Application Form

Please carefully review the program details before submitting your materials. The application form and all supporting documents must be in English (apart from the Chinese name).
Note: size of the boxes for essays can be adjusted by dragging the lower-right corner of each box.

E-mail address
English name	Last name : First name :
Chinese name (if any)
Nationality
Academic background	University as of Spring 2025:
	Study level as of Spring 2025: Undergraduate year 1Undergraduate year 2Undergraduate year 3Undergraduate year 4Master's year 1Master's year 2Master's year 3
	Position after the Summer Student Program (ex. first-year Master's student at NTU)
	Average grade for each semester: (ex: ABAAB) Grading system out of 100: A(>80); B(70-79); C(60-69); F(<60).
	Major 1:
	Major 2 (if any):
Brief autobiography or curriculum vitae	See notes #1 or upload a CV below.
Research interests
File attachment (max. 5MB)	Please upload academic transcripts (see notes #2), CV, and other supporting materials combined into a single pdf file.
Project selection	For details of the projects, please visit the project description 1st choice: A spectrum is worth a thousand pictures: a spectroscopic investigation of black holes in massive dusty galaxies with JWSTAutomatic color adjustment for astronomical imageBridging Optical and SZ Cluster Cosmology: A Multi-Wavelength Approach to Cluster CosmologyConstraining cosmological models with DESI, Planck, and supernovae dataDeciphering the diverse stellar evolution of massive stars via radiative modeling of supernovaeDetecting Planet Signatures in Embedded DisksEfficient preview of ALMA-WSU image cubesExploring atmospheric circulations on hot JupitersExploring Organic Molecules in a Solar-like Protostellar coreFlickering Standard Candles: Weak Lensing of Supernovae from DESForecasting High-Redshift Cluster Cosmology with the Roman Space TelescopeHot and Mysterious: Exploring the Chemical Diversity of Ultra-hot NeptunesImpact of Stellar Multiplicity on Protoplanetary Disk EvolutionImpact of vertical boundaries on radial convection in protoplanetary disksInvestigating the Impact of Intrinsic Alignment on Optical Cluster CosmologyInvisible siblings : uncovering the hidden gas-rich companions around massive dusty galaxies at high redshifts with ALMALocating the 3C 84 Black Hole and Exploring Its Connection to Subparsec-Scale Jet DynamicsMg II Emission Line Galaxies in DESIMulti-Scale and Multi-Physics Astrophysical Simulations I. Massive star and their SupernovaeProbing Cosmic Alignments: Investigating Shape Correlations Beyond GalaxiesProbing Star Forming Processes in Action 2025Protostellar Outflow Morphologies and Their EnvironmentsSearch for gravitational wave background by fast radio burstsStellar Dynamo Secrets: A Journey into Magnetic Fields of Young SunsThe Deepest View of AGN Jet : Unveiling the Nature of the Blazar Jet Core in 3C 279The impact of a dense core by molecular outflow in the G10.34 star-forming regionThe interactions between envelopes and outflows in young protostarsUncover the Secrets of Our Solar System's Birth: AstroLab Student Program 2025Unveiling dust build-up in the early UniverseVerifying the mechanisms causing the truncation of star formation from the structure of galaxies with JWSTWeighting Protostars: Toward Testing Protostellar Evolution 2nd choice (optional): A spectrum is worth a thousand pictures: a spectroscopic investigation of black holes in massive dusty galaxies with JWSTAutomatic color adjustment for astronomical imageBridging Optical and SZ Cluster Cosmology: A Multi-Wavelength Approach to Cluster CosmologyConstraining cosmological models with DESI, Planck, and supernovae dataDeciphering the diverse stellar evolution of massive stars via radiative modeling of supernovaeDetecting Planet Signatures in Embedded DisksEfficient preview of ALMA-WSU image cubesExploring atmospheric circulations on hot JupitersExploring Organic Molecules in a Solar-like Protostellar coreFlickering Standard Candles: Weak Lensing of Supernovae from DESForecasting High-Redshift Cluster Cosmology with the Roman Space TelescopeHot and Mysterious: Exploring the Chemical Diversity of Ultra-hot NeptunesImpact of Stellar Multiplicity on Protoplanetary Disk EvolutionImpact of vertical boundaries on radial convection in protoplanetary disksInvestigating the Impact of Intrinsic Alignment on Optical Cluster CosmologyInvisible siblings : uncovering the hidden gas-rich companions around massive dusty galaxies at high redshifts with ALMALocating the 3C 84 Black Hole and Exploring Its Connection to Subparsec-Scale Jet DynamicsMg II Emission Line Galaxies in DESIMulti-Scale and Multi-Physics Astrophysical Simulations I. Massive star and their SupernovaeProbing Cosmic Alignments: Investigating Shape Correlations Beyond GalaxiesProbing Star Forming Processes in Action 2025Protostellar Outflow Morphologies and Their EnvironmentsSearch for gravitational wave background by fast radio burstsStellar Dynamo Secrets: A Journey into Magnetic Fields of Young SunsThe Deepest View of AGN Jet : Unveiling the Nature of the Blazar Jet Core in 3C 279The impact of a dense core by molecular outflow in the G10.34 star-forming regionThe interactions between envelopes and outflows in young protostarsUncover the Secrets of Our Solar System's Birth: AstroLab Student Program 2025Unveiling dust build-up in the early UniverseVerifying the mechanisms causing the truncation of star formation from the structure of galaxies with JWSTWeighting Protostars: Toward Testing Protostellar Evolution 3rd choice (optional): A spectrum is worth a thousand pictures: a spectroscopic investigation of black holes in massive dusty galaxies with JWSTAutomatic color adjustment for astronomical imageBridging Optical and SZ Cluster Cosmology: A Multi-Wavelength Approach to Cluster CosmologyConstraining cosmological models with DESI, Planck, and supernovae dataDeciphering the diverse stellar evolution of massive stars via radiative modeling of supernovaeDetecting Planet Signatures in Embedded DisksEfficient preview of ALMA-WSU image cubesExploring atmospheric circulations on hot JupitersExploring Organic Molecules in a Solar-like Protostellar coreFlickering Standard Candles: Weak Lensing of Supernovae from DESForecasting High-Redshift Cluster Cosmology with the Roman Space TelescopeHot and Mysterious: Exploring the Chemical Diversity of Ultra-hot NeptunesImpact of Stellar Multiplicity on Protoplanetary Disk EvolutionImpact of vertical boundaries on radial convection in protoplanetary disksInvestigating the Impact of Intrinsic Alignment on Optical Cluster CosmologyInvisible siblings : uncovering the hidden gas-rich companions around massive dusty galaxies at high redshifts with ALMALocating the 3C 84 Black Hole and Exploring Its Connection to Subparsec-Scale Jet DynamicsMg II Emission Line Galaxies in DESIMulti-Scale and Multi-Physics Astrophysical Simulations I. Massive star and their SupernovaeProbing Cosmic Alignments: Investigating Shape Correlations Beyond GalaxiesProbing Star Forming Processes in Action 2025Protostellar Outflow Morphologies and Their EnvironmentsSearch for gravitational wave background by fast radio burstsStellar Dynamo Secrets: A Journey into Magnetic Fields of Young SunsThe Deepest View of AGN Jet : Unveiling the Nature of the Blazar Jet Core in 3C 279The impact of a dense core by molecular outflow in the G10.34 star-forming regionThe interactions between envelopes and outflows in young protostarsUncover the Secrets of Our Solar System's Birth: AstroLab Student Program 2025Unveiling dust build-up in the early UniverseVerifying the mechanisms causing the truncation of star formation from the structure of galaxies with JWSTWeighting Protostars: Toward Testing Protostellar Evolution If you have any preference, please list them according to your priority. You can also put a note below to indicate if you don't have preference among the selected projects. If you have more than 3 options, please input the titles of projects below. (max. 1000 characters)
Interview availabilities (Taipei local time, GMT+8)	Mon morning Mon afternoon Tue morning Tue afternoon Wed morning Wed afternoon Thu morning Thu afternoon Fri morning Fri afternoon
Research experience (optional)
Computing experience (optional)	Programming languages, operating systems, scientific software, etc.
Academic references (optional, up to two)	(See notes #3 below) 1. Name: (Last name, First Name)   Title:   Affiliation:   Email: 2. Name: (Last name, First Name)   Title:   Affiliation:   Email:
Please input the characters on the image : Review your input carefully before submission. Once submitted, you can not re-submit.　 Successful applicants will be notified around end of April. Your application materials might be used by ASIAA research staffs for future research purposes.

Notes

1. Brief autobiography : Only information relevant to your academic background is needed. For example, what kind of classes have you taken? Have you participated in other activities related to astronomy, physics, or engineering?
2. Transcripts of your academic record in English are required. We accept unofficial transcripts for the application, but official transcripts will need to be provided should you be accepted by the Program.
3. Recommendation letters are optional but strongly recommended. Your supervisors for any research projects that you have undertaken are best suited, but anyone familiar with your academic activities is welcome (e.g. lecturers).
   
   Recommendation letters should be uploaded online by the reviewer no later than one week after the application deadline. Each reviewer will receive a mail from our system with a link to the upload page. The applicant will see an acknowledgment message on the webpage and also receive an acknowledging mail with the web page address. There the applicant can check the status of the reference letter(s). It is the responsibility of the applicant to check this page to remind the reviewers to upload their letters in time.