The Siemens Foundation established the Siemens Competition in Math, Science & Technology in 1999. The Competition is the nation’s premier science research competition for high school students and seeks to promote excellence by encouraging students to undertake individual or team research projects. It fosters intensive research that improves students' understanding of the value of scientific study and informs their consideration of future careers in these disciplines.

Both, submit and present, their projects in a scientific research field. Projects must be of the highest quality of scientific research.

The regional and national judges use these criteria to evaluate all aspects of the projects and presentations:

• Scientific importance: Does the project address an important scientific, technical, or mathematical question or major issue? Does the student's work demonstrate a high level of intellectual input, and is it innovative? Do the findings substantially add to the understanding of the area investigated?
• Creativity: Is the project original and imaginative? What is the origin of the student's interest in the topic? Did the student develop new solutions or procedures? To what extent were the student's talent and insight incorporated into the project? How did the student address any surprising or unforeseen developments?
• Field knowledge: Does the student demonstrate strong knowledge of the area of inquiry and the underlying scientific or mathematical issues?
• Comprehensiveness: Are sufficient details given so that others can replicate the work? If the work is experimental, are the variables and controls clearly defined? Did the student use the correct quantitative measures? Are the procedures well-defined? Were tools for measurement and analysis chosen and used appropriately? Does the Research Report fully explain the project itself or is further explanation needed?
• Interpretation: Has the student stated the interpretations and conclusions clearly? How scientifically reasonable and credible are the data, interpretations, and conclusions? Do the conclusions and interpretations follow from the results presented? Are appropriate statistical tests employed, if appropriate? Can claims of novelty or improvement be justified? What are the limits of the interpretations and the conclusions? Are there alternative conclusions that fit the results?
• Literature review: Does the report reference appropriate related works and place the study in a proper context? Are all sources used in the research listed as references? Are the references cited within the text?
• Future work: Is there a discussion of future or follow-up research? If so, what further data would be needed? What are possible applications of the work?
• Clarity of expression: Is the project understandable? Is the material presented logically and coherently? Are the key points, problems, and solutions stated clearly and precisely? Does the student use tables and figures appropriately, including correct labeling of axes? Was the Research Report carefully proofread for spelling and grammar?
• Presentation: Is the method of presentation consistent with the nature of the work and with scientific practice in the discipline involved?

Additional Criteria for Team Projects

• Teamwork: Is it clear how each member contributed? Was there an appropriate distribution of workload and responsibilities? All team members must have active roles in the design, execution and delivery of results of the research submitted to the Siemens Competition and have made a substantial contribution to the effort.

This competition has not yet listed it's awards.

Website: https://siemenscompetition.discoveryeducation.com/

Managing Organization: Discovery Education

Contact:

siemenscompetition@discovery.com
800-323-9084

Eligibility:
The Siemens Competition is open to high school students who are citizens or permanent residents (green card holders) of the United States. Students must be in good standing.

Registration Opens: January 1, 1970

Registration Closes: January 1, 1970

The Siemens Foundation established the Siemens Competition in Math, Science & Technology in 1999. The Competition is the nation’s premier science research competition for high school students and seeks to promote excellence by encouraging students to undertake individual or team research projects. It fosters intensive research that improves students' understanding of the value of scientific study and informs their consideration of future careers in these disciplines.

Both, submit and present, their projects in a scientific research field. Projects must be of the highest quality of scientific research.

The regional and national judges use these criteria to evaluate all aspects of the projects and presentations:

• Scientific importance: Does the project address an important scientific, technical, or mathematical question or major issue? Does the student's work demonstrate a high level of intellectual input, and is it innovative? Do the findings substantially add to the understanding of the area investigated?
• Creativity: Is the project original and imaginative? What is the origin of the student's interest in the topic? Did the student develop new solutions or procedures? To what extent were the student's talent and insight incorporated into the project? How did the student address any surprising or unforeseen developments?
• Field knowledge: Does the student demonstrate strong knowledge of the area of inquiry and the underlying scientific or mathematical issues?
• Comprehensiveness: Are sufficient details given so that others can replicate the work? If the work is experimental, are the variables and controls clearly defined? Did the student use the correct quantitative measures? Are the procedures well-defined? Were tools for measurement and analysis chosen and used appropriately? Does the Research Report fully explain the project itself or is further explanation needed?
• Interpretation: Has the student stated the interpretations and conclusions clearly? How scientifically reasonable and credible are the data, interpretations, and conclusions? Do the conclusions and interpretations follow from the results presented? Are appropriate statistical tests employed, if appropriate? Can claims of novelty or improvement be justified? What are the limits of the interpretations and the conclusions? Are there alternative conclusions that fit the results?
• Literature review: Does the report reference appropriate related works and place the study in a proper context? Are all sources used in the research listed as references? Are the references cited within the text?
• Future work: Is there a discussion of future or follow-up research? If so, what further data would be needed? What are possible applications of the work?
• Clarity of expression: Is the project understandable? Is the material presented logically and coherently? Are the key points, problems, and solutions stated clearly and precisely? Does the student use tables and figures appropriately, including correct labeling of axes? Was the Research Report carefully proofread for spelling and grammar?
• Presentation: Is the method of presentation consistent with the nature of the work and with scientific practice in the discipline involved?

Additional Criteria for Team Projects

• Teamwork: Is it clear how each member contributed? Was there an appropriate distribution of workload and responsibilities? All team members must have active roles in the design, execution and delivery of results of the research submitted to the Siemens Competition and have made a substantial contribution to the effort.

This competition has not yet listed it's awards.

Website: https://siemenscompetition.discoveryeducation.com/

Managing Organization: Discovery Education

Contact:

siemenscompetition@discovery.com
800-323-9084

Entry Fee:

Eligibility:
The Siemens Competition is open to high school students who are citizens or permanent residents (green card holders) of the United States. Students must be in good standing.

Registration Opens: January 1, 1970

Registration Closes: January 1, 1970