Education Solutions for Researchers
Researchers have access to a comprehensive suite of educational solutions, including SOLIDWORKS, additive manufacturing, and 3D scanning. SOLIDWORKS Research Edition offers full functionality without watermarks, enabling precise design and analysis for advanced projects. Additive manufacturing (3D printing) allows researchers to rapidly prototype and test their designs, while 3D scanning provides accurate digital models for reverse engineering and quality control. Additionally, researchers can benefit from special pricing, extensive customer support, and access to a global community of users, ensuring they have the resources needed to innovate and succeed.
SOLIDWORKS Research Edition: Empowering Innovation
Develop your ideas faster with the complete suite of industry-leading SOLIDWORKS products, available at special pricing for research. Supported by CAD Micro and a vast user community, the SOLIDWORKS Research Edition offers full functionality with no watermarks, light versions, or delayed releases. It’s the ideal tool for developing Intellectual Property (IP), patents, or publishing your research results.
The SOLIDWORKS Research Edition is designed specifically for researchers, providing a comprehensive suite of tools to support advanced engineering and scientific projects.
Benefits
The Research Edition offers the same powerful tools as the commercial version, with no watermarks, light versions, or delayed release cycles.
Researchers can access these industry-leading tools at a reduced cost, preserving more of their grant funding for other project needs.
Ideal for projects involving the development of Intellectual Property (IP), patents, or publishing results, the Research Edition ensures that all outputs are free from educational watermarks and restrictions.
The software facilitates seamless collaboration with industry partners and other researchers, thanks to its compatibility with the commercial version of SOLIDWORKS.
The suite includes SOLIDWORKS 3D CAD, Simulation, Flow Simulation, Electrical, Composer, and more, providing a robust platform for design, analysis, and validation.
Researchers benefit from access to a global community of SOLIDWORKS users, as well as extensive technical support and resources.
How to Apply?
Researchers can apply for the SOLIDWORKS Research Edition through the following steps:
1. Check Eligibility
Ensure your institution qualifies as a research institution. This typically includes colleges, universities, research labs, and teaching hospitals.
2. Contact Us
Reach out to our team of experts (link new form to track these) to discuss your needs and get detailed information on pricing and licensing options.
3. Request a Quote
Receive a quote based on your specific requirements and the scope of your research.
4. Submit Application
Complete any necessary application forms provided by CAD Micro.
5. Purchase and Install
Once approved, purchase the license and instally the software on your institution’s computers.
Additional SOLIDWORKS Research Edition Resources:
Frequently Asked Questions about SOLIDWORKS RESEARCH LICENSE
Qualified Research Institution – A college, university, research laboratory, teaching hospital, non-profit or consortium.
Qualified Research Institutions do not include for-profit companies, for-profit research centers, technology incubators, accelerators, non-profit learning centers, museums, public libraries, outreach programs, Fab Labs, maker spaces, hacker spaces or hobby centers.
The SOLIDWORKS® Education Edition is ONLY for classroom
or laboratory instruction of Qualified Students, or instruction
and preparation of courses by Qualified Instructor and cannot
be used for Research purposes. Educational Purposes do
not include Research Purposes, Commercial Purposes, or
Curriculum Development by commercial curriculum developers.
No, you do not. A Research License can never be used for
Commercial Purposes.
No, you cannot take a license with you. The Research License
is purchased through your university and therefore it is the
university’s license. Furthermore, the Research License shall
be installed/managed only on computers owned or leased by
the Qualified Researcher or Qualified Research Institution.
No, you do not. A Research License can never be used for
Training Purposes provided to the public even if it is done on
campus. You can train students, but not the general public.
Customer Stories
Waseda University, Humanoid Robotics Institute
Waseda University’s Humanoid Robotics Institute (HRI) leverages SOLIDWORKS Research software to accelerate humanoid robot development, integrating advanced mechanical, electrical, and thermal designs for innovative robotics solutions.
Canada-France-Hawaii Telescope Corporation
The Canada-France-Hawaii Telescope (CFHT) leverages SOLIDWORKS Research Edition to accelerate instrument upgrades, enhance design portability, and support the development of the Maunakea Spectroscopic Explorer, a groundbreaking telescope for spectroscopic exploration.
SOLIDWORKS Research License
The SOLIDWORKS® Research License empowers researchers with cutting-edge design tools, free from restrictions on publications, patents, or industry projects. Enjoy a commercial-grade platform with no educational watermark, ensuring innovation and global collaboration.
Advanced Manufacturing
Benefits
Researchers can create detailed prototypes for engineering, architecture, and design projects, allowing for rapid iteration and improvement. This capability accelerates the development of innovative solutions and products.
3D printing facilitates cutting-edge research by enabling the creation of custom tools, models, and experimental setups. This flexibility supports a wide range of experimental designs and methodologies.
Additive manufacturing bridges various fields such as engineering, medicine, art, and business, promoting interdisciplinary collaboration and learning. Researchers from different disciplines can work together to develop comprehensive solutions.
Complex concepts in subjects like biology, chemistry, and physics can be visualized and understood better through 3D printed models. This enhances the ability to communicate and demonstrate intricate ideas and phenomena.
Researchers can develop and test new products, fostering innovation and entrepreneurial skills. This hands-on approach encourages the practical application of theoretical knowledge.
Research tools and experimental setups can be tailored to meet specific needs and preferences. This customization enhances the precision and relevance of research outcomes.
Researchers gain hands-on experience with advanced technology, preparing them for careers in industries that utilize 3D printing. This practical knowledge is invaluable in a rapidly evolving technological landscape.
3D printing can reduce costs associated with traditional manufacturing and prototyping methods. This cost efficiency allows for more extensive experimentation and exploration within research budgets.
Additive manufacturing encourages sustainable practices by reducing waste and promoting the use of eco-friendly materials. This aligns with the growing emphasis on sustainability in research and development.
3D printing can create accessible research tools for individuals with disabilities, enhancing inclusivity in research environments. This ensures that all researchers have the tools they need to contribute effectively.
Explore the World of 3D Printing with CAD Micro
Why 3D Printing?
Additive manufacturing, also known as 3D printing, is revolutionizing the way we design and create objects. From simple prototypes to complex structures, 3D printing allows you to turn digital designs into physical objects with precision and ease. Here’s why you should dive into this exciting field:
Hands-On Learning
3D printing provides a hands-on learning experience that makes concepts in science, technology, engineering, and math (STEM) come to life. It’s a fun and engaging way to understand complex ideas and see the results of your work in real time.
Creativity and Innovation
With 3D printing, the only limit is your imagination. Design and create anything you can dream of, from custom gadgets to artistic sculptures. It’s a fantastic way to express your creativity and explore new ideas.
Real-World Skills
Learning about 3D printing and additive manufacturing gives you valuable skills that are in high demand in today’s job market. Whether you’re interested in engineering, design, healthcare, or any other field, these skills will set you apart.
3D scanning technology is making significant strides in various industries by enabling the creation of precise digital models of physical objects. This technology is invaluable in fields such as engineering, manufacturing, healthcare, and more.
ZEISS offers a range of advanced 3D scanning solutions, such as the ATOS series, which are known for their high-speed, high-resolution data capture capabilities. These systems are used for quality control, reverse engineering, and complex inspection tasks across diverse industries.
Artec 3D provides versatile handheld and portable 3D scanners like the Artec Leo and Artec Eva, which are renowned for their ease of use and high precision. These scanners are used in various applications, from creating digital twins in manufacturing to preserving cultural heritage.
Why 3D Scanning
Explore in detail from below options:
Why CAD Micro?
CAD MicroSolutions is uniquely positioned to support our clients across Canada. Our team is dedicated to helping our customers ensure they are realizing the greatest value from their technology investment.