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Design your future with the Canino School of Engineering Technology!

Students, prospective students, and industry partners all benefit in partnering with the Canino School of Engineering Technology because of the broad array of technology programs at SUNY Canton. With 100 years of technology experience, SUNY Canton is on the cutting edge with technology and providing students with the strong career flexibility they deserve.

Canino School of Engineering Technology Dean

Michael Newtown
SUNY Canton
Nevaldine North 105
34 Cornell Drive
Canton, NY 13617

315-386-7411
newtownm@canton.edu

Prospective students have access to areas that include mechanical, electrical, energy, information systems, construction, facilities, automotive, and motorsports, program areas. Note the key characteristics of the Canino School:

Emphasis on current technology, teamwork, and communications.

Hands-on experience in quality labs with excellent instructional resources.

Flexibility to tailor education to your needs with "ladder" programs and opportunities for a minor and/or a second degree in related areas of interest.

Experience: pursue cooperative education opportunities with industry.

Evening and online courses enable non-traditional students to extend their education to the baccalaureate level while maintaining career responsibilities.

Parents: Student's interests sometimes change; more often they expand - that is the way an education is supposed to work. The experiential education at SUNY Canton encourages its students to reach for more with their education as they develop new abilities within an expanding world. Our education helps students to build bridges and open doors - they have choices.

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Skip to content Students, prospective students, and industry partners all benefit in partnering with the Canino School of Engineering Technology because of the broad array of technology programs at SUNY Canton. With 100 years of technology experience, SUNY Canton is on the cutting edge with technology and providing students with the strong career flexibility they deserve.

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1. Su, J., Satchell, S.C., Wertheim, J.A., Shah, R.N., "Poly(Ethylene Glycol)-Crosslinked Gelatin Hydrogel Substrates with Conjugated Bioactive Peptides Influence Endothelial Cell Behavior" Biomaterials 2019.

2. Huang, Y., Jakus, A.E., Jordan, S.W., Dumanian, Z., Parker, K., Zhao, L., Patel, P.K, Shah, R.N., "3D-Printed "Hyperelastic Bone" Scaffolds Accelerate Bone Regeneration in Critical-Sized Calvarial Bone Defects" Plastic and Reconstructive Surgery 2019.

3. Stock, S.R., Laugesen, M., Birkedal, H., Jakus, A.E., Shah, R.N., Park, J.S., and Almer, J.D. "Precision Lattice Parameter Determination From Transmission Diffraction of Thick Specimens With Irregular Cross Sections" J. Appl. Cryst., 2019, 52, 40-46.

4. Lewis, P.L., Yan, M., Su, J., Shah, R.N., "Directing Growth of Biliary Epithilium within 3D-Printed Extracellular Matrix Hydrogels" Acta Biomaterialia, 2019, 85, 84-93.

5. Taylor, S.L., Shah, R.N., Dunand, D.C., "Microstructure and Porosity Evolution During Sintering of Ni-Mn-Ga Wires Printed From Inks Containing Elemental Powders" Intermetallics, 2019, 104, 113-123.

6. Calvo, M., Jakus, A.E., Shah, R.N., Spolenak R., Dunand, D.C., "Microstructure and Processing of 3D Printed Tungsten Microlattices and Infiltrated W-Cu Composites" Advanced Engineering Materials 2018, 20(9).

7. Singh, M., Nanda, H.S., O'Rorke, R., Jakus, A.E., Shah, A.H., Shah, R.N., Webster, R.D., Steele, T.W.J. "Bioadhesive Electrocuring With Interdigitated 3D-Graphene Electrodes" Advanced Healthcare Materials 2018, 7(21).

8. Lewis, P.L., Su, J., Yan, M., Meng, F., Glaser, S.S., Alpini, G.D., Green, R.M., Sosa-Pineda, B., Shah, R.N., "Complex Bile Duct Network Formation Within Liver Decellularized Extracellular Matrix Hydrogels" Scientific Reports 2018, 8(1), 12220.

9. Yang, M., Lewis, P.L., Shah, R.N. "Tailoring nanostructure and bioactivity of 3D printable hydrogels with self-assemble Peptides Amphiphile (PA) for promoting bile duct formation". Biofabrication 2018, 10(3).

10. Clavo, M., Jakus, A.E., Shah, R.N., Spolenak, R., Dunand, D.C., "Microstructure and Processing of 3D Printed Tungsten Microlattices and Infiltrated W-Cu Composites" Advanced Engineering Materials 2018, 20 (9).

11. Taylor, S.L., Ibeh, A.J., Jakus, A.E., Shah, R.N., Dunand, D.C., "NiTi-Nb Micro-Trusses Fabricated Via Extrusion-Based 3D-Printing of Powders and Transient-Liquid-Phase Sintering" Acta Biomaterialia 2018, 76, 359-370.

12. Guiney, L.M., Mansukhani, N.D., Jakus, A.E., Wallace, S.G., Hersam, M.C., Shah, R.N., "Three-Dimensional Printing of Cytocompatible, Thermally Conductive Hexagonal Boron Nitride Composites" Nanoletters 2018, 18(6), 3488-3493.

13. Liu, X., Jakus, A.E., Kural, M., Qian, H., Engler, A., Ghaedi, M., Shah, R.N., Steinbacher, D.M., Niklason, L.E., "Vascularization of Natural and Synthetic Bone Scaffolds" Cell Transplantation 2018, 27(8), 1269-1280.

14. Su, J., Satchell, S.C., Wertheim, J.A., Shah, R.N. "Kidney Decellularized Extracellular Matrix Hydrogels: Rheological Characterization and Human Glomerular Endothelial Cell Response to Encapsulation" Journal of Biomedical Materials Research: Part A 2018, 106(9), 2448-2462.

15. Jakus, A.E., Geisendorfer, N.R., Lewis, P.L., Shah, R.N. "3D-Printing Porosity: A New Approach to Creating Elevated Porosity Materials and Structures". Acta Biomaterialia 2018, 72, 94-109.

16. Lewis, P.L., Green R.M., Shah, R.N., "3D-Printed Gelatin Scaffolds of Differing Pore Geometry Modulate Hepatocyte Function and Gene Expression" Acta Biomaterialia 2017, 69, 63-70.

17. Alluri, R., Jakus, A.E., Bougioukli, S., Pannell, W., Sugiyama, O., Tang, A., Shah, R.N., Lieberman, J., "3D Printed Hyperelastic "Bone" Scaffolds and Regional Gene Therapy. A Novel Approach to Bone Healing" J Biomedical Materials Research Part A 2017, 106(4), 1104-1110.

18. Taylor, S.L., Jakus, A.E., Koube, K.D., Geisendorfer, N.R., Ibeh, A.J., Shah, R.N., Dunand, D.C., "Sintering of Micro-Trusses Created by Extrusion-3D-Printing of Lunar Regolith Inks" Acta Astronautica 2017, 143, 1-8.

19. Taylor, Shah, R.N., Dunand, D.C., "Ni-Mn-Ga Micro-trusses via Sintering of 3D-printed Inks Containing Elemental Powders" Acta Materialia, 2017, 143, 20-29.

20. Stranford, D., Hung, M., Gargus, E., Shah, R.N., Leonard, J. "A Systematic Evaluation of Factors Affecting Extracellular Vesicle Uptake by Breast Cancer Cells". Tissue Engineering - Part A, 2017, 23(21-22),1274-1282.

21. Jakus, A.E., Laronda, M.M., Rashedi, A.S., Robinson, C.M., Lee, C., Jordan, S.W., Orwig, K.E., Woodruff, T.K., Shah, R.N. "Tissue Papers" from Organ-Specific Decellularized Extracellular Matrices". Advanced Functional Materials, 2017, 27(34).

22. Rutz, A.L., Lewis, P.L., Shah, R.N. "Toward next-generation bioinks: Tuning mechanical properties pre- and post- printing to optimize cell viability" MRS Bulletin 2017, 42 (8), 563-570.

23. Jakus, A.E., Koube, K.D., Geisendorfer, N.R., Shah, R.N. "Robust and Elastic Lunar and Martian Structures from 3D-Printed Regolith Inks". Scientific Reports 2017, 7, 44931.

24. Laronda, M.M. and Rutz, A.L., Whelan, K.A., Roth, E.W., Woodruff, T.K.*, Shah, R.N*. "A Bioprosthetic Ovary Created Using 3D Printed Microporous Scaffolds Restores Ovarian Function in Sterilized Mice". Nature Communications 2017, 8, 15261.

25. Taylor, S.L., Jakus, A.E., Shah, R.N., Dunand, D.C. "Iron and Nickel Cellular Structures by Sintering of 3D-Printed Oxide or Metallic Particle Inks" Advanced Engineering Materials, 2017, 19(11).

26. Jakus, A.E., Rutz, A.L., Jordan, S.W., Kannan, A., Mitchell, C., Yun, C., Koube, K.D., Yoo, S.C., Whiteley, H.E., Richter, C.P., Galiano, R.D., Hsu, W.K., Stock, S.R., Hsu, E.L., Shah, R.N. "Hyperelastic "Bone": A Highly Versatile, Growth Factor-Free, Osteoregenerative, Scalable, and Surgically Friendly Biomaterial". Science Translational Medicine, 2016, 8(358).

27. Jakus, A.E., Shah, R.N., "Multi- and Mixed 3D-Printing of Graphene-Hydroxyapatite Hybrid Materials for Complex Tissue Engineering". Journal of Biomedical Research: Part A. 2016, 105(1), 274.

28. Lewis, P.L., Shah, R.N., "3D Printing for Liver Tissue Engineering: Current Approaches and Future Challenges" Current Transplantation Reviews. 2016, 3(100).

29. Wang, B., Jakus, A.E., Baptista, P.M., Soker, S., Soto-Gutierrez, A., Abecassis, M.M., Shah, R.N., Wertheim, J.A. "Functional maturation of iPSC-hepatocytes in extracellular matrix - A comparative analysis of bioartificial liver microenvironments". Stem Cells Translational Medicine 2016, 5(9), 1257.

30. Frolich, S., Leemreize, H., Jakus, A.E., Xiao, X., Shah, R.N., Birkedal, H., Almer, J.D., Stock, S.R., "Diffraction Tomography and Rietveld Refinement of a Hydroxyapatite Bone Phantom" Journal of Applied Crystallography 2016, 49, 103.

31. Jakus, A.E., Rutz, A., Shah, R.N., "Advancing the Field of 3D Biomaterial Printing" J Biomedical Materials 2016, 11(1).

32. Jakus, A.E., Taylor, S.L., Geisendorfer, N.R., Dunand, D.C., Shah, R.N., "Metallic Architectures from 3D-Printed Powder-Based Liquid Inks" Advanced Functional Materials 2015, 25, 6985.

33. Jakus, A.E, Secor, E., Rutz, A., Jordan, S., Hersam, M.*, Shah, R.N.*, "Three Dimensional Printing of High-Content Graphene Scaffolds for Electronic and Biomedical Applications" ACS Nano 2015, 9(4), 4636 - Cover.

34. Rutz, A.L., Hyland, K.E., Jakus, A.E., Burghardt W.R., Shah, R.N., "A Tunable Bioink Method for Multi-Material 3D Printing of Cell-Laden Extracellular Matrix Hydrogels" Advanced Materials 2015, 27(9),1607.

35. Laronda, M.M., Jakus, A.E., Whelan, K.A., Wertheim, J.A., Shah, R.N., Woodruff, T.K., "Initiation of Puberty in Mice Following Decellularized Ovary Transplant" Biomaterials 2015, 50, 20.

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Richard and Loan Hill Department of Biomedical Engineering

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1. Su, J., Satchell, S.C., Wertheim, J.A., Shah, R.N., "Poly(Ethylene Glycol)-Crosslinked Gelatin Hydrogel Substrates with Conjugated Bioactive Peptides Influence Endothelial Cell Behavior" Biomaterials 2019. 2. Huang, Y., Jakus, A.E., Jordan, S.W., Dumanian, Z., Parker, K., Zhao, L., Patel, P.K, Shah, R.N., "3D-Printed "Hyperelastic Bone" Scaffolds Accelerate Bone Regeneration in Critical-Sized Calvarial Bone Defects" Plastic and Reconstructive Surgery 2019.

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Dr. Mae Jemison | Daring Makes a Difference

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Astronaut Dr. Mae Jemison is a leading voice for science, social responsibility and education. Now, she's paving the way for human interstellar travel. Audacious and pioneering, polymath Dr. Mae Jemison is at the forefront of integrating the physical and social sciences with art and culture to solve problems and foster innovation.

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SWE - The World's Largest Advocate for Women in Engineering

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Join SWE today, the world's largest advocate for women in engineering. Find opportunities, training programs, and make a lasting impact on the future.

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Limor Fried on the 2018 America's Top 50 Women in Tech - Limor Fried founded Adafruit Industries from her dorm room at MIT. A veteran of DIY hardware hacking, she wanted to make building electronics at home easier.

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Last year, NASA named the first Artemis astronauts. The mission to return to the Moon begins with the first Artemis flight scheduled to launch later this year. We are featuring each of the Artemis astronauts to help you get to know these pioneering explorers. This week meet Christina Koch.

Selected by NASA in 2013, Koch has completed one long duration spaceflight (Expedition 59, 60 and 61) to the International Space Station (ISS). Learn more about Koch with these three fast facts:

1. She currently holds the record for the longest single spaceflight by a woman.

With her first spaceflight, Koch set a record. Upon completion of her long duration mission to the ISS, she had logged a total of 328 days in space, the longest single spaceflight by a woman!

On March 14, 2019, Koch launched from the Baikonur Cosmodrome on a Soyuz spacecraft. She served as a flight engineer on the ISS for Expedition 59, 60 and 61.

While in space, Koch and her fellow crew members conducted hundreds of scientific experiments, including protein crystal growth investigations to aid pharmaceutical research, and printing tissue in zero gravity using 3D biological printers.

Koch returned to Earth on Feb. 6, 2020, after nearly a year in space!

2. She took part in the first all-woman spacewalk.

While in space, Koch participated in six spacewalks, including the first all-woman spacewalk!

On Oct. 18, 2019, she and fellow NASA astronaut Jessica Meir floated outside the ISS, high above the Earth, for the first all-woman spacewalk. The duo performed the spacewalk to replace a bad battery charge/discharge unit on the station.

Koch has logged 42 hours and 15 minutes of extravehicular activity (EVA) time spanning all six spacewalks.

Watch the moment Koch and Meir made history during the first all-woman spacewalk in the NASA clip below:

3. She carried her love of surfing into space.

In an interview with SURFER Magazine last summer, Koch spoke about her passion for surfing and the ocean. While in space, Koch took some time to photograph surfing hot spots around the globe, as well as some of the places she has surfed in the past.

"Knowing that the same waves I could see through my lens from 250 miles up, I had once ridden was really, really cool," she told SURFER.

Koch shared her wave shots via social media (see the posts below), and she even had time to watch some surfing competitions from onboard the ISS!

As if that isn't cool enough, Koch was even interviewed while on station by champion surfer Kelly Slater and the World Surf League. Watch the interview below!

Continue to celebrate Women's History Month by reading about three female space pioneers who have significantly contributed to America's space program! Click here to read more fun facts about NASA astronaut Christina Koch.

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Artemis astronaut feature: Christina Koch

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Last year, NASA named the first Artemis astronauts. The mission to return to the Moon begins with the first Artemis flight scheduled to launch later this year. We are featuring each of the Artemis astronauts to help you get to know these pioneering explorers. This week meet Christina Koch.

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As VP Medical Devices, Healthcare, 3D Systems, Katie Weimer leads the company's Denver, Colorado and Leuven, Belgium healthcare operations, specializing in Virtual Surgical Planning (VSP®), 3D printed medical devices and patient-specific anatomical models, surgical guides and templates. Katie joined Medical Modeling in 2008 (acquired by 3D Systems in 2014) and is passionate about enabling better healthcare through innovative technologies. Katie received her master's degree in mechanical engineering from the University of Missouri-Kansas City, and writes and speaks frequently on her expertise in personalized surgery.
Katie, could you let us know about your background and what brought you to 3D printing in the first place?
My background is in mechanical engineering. I graduated from the University of Missouri-Kansas City with a master's degree in mechanical engineering with an emphasis on computational biomechanics where I focused my attention on rigid body modeling of the knee and TMJ. During my thesis research, I did medical image processing to convert MRI and CT images of anatomy into 3D STL files so I could build computational models. After graduate school, I moved to Colorado and came across a company called Medical Modeling (MM) in Golden. MM focused on 3D printing anatomical models for mostly craniomaxillofacial procedures. The company was a startup that did not have a career web page, so I sent a 'cold call' email, which led to an interview, which led to my first professional job doing image processing and 3D printing of anatomical models. I spent the next several years of my career improving my skills in modeling and 3D printing, and a few short years later was on the forefront of developing 3D Systems' Virtual Surgical Planning (VSP®) service, which was the world's first service center approach to pre-surgical planning and patient-specific models, guides and templates. In 2014, MM was acquired by 3D Systems and I transitioned from building the VSP business to Director of Product Development. I now lead the 3D Systems' Denver, Colorado and Leuven, Belgium healthcare services operations. I am incredibly honored and grateful that I have the opportunity to be a visible role model in the company.
Could you let us know more about your current role as VP Medical Devices, Healthcare for 3D Systems?
In my role as VP of Medical Devices for 3D Systems, I oversee the end-to-end digital manufacturing solutions as they relate to 3D printing in healthcare for our Denver, Colorado and Leuven, Belgium sites. Specifically, this includes: volume production of functionally-optimized devices, patient-specific devices and anatomical models, and patient-specific surgical planning. Although most of my history is in healthcare, we are pushing to leverage our know-how for the aerospace industry as well.
What are today's main challenges for 3D Printing in Healthcare?
The 3D printing industry has needed to see the shift from 3D printing as a prototyping technology to a production technology for it to really go mainstream. 3D Systems' new Figure 4 platform does just this. It is a modular, high-speed, production-ready system that allows for automation of the production workflow with precision and speed that will no doubt impact how we manufacture medical devices. In healthcare, we are excited to see how this high-speed automated system changes the market, but what may be more interesting is the broad range of materials Figure 4 can use for printing. I am confident that advancements in material development for platforms like Figure 4 and other production-ready systems for jetted and sintered materials will drive new applications in healthcare.

The industry is working continuously on developing new materials, specifically materials that are biomimetic. When we print a patient-specific anatomical model of a jaw deformity, we want that 3D printed model to act more like the actual bone of the human body. Similarly, if we are creating a patient-specific model of a congenital heart defect, we want to provide the surgeon with a model of the heart that feels like a heart, can pump fluid like a heart, and responds like a heart to cuts or sutures. This has the potential to open up opportunities in advanced anatomical modeling and expand the use cases for 3D printed models from visual references to practice models for teaching, training, and pre-surgical simulation. This will also expand the library of available surgical simulation models by allowing lifelike models to be printed that represent complex and unique anatomies that are currently very difficult or rare to train on before a clinician sees his or her first case in the OR.

As materials become biomimetic, we also want them to be biocompatible so they can be used in the operating room for short-term tissue contact, anatomical modeling, patient-specific guides, disposable instruments, and even long-term implantables.

There has been a remarkable evolution in software over the last 10 years across precision healthcare applications. Many of these patient-specific healthcare solutions start with medical imaging data, and the image processing software involved has become substantially more efficient with the introduction of semi-automated processes. Surgical planning software also continues to evolve as major medical device companies, service centers, and start-ups all are developing applications around virtual surgical planning. Lastly, for patient-matched design applications such as dental aligners, bracing and surgical guides, more streamlined workflows for automated design of applications are becoming the standard to compete with the short turnaround time and low cost standards that are hitting the market.
Anything exciting coming up you'd like us to know about?
3D Systems recently announced general availability of the new NextDent 5100. Powered by Figure 4™ technology, the NextDent 5100 facilitates high-speed 3D printing for production of dental appliances and sacrificial castings. This revolutionary solution features an industry-defining value proposition that combines best-in-class speed and performance at a price point that is accessible to virtually all labs and clinics. In addition, we will be participating in a number of conferences where customers can see some of the amazing work we've done with our patients and surgeons as well as the new printers and software that have been developed. Check it out here: www.3dsystems.com/news/events .
What is the most impressive or impactful use of 3D printing you've seen so far?
The thing that keeps me driven each and every day is the fact that we utilize 3D printing to directly impact human beings. I have been in many operations throughout my tenure at the organization, the surgery with the McDonald twins was life-changing for me. Being able to see how virtual surgical planning, 3D printed models and guides were used in the operating room to assist in the separation of these two boys is something that I will never forget.
What makes the 3D printing industry particularly interesting for you:
3D printing is a fast-paced, cutting-edge technology where we really do get to write the future. This technology allows us to break traditions and has enabled a whole new industry segment and sub-set of medical devices that couldn't exist without 3D printing.

Historically manufacturing has been a male dominated field, the new technology allows for a new wave of diversity where historic norms of male dominated culture don't exist, 3D printing is a new way of manufacturing and doesn't have that history.
What do you think of the 3D printing industry today? And how would you like to see it evolve?
The 3D printing industry is ever changing and where we see a significant opportunity is the transition from manufacturers using 3D printing for prototyping only to including full production runs of mass customization of products. For example, we partnered with Align Technology who created a highly customized additive manufacturing workflow that enables the production of more than 320,000 orthodontic aligners per day. Since 2009, Align has been able to harness the power of 3D printing to grow their patient base nearly 6X - serving 5.8 million patients today. What Align has done with 3D printing technology has disrupted the orthodontic industry. I believe that many more companies will embrace 3D printing and realize the powerful impact it can have not only on their business but in the care that is provided for patients.
In your opinion, how could we encourage more women to become involved with 3D Printing?
We need to continue to write blogs, editorials and take part in Q&A's like this. We need to tell women not to be intimidated. You do not have to try to be just like everyone else. Figure out what you are really good at and then try to do that every day as part of your job. People who know their strengths and the value they bring are much more confident in their ability to achieve their goals. Advocate for yourself. When it comes to salary negotiations, ask to be paid fairly at the same rate that your similarly qualified male candidates are paid. Get support. Successful people ask for a lot of help. Offer support. Be generous with your colleagues in praise and collaboration. Try not to volunteer for everything. When possible, volunteer for projects that give you the experience you will need to advance to the next level. Be willing to fail (we all do) and see your mistakes as opportunities to learn and grow. And finally, instead of feeling pressure to find the perfect job, try to think of creating the perfect job, over time, through the value you bring, the relationships you create, and the difference you make.
Favorite 3D tool (could be a software, machine, material...you name it)?Favorite moment in your day job? What's on your 3D Printing wishlist for the next 5 years? Another inspiring woman you'd like us to interview? Diana Kalisz, VP of Materials, 3D Systems. Diana has been around 3D printing since the start and has contributed greatly to the overall success of 3D printing. More advancements in technology that allow us the opportunity to continue to impact lives. I love to get feedback from a surgeon or customer that what we did or provided mattered to the success of the patient or their surgery. My favorite would have to be the SLA-1, this is the very first stereolithography printer which was invented by Chuck Hull and sits in the lobby of our Denver facility

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promoting, supporting and inspiring women in the Additive Manufacturing industry

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As VP Medical Devices, Healthcare, 3D Systems, Katie Weimer leads the company's Denver, Colorado and Leuven, Belgium healthcare operations, specializing in Virtual Surgical Planning (VSP®), 3D printed medical devices and patient-specific anatomical models, surgical guides and templates. Katie joined Medical Modeling in 2008 (acquired by 3D Systems in 2014) and is passionate about enabling better...

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MIT's Department of Mechanical Engineering (MechE) offers a world-class education that combines thorough analysis with hands-on discovery. One of the original six courses offered when MIT was founded in 1865, MechE's faculty and students conduct research that pushes boundaries and provides creative solutions for the world's problems.

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10/17/2017

Learn more about how 3D printing can be used for medical purposes with expert Ramille Shah. In this interview with Shaifali Puri, Ramille Shah explains the basics of printing with bio-materials but explains some of her most amazing discoveries, like 3D printing a mouse ovary.

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Ramille Shah on New Advances in Tissue Engineering

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10/17/2017 Learn more about how 3D printing can be used for medical purposes with expert Ramille Shah. In this interview with Shaifali Puri, Ramille Shah explains the basics of printing with bio-materials but explains some of her most amazing discoveries, like 3D printing a mouse ovary.

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Explore Our Leadership Structure | General Motors

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Get an overview of the General Motors Company leadership on GM.com. Learn all about our current leadership structure across the entire Globe and how we function.

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Melonee Wise imagines that all homes will have autonomous robots-something like The Jetsons' Rosie the robot maid, minus the apron and Brooklyn accent. Just one problem: Wise, chief executive of the year-old startup Fetch Robotics, thinks it won't happen in her lifetime, because the challenges in hardware and software are too big.

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As a doctor, engineer, and NASA astronaut, Mae Jemison has always reached for the stars. In 1992, Jemison became the first African American woman to travel in space. She has also written several books and appeared on many television programs including an episode of Star Trek: The Next Generation. In addition to her many awards, Jemison has been inducted into the National Women's Hall of Fame and the International Space Hall of Fame.

Mae Carol Jemison was born on October 17, 1956 in Decatur, Alabama. The youngest of three children, her mother was an elementary school teacher and her father was a maintenance supervisor. A few years after she was born, Jemison and her family moved to Chicago, Illinois. In addition to her love for dance, Jemison knew that she wanted to study science at a very young age. Jemison grew up watching the Apollo airings on TV, but she was often upset that there were no female astronauts. However, Jemison was inspired by African American actress Nichelle Nichols who played Lieutenant Uhura on the Star Trek television show. Jemison was determined to one day travel in space. In 1973, she graduated from Morgan Park High School when she was 16 years old. Once she graduated, Jemison left Chicago to attend Stanford University in California.

As one of the only African American students in her class, Jemison experienced racial discrimination in school. She later served as president of the Black Student Union and choreographed a performing arts production called Out of the Shadows about the African American experience. Jemison graduated in 1977 with a Bachelor of Science degree in Chemical Engineering and a Bachelor of Arts degree in African and African-American studies. After graduating from Stanford University, Jemison attended Cornell Medical School. While in medical school, she traveled to Cuba to lead a study for the American Medical Student Association. She also worked at a Cambodian refugee camp in Thailand. Jemison graduated from Cornell with a Doctorate in Medicine in 1981. Shortly after her graduation, she became an intern at the Los Angeles County Medical Center, and then went on to practice general medicine. Fluent in Russian, Japanese and Swahili, Jemison joined the Peace Corps in 1983 and served as a medical officer for two years in Africa.

After working with the Peace Corps, Jemison opened a private practice as a doctor. However, once Sally Ride became the first American woman in space in 1983, Jemison decided to apply to the astronaut program at NASA. She applied in 1985, but after the Space Shuttle Challenger exploded in 1986, NASA took a break from accepting new people. However, Jemison applied again in 1987 and was one of the 15 people chosen out of over 2,000 applications. She was selected for NASA Astronaut Group 12, which was the first group chosen after the Challenger explosion. After being selected, Jemison trained with NASA and worked on projects at the Kennedy Space Center in Florida and the Shuttle Avionics Integration Laboratory. She received her first mission on September 28, 1989 when she was selected to join the STS-47 crew as a Mission Specialist. On September 12, 1992 Jemison and six other astronauts went into space on the space shuttle Endeavor. This voyage made Jemison the first African American woman in space. The team made 127 orbits around the Earth and returned to the Kennedy Space Center in Florida on September 20, 1992.

Jemison left NASA in 1993 after serving as an astronaut for six years in total. She started The Jemison Group, a consulting company that encourages science, technology, and social change. She also began teaching environmental studies at Dartmouth College and directed the Jemison Institute for Advancing Technology in Developing Countries. After hearing that she was a fan of the Star Trek television show, actor LeVar Burton asked Jemison to appear in an episode. Jemison agreed and became the first real astronaut to be on an episode of Star Trek: The Next Generation. She played Lieutenant Palmer in the episode, "Second Chances." In 1994, Jemison created an international space camp for students 12-16 years old called The Earth We Share (TEWS). She also created a nonprofit organization called the Dorothy Jemison Foundation for Excellence. Jemison later accepted a position as the Andrew D. White Professor-at-Large at Cornell University in 1999. She went on to write her first book in 2001, Find Where the Wind Goes, which was a children's book about her life.

Currently, Jemison is leading the 100 Year Starship project through the United States Defense Advanced Research Projects Agency (DARPA). This project works to make sure human space travel to another star is possible within the next 100 years. She also serves on the Board of Directors for many organizations including; the Kimberly-Clark Corp., Scholastic, Inc., Valspar Corp., Morehouse College, Texas Medical Center, Texas State Product Development and Small Business Incubator, Greater Houston Partnership Disaster Planning and Recovery Task Force, and the National Institute of Biomedical Imaging and Bioengineering. Jemison is a member of the National Academy of Sciences' Institute of Medicine, and has been inducted into the National Women's Hall of Fame, National Medical Association Hall of Fame and Texas Science Hall of Fame. She has received multiple awards and honorary degrees including the National Organization for Women's Intrepid Award and the Kilby Science Award. She currently lives in Houston, Texas.

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Astronaut Mae Jemison became the first African American woman to travel in space. Discover more at womenshistory.org.

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About : Adafruit Industries, Unique & fun DIY electronics and kits

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Adafruit Industries, Unique & fun DIY electronics and kits : About - Tools Gift Certificates Arduino Cables Sensors LEDs Books Breakout Boards Power EL Wire/Tape/Panel Components & Parts LCDs & Displays Wearables Prototyping Raspberry Pi Wireless Young Engineers 3D printing NeoPixels Kits & Proj…

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3D Systems VSP Surgical Planning Solutions 

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3D Systems VSP Surgical Planning Solutions 

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VSP Surgical Planning Solutions | 3D Systems

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3D Systems’ VSP® surgical planning solutions combine best-in-class digital workflows with the industry’s broadest additive manufacturing portfolio of printers and materials to deliver comprehensive patient-matched solutions. We partner with device manufacturers, hospitals, and surgeons to innovate t…

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MIT BWSI 2019 - Prof. Evelyn Wang, MIT Mechanical Engineering

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Mary Barra On Taking on Tesla as the Leading Seller of Electric Vehicles | DealBook Online Summit

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Fetch Robotics offers a wide range of warehouse robots to enable automation in manufacturing and warehousing operations.

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Pursue Your Engineering Dream with SWE Scholarships for Women

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Pave your way in engineering with SWE’s scholarships for women. Pursue ABET-accredited bachelor or graduate degree programs, in the US or India. Apply today!

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Last year, NASA named the first Artemis astronauts. The mission to return to the Moon begins with the first Artemis flight scheduled to launch later this year. We are featuring each of the Artemis astronauts to help you get to know these pioneering explorers. This week meet Christina Koch.

Selected by NASA in 2013, Koch has completed one long duration spaceflight (Expedition 59, 60 and 61) to the International Space Station (ISS). Learn more about Koch with these three fast facts:

1. She currently holds the record for the longest single spaceflight by a woman.

With her first spaceflight, Koch set a record. Upon completion of her long duration mission to the ISS, she had logged a total of 328 days in space, the longest single spaceflight by a woman!

On March 14, 2019, Koch launched from the Baikonur Cosmodrome on a Soyuz spacecraft. She served as a flight engineer on the ISS for Expedition 59, 60 and 61.

While in space, Koch and her fellow crew members conducted hundreds of scientific experiments, including protein crystal growth investigations to aid pharmaceutical research, and printing tissue in zero gravity using 3D biological printers.

Koch returned to Earth on Feb. 6, 2020, after nearly a year in space!

2. She took part in the first all-woman spacewalk.

While in space, Koch participated in six spacewalks, including the first all-woman spacewalk!

On Oct. 18, 2019, she and fellow NASA astronaut Jessica Meir floated outside the ISS, high above the Earth, for the first all-woman spacewalk. The duo performed the spacewalk to replace a bad battery charge/discharge unit on the station.

Koch has logged 42 hours and 15 minutes of extravehicular activity (EVA) time spanning all six spacewalks.

Watch the moment Koch and Meir made history during the first all-woman spacewalk in the NASA clip below:

3. She carried her love of surfing into space.

In an interview with SURFER Magazine last summer, Koch spoke about her passion for surfing and the ocean. While in space, Koch took some time to photograph surfing hot spots around the globe, as well as some of the places she has surfed in the past.

"Knowing that the same waves I could see through my lens from 250 miles up, I had once ridden was really, really cool," she told SURFER.

Koch shared her wave shots via social media (see the posts below), and she even had time to watch some surfing competitions from onboard the ISS!

As if that isn't cool enough, Koch was even interviewed while on station by champion surfer Kelly Slater and the World Surf League. Watch the interview below!

Continue to celebrate Women's History Month by reading about three female space pioneers who have significantly contributed to America's space program! Click here to read more fun facts about NASA astronaut Christina Koch.

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Artemis astronaut feature: Christina Koch

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Last year, NASA named the first Artemis astronauts. The mission to return to the Moon begins with the first Artemis flight scheduled to launch later this year. We are featuring each of the Artemis astronauts to help you get to know these pioneering explorers. This week meet Christina Koch.

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New, printable and flexible ceramic bone grafts could be a game changer - Science Nation

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