and written English
-Synergy between the training and goals of the applicant and the research priorities of the IMES laboratory
【甄選資訊】
每梯次LEAP@STANFORD將甄選4名赴史丹佛大學化學工程學系進行科技創新發展訓練。入選的LEAP@STANFORD學者在培訓期間,將透過實務訓練,及不同領域的跨界學習,瞭解創新價值,進而加速從理論至商品化的契機。入選的學者並會依據其專長、興趣及發展需求安排進入化工系內相關領域實驗室研習及接受教授專家的指導合作。
本計畫的特色為著重跨領域及跨實驗室的合作,藉以深化人脈的連結以及產學合作及創業的未來潛力,LEAP@STANFORD 學者可參與媒合的實驗室的研究工作, 史丹佛大學提供的課程與會議,定期與LEAP@STANFORD教授討論,並鼓勵加入創新創業社群活動。
一. 申請資格
1. 學經歷:(1)具有化工、醫工 材料、化學、物理 生物及相關領域之博士學位者(Ph.D.);(2)具有醫學系學位(M.D.) 且有三年以上工作經驗及可茲證明其研究專長的文件,如獲得重要創新獎項,主要專利發明人或重要期刊論文之主要作者等;或(3)具有化工、醫工、材料、化學、物理、生物及相關領域之碩士學位者,且有三年以上工作經驗及可茲證明其研究專長的文件,如獲得重要創新獎項,主要專利發明人或重要期刊論文之主要作者等。
2. 英語能力證明:須有等同托福iBT (Internet-Based TOEFL) 測驗成績89分以上的能力。獲選學者在出發前須提供托福成績證明。博士學位在英語國家獲得者不在此限。
二. 評選標準與過程
1. 【書面初審】
就申請人所上傳之書面申請資料,由評選委員進行書面資格審核,評選出合格申請者。所附資料應包括完整履歷及簡要說明申請本計畫預期達成目標與未來生涯規劃的相關性。
2. 【躍升培訓營】完成報名且符合徵選資格之候選學員方獲得參與本計畫辦理之躍升培訓營資格,候選學員應全程參與躍升培訓營,於活動期間建立創新創業人脈、學習創業規劃、溝通及簡報技巧,並與企業先進交流互動。確切時程依本計畫辦公室公告為主。
3.【複選面試】
初審通過人員皆須依規定繳交複審資料予史丹佛大學進行書審複審,由評審委員決定進入複選面試人員,再經由評選委員會進行英文面試。
主要遴選標準包括
-學術專業表現(scholarly achievements)
-轉譯研究之學習動機 (motivation for translational research)
-創新創業之高度熱誠(strong interest in entrepreneurship)
-在跨領域與多元文化之學習能力(ability to function in a multi-disciplinary, multi-cultural environment)
-研究領域媒合度(matched interests and goals).
相關研究領域可包括奈米科學 nanoscience, 替代能源alternative energy, 表面化學surface science, 介面工程interfacial engineering, 光觸媒photocatalysis, 軟性材料soft materials, 高分子科學(實驗及理論計算) polymer science and simulation, 流變學rheology, 流體力學fluidic mechanics, 微流道學microfluidics, 有機電子organic electronics, 生物材料biomaterials, 組織工程tissue engineering, 生物力學mechanobiology, 細胞生物cell biology, 腫瘤生物學cancer biology, 幹細胞生物學stem cell biology 及其他相關應用科學。 欲申請者亦可參考化工系網頁:https://cheme.stanford.edu/research
三. 報名時間:2020/04/01~2020/04/30
【甄選資訊】
LEAP@BERKELEY與加州大學柏克萊分校工學院合作,本計畫每年將選送4名具創新創業企圖心之人才赴加州大學柏克萊分校工學院,包含以下申請類別:
A) 2名「台灣-柏克萊醫療器材產品設計之人才培訓計畫」(Berkeley-Taiwan Biomedical Fellowship Program;簡稱BTB),赴加州大學柏克萊分校工學院接受為期一年之的高階醫療器材設計及商業化實務訓練。歡迎有意願投入醫療器材設計領域者,踴躍報名申請。
B) 2名具產業技術研發能力以及創新創業企圖心之人才赴加州大學柏克萊分校工學院,接受為期一年之研習技術商業化知識與實務訓練。
加州大學柏克萊分校會依入選者之領域專長背景分類,並安排工學院內相關領域實驗室資源研習及教授專家指導。(請參考加州大學柏克萊分校工學院官網:http://engineering.berkeley.edu/)
英文能力證明:提供英文能力測驗成績證明尤佳(TOEFL iBT或IELTS)。
甄選方式
1.【書面初審】
就申請人所上傳之書面申請資料,由評選委員會進行書審,評選出合格申請者。
2.【複選面試】
由柏克萊大學評審委員會決定進入複選面試人員,再經由評選委員會以英文進行面試,從中選出符合受訓資格之人員前往美國加州大學柏克萊分校接受培訓。
【甄選資訊 】
LEAP@Duke 與杜克大學合作,本計畫將選送 2 名具產業技術研發能力以及創新創業企圖心之博士級人才,接受為期一年人工智慧 (AI) 於健康醫療領域之深度研究。
The focus of the LEAP@Duke program is bridging mathematics, statistics and medicine for biomedical signal processing and providing a concrete artificial intelligence solution for one specific problem in healthcare. The candidates are encouraged to bring their own clinical problem, database, preliminary research result, or even prototype. They will stay in Duke University for one year. In addition to finding team members to implement the solution, the candidates are encouraged to participate in the research, the collaboration in hospitals and industrial activities in the Research Triangle.
申請資格:
Applicants should have either a medical degree, or a PhD degree in computer science, electrical engineering, statistics or applied mathematics.
1. 申請人須有醫療資訊或程式語言設計相關背景知識,具備生理時間序列訊號分析經驗者尤佳。
2. 申請人具有(1)應用數學、統計、電機、資工、醫工所和醫療相關科系 (如復健科系)博士學位(Ph.D)、等同學歷或博士班將畢業。
或(2)各醫院醫師MD,對各式生理監視系統有強烈興趣者尤佳。
培訓內容:
1. 內容與比例
(1) 定期與LEAP@Duke教授討論且執行智慧生理監視系統之專案開發(60%)。
(2) 參與創投及創業相關活動(20%)。
(3) 參與Duke合作實驗室的weekly seminar、Lab group meeting與校內學術相關活動(20%)。
2. 期間有機會參與美國其他大學 (如耶魯大學、普林斯頓大學與史丹佛大學)的學術交流活動。
3. 學員完成一年培訓後,預期做出prototype,例如加護病房的智慧精準預測系統,手術房的麻醉血行動力學精準監視系統,居家睡眠精準調控系統,及其他(鼓勵學員自帶題目)。
【甄選資訊】
一、簡介
為使台灣於全球數位醫療產業能具備領先地位,LEAP@MGH計畫每年選派2-3位人才赴美國波士頓-麻州總醫院電腦科學實驗室(MGH, Laboratory of Computer Science),接受為期一年的智慧醫療及商業化實務培訓。大波士頓地區擁有世界知名學府和醫學中心,結合高科技核心和密集的醫學研究能量,培育學員參與當地新創事業加速器、商業創業競賽、Hackathon及向創投學習機會,發展智慧醫療創新技術並尋求創業機會。
培訓內容及比例:參與哈佛醫學院及MIT史隆管理學院之生醫資訊及創業發展課程(20%)、於麻州總醫院電腦科學實驗室(MGH, LCS)執行智慧醫療及臨床資訊之專案開發(60%)、參與創投及創業相關活動(20%)。
二、申請資格
1. 學經歷:申請人須有醫療資訊或程式語言設計相關背景知識或智慧醫療領域專長與創業經驗,具備博士學位Ph.D., M.D.或等同學歷尤佳。
2. 英文能力證明:須提供英文能力測驗成績證明。
三、報名時間
四、甄選方式
1. 【書面資料初選】
以申請人所繳交之申請資料進行資格審核,由評選委員初步評選出合格申請者進入複選。
2. 【複選面試】
進入複選者,由哈佛大學/麻州總醫院之評選委員進行英文面試,從中選出符合受訓資格之人員前往美國波士頓接受為期一年的培訓。
【甄選資訊 】
為促進「健康數據分析 (Health Data Analytics)」領域之研究,本計畫與麻省理工學院 (MIT) 醫學工程與科學研究所 (Institute for Medical Engineering and Science , IMES) 合作展開博士後人員交流計畫,將選送數名國內優秀之博士後研究學者赴IMES為期一年,參與醫療資訊分析領域的研究計畫,合作實驗室包括運算生理實驗室 (Laboratory for Computational Physiology)、整合神經監測及重症醫學資訊實驗室 (Integrative Neuromonitoring and Critical Care Informatics Group)、臨床機器學習實驗室 (Clinical Machine Learning Group) 等。
IMES成立於2012年,為MIT所屬專責先進醫療器材與產品的創新研究與開發研究所,其任務之一為提升美國醫療保健的價值,並試圖為愈趨高漲的醫療成本解套,為美國少數在第一線解決臨床醫學所面臨各式挑戰的醫學研究機構。IMES在工程、科學、臨床醫學等領域結合了研究工作與教育推廣,藉由與當地醫療院所的密切合作與利用創新醫療科學技術,以促進人類的健康福祉。
申請資格
(1). Applicants have Ph.D. degree or M.D. degree with significant data analytics, statistical, or programming experience.
(2). Candidates have training or experience in Medicine and/or Computer Science/Engineering is preferred.
申請方式
Step 1: Submit a complete application online.
The application consists of:
-Personal statement of purpose (maximum 2 pages), including an indication of --preferred host laboratory (may option more than one lab, but must have a supporting argument for each).
-Curriculum Vitae, including links to relevant research papers and/or theses.
-Academic transcript.
-Proof of doctoral degree (if not part of the transcript)
-Two or more Letters of Reference.
Step 2: IMES faculty and staff will review applicants and select candidates for personal interviews. Candidates will be assessed based on the following criteria:
-Evidence of academic excellence (courses, grades)
-Evidence of research productivity
-Reference letters
-The applicant’s statement of purpose
-Evidence of proficiency in spoken and written English
-Synergy between the training and goals of the applicant and the research priorities of the IMES laboratory
【甄選資訊】
每梯次LEAP@STANFORD將甄選4名赴史丹佛大學化學工程學系進行科技創新發展訓練。入選的LEAP@STANFORD學者在培訓期間,將透過實務訓練,及不同領域的跨界學習,瞭解創新價值,進而加速從理論至商品化的契機。入選的學者並會依據其專長、興趣及發展需求安排進入化工系內相關領域實驗室研習及接受教授專家的指導合作。
本計畫的特色為著重跨領域及跨實驗室的合作,藉以深化人脈的連結以及產學合作及創業的未來潛力,LEAP@STANFORD 學者可參與媒合的實驗室的研究工作, 史丹佛大學提供的課程與會議,定期與LEAP@STANFORD教授討論,並鼓勵加入創新創業社群活動。
一. 申請資格
1. 學經歷:(1)具有化工、醫工 材料、化學、物理 生物及相關領域之博士學位者(Ph.D.);(2)具有醫學系學位(M.D.) 且有三年以上工作經驗及可茲證明其研究專長的文件,如獲得重要創新獎項,主要專利發明人或重要期刊論文之主要作者等;或(3)具有化工、醫工、材料、化學、物理、生物及相關領域之碩士學位者,且有三年以上工作經驗及可茲證明其研究專長的文件,如獲得重要創新獎項,主要專利發明人或重要期刊論文之主要作者等。
2. 英語能力證明:須有等同托福iBT (Internet-Based TOEFL) 測驗成績89分以上的能力。獲選學者在出發前須提供托福成績證明。博士學位在英語國家獲得者不在此限。
二. 評選標準與過程
1. 【書面初審】
就申請人所上傳之書面申請資料,由評選委員進行書面資格審核,評選出合格申請者。所附資料應包括完整履歷及簡要說明申請本計畫預期達成目標與未來生涯規劃的相關性。
2. 【躍升培訓營】完成報名且符合徵選資格之候選學員方獲得參與本計畫辦理之躍升培訓營資格,候選學員應全程參與躍升培訓營,於活動期間建立創新創業人脈、學習創業規劃、溝通及簡報技巧,並與企業先進交流互動。確切時程依本計畫辦公室公告為主。
3.【複選面試】
初審通過人員皆須依規定繳交複審資料予史丹佛大學進行書審複審,由評審委員決定進入複選面試人員,再經由評選委員會進行英文面試。
主要遴選標準包括
-學術專業表現(scholarly achievements)
-轉譯研究之學習動機 (motivation for translational research)
-創新創業之高度熱誠(strong interest in entrepreneurship)
-在跨領域與多元文化之學習能力(ability to function in a multi-disciplinary, multi-cultural environment)
-研究領域媒合度(matched interests and goals).
相關研究領域可包括奈米科學 nanoscience, 替代能源alternative energy, 表面化學surface science, 介面工程interfacial engineering, 光觸媒photocatalysis, 軟性材料soft materials, 高分子科學(實驗及理論計算) polymer science and simulation, 流變學rheology, 流體力學fluidic mechanics, 微流道學microfluidics, 有機電子organic electronics, 生物材料biomaterials, 組織工程tissue engineering, 生物力學mechanobiology, 細胞生物cell biology, 腫瘤生物學cancer biology, 幹細胞生物學stem cell biology 及其他相關應用科學。 欲申請者亦可參考化工系網頁:https://cheme.stanford.edu/research
三. 報名時間:2020/04/01~2020/04/30