XLAB Topclass Experimental Laboratory


Topclass Experimental Laboratory worldwide

20+ years of history,top experimental laboratory program for high school students,

originated from the University of Gottingen in Germany.

Entering national key laboratory,guided by front-line researchers to

participate in scientic research hands-on experiments. Upgrade research skills.

6 hours of intense interaction a day


XLAB aims to provide high quality science time platform for Chinese high school students and cultivate their scientific research thinking and exploration spirit.  In the course of this project, experienced front-line scientific researchers teach and guide experiments in person. Students can concentrate and focus on the classroom knowledge supplement and improvement, and can conduct operation hours in the national advanced laboratory.  To a large extent, it creates opportunities for students to discover natural laws and verify them with experiments.

Why Choose XLAB?


Founded by an esteem scientist Professor Eva Maria Neher 25 years ago, which currently is one of Germany's largest student laboratories for the STEM subjects physics, chemistry, biology as well as computer science and this extracurricular educational institution has received several awards for the underlying concept. XLAB establish a strategic parntership with ASDAN China at 2018 to coach ASDAN China to expand XLAB programs under a consistent brand and with similar set up.

XLAB hopes to let more people learn and experience the fun of science, encourage them to explore the mysteries of science, and think about how to use science to solve human problems.  Therefore, the topics of XLAB are not simple physics, chemistry, biology and medicine, but more interdisciplinary frontier topics, such as genetic engineering, medical research, nanobiology, pharmaceutical chemistry, etc.



Experiments are at the heart of XLAB, and each participant will have the opportunity to enter an advanced laboratory, conduct a series of relevant experiments and data analysis safely under the guidance of the tutor, and complete the experimental report.  More than six hours of scientific research a day can not only improve students' scientific knowledge and logical thinking, but also train their concentration and endurance.  Students will have the opportunity to experience the work and status of researchers and seriously consider whether to choose a research direction in their future education.

XLAB's curriculum is unique in that it contains four key modules: subject guidance and topic thinking, scientific research guidance, experimental operation, experimental data analysis, and scientific research report writing.  Through the study of the four modules, students are bound to have further thinking on the subject.  All courses are taught in small classes of 10-25 students.



Since the topics and contents of XLAB exceed high school cntent and are "specialized" in a certain research field, the project needs to invite scientific research experts in each field to conduct experimental design and teaching.  XLAB China has obtained academic support from relevant research institutions and designed content according to XLAB's teaching methods and experimental requirements to provide In-depth scientific research and academic experience for Chinese students.  

Students will receive two authoritative certificates: XLAB Program Participation Certificate, which specifies the content of the experiment and is signed by the supervisor of the research institution providing academic support;  Students will complete an academic report containing experimental results and data analysis to apply for the 30 credit hours' Science Short Course certificate from ASDAN, the UK quality Education Development Accreditation Authority, which is officially recommended by UCAS.  



For any students who have plans or are carrying out EPQ or research papers in science, XLAB provides a rare scientific research scene for students to practice their research plans and participate in hands-on scientific research.  Laboratory reports can be used as part of individual research results.  

XLAB Courses List

The Rapid Detection Method of Cardiovascular Markers Based on Immunochromatography Technology
Main Experiments name:Preparation and application of rapid detection immunochromatographic strips for cardiovascular markers

Location: Suzhou 
Involved Subjects:Biology, Medicine,Immunology, Detection
Multilevel Studies on the Efficacy of Anti-tumor Drugs
Main Experiments name:Tumour observation and administration in mice | Cytology of antitumour drugs | Gene and protein assays

Location: Suzhou 
Involved Subjects:Medicine, Pharmacology, Oncology, Cell Biology, Molecular Biology

Stress Induced Modeling of Clinical Psychiatric Disorders in Mice
Main Experiments name:Mouse DNA Extraction | PCR Identification | Mouse Stress Modeling | Anxiety Behaviour Detection

Location: Suzhou 
Involved Subjects: Basic Medicine, Molecular Biology, Neuroscience

Gene Expression-Basic of Tumour Cell Therapy
Main Experiments name:Gene Expression | DNA Amplification and Enzymatic Digestion| Bacterial Transformation

Location: Suzhou 
Involved Subjects:Molecular Biology, Cell Biology
Molecular Cloning and Gene Expression of Antiviral Gene
Main Experiments name:STING Gene Acquisition | Gene Expression | Sanger Sequencing

Location: Suzhou 
Involved Subjects:Biochemistry, Molecular Biology
AR-VR Model Technology Construct the Metaverse
Main Experiments name:AR/VR Production | Programming Programming | Modeling 3D MAX software

Location: Chengdu
Involved Subjects:Computer science
Design of New Energy Electric Vehicle Battery Management System(BMS)
Main Experiments name:Design of Battery Management System(BMS)

Location: Guangzhou
Involved Subjects:Computer Science, Electrochemical Engineering, Automation Engineering
Biomedical Big Data Studies Based on Cutting-edge Genomics Technology
Main Experiments name:Data Model Building and Analysis of Diseases

Location: Suzhou
Involved Subjects:Informatics, Computer Science, Mathematics, Biology
Pharmaceutical Chemistry
Main Experiments name:Extraction of caffeine from tea | Preparation of methyl orange| Preparation and testing of biosensors | The detection of milk protein concentration

Location: Beijing 
Involved Subjects:Pharmaceutical Engineering, Organic Chemistry
Electrochemical Detection of Primary Hepatocellular Carcinoma
Main Experiments name:Preparation of Gold Nanoparticles | Preparation of magnetic nanoparticles | Preparation of AFP biosensor | Electrochemical testing of AFP biosensors

Location: Beijing 
Involved Subjects:Materials Science, Biomedical Engineering
Technology of Weather Forecast and Climate Science
Main Experiments name:Temperature and Barometric Sensor Comparison Experiment|Weather Observation and Forecast|Assembly of a Small Meteorological Data Collection Station

Location: Beijing 
Time: Jul 04th-Jul 08th, 2022 
Involved Subjects:Meteorology,Atmospheric Physics,Climatology,Data Analysis
Carbon Emissions Peak and Carbon Neutrality- capture and Utilization of Carbon Dioxide by Petroleum Coke
Main Experiments name:CO2 capture | Mass spectrometry | Thermogravimetric analysis | Gas chromatography

Location: Beijing 
Involved Subjects:Carbon nance,Chemical Engineering,Energy Engineering
New Energy Electric Vehicle - LFP Battery Preparation
Main Experiments name:LFP Battery Preparation

Location: Guangzhou 
Involved Subjects:Physics, Materials Science, Chemistry, Computer Science
Synthetic Biology
Main Experiments name:Microorganism produce electricity | alcohol and protein

Location: Shanghai 
Involved Subjects:bioscience, microbiology
Nobel Prize-GFP
Main Experiments name:GFP plasmid extract| E. coli culture| GFP protein extract|make GFP solution

Location: Guangzhou 
Involved Subjects:biology, chemistry, physics
Bioscience Human Genome
Main Experiments name:PCR Amplification | DNA Sequencing | Bacterial Transformation | Gel Electrophoresis

Location: Shenzhen 
Involved Subjects:Biology,Bioinformatics

XLAB virtual Courses List

Virtual Lab for Genome Editing
Main Experiments name:Mapping DNA Double Helix Structures | Designing DNA Sequences | Practical Applications of Gene Editing

Classes: Online
Aug 04th-Aug 10th, 2023
Involved Subjects: Molecular Biology, Chemistry
Virtual Lab for Laser Physics Exploration
Main Experiments name:Laser Simulation Software MATLAB Experimental Operations | Laser Experimental Simulation of Complex Configurations

Classes: Online 
Aug 04th-Aug 10th, 2023
Involved Subjects:Optics, Physics, Computer Simulation
Virtual Lab for Multiband astronomy
Main Experiments name:Plotting light-change curves | Retrieving parent stars of extrasolar planets | Obtaining false-color astronomical images

Classes: Online 
Time: Aug 04th-Aug 10th, 2023
Involved Subjects:Astronomy, Computer Graphics
Virtual Lab for Machine Learning and Mathematical Modeling
Main Experiments name:Computer Simulation of Virus Propagation | Mathematical Modeling - Optimization Models

Classes: Online 
Time: Aug 04th-Aug 10th, 2023
Involved Subjects:Artificial intelligence, Machine learning, Mathematical modeling
Virtual Lab for Asteroid Utilization and Defense
Main Experiments name:Asteroid Close Contact Design | Deep Space Mission Design

Classes: Online 
Time: Jul 29th-Aug 04th, 2022
Involved Subjects:Space Science, Space Technology
Virtual Lab for Rocket Design Simulation
Main Experiments name:Designing Rockets | Rocket Simulation

Classes: Online 
Time: Jul 29th-Aug 04th, 2022
Involved Subjects:Astronautics Science and Technology, Rocket Engineering
Virtual Lab for Design and Simulation of Aircraft
Main Experiments name:Aircraft Design | Aircraft Simulation and Design Modification

Classes: Online 
Time: Jul 29th-Aug 04th, 2022
Involved Subjects:Aircraft design, Aerodynamics


Subject introduction and project thinking (10%)

2 weeks before the course, XLAB will provide students with reading materials. Students are expected to conduct preliminary research on the topic and choose the research direction.

Research study and topic setting (10%)

Before entering the laboratory, tutor will give a systematic guidance from the introduction of the selected topic to the knowledge involved in the experiment, from the establishment of scientific methods to the cultivation of scientific research ideas, from data sorting and analysis to the writing of scientific papers.

Students will be divided into groups of 2-3, and the research direction will be determined by group discussion.

Experimental operation * (60%)

After entering the laboratory, students MUST follow the safety regulations (each student needs to participate in the relevant experimental safety and equipment usage training), conduct experiments under the guidance of tutors, master the usage of equipment and devices, and record the experimental results.

Data analysis and outcome discussion (10%)

After the experiment and complete the experimental report.Each group will review and summery the whole process, and complete a presentation to the class.

Research report writing (10%)

Group on completing an academic report.

Core Outputs

XLAB Scientific Research Certificate


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