Category: Design Engineering

New Way to Shovel Snow – Heatstone™

New Way to Shovel Snow – Heatstone™

27 Years Experience

75+ Design Awards

1,000+ Manufactured Products

From Idea to Prototype in as Little as Six Weeks!

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Santa can bring you a new way to shovel snow off the walks – from your living room! Collaborating with the Design 1st team, a Toronto Inventor has been busy creating a new product for the northern markets where an aging population will experience more back injuries by snow shovelling walks and driveways.

Introducing HEATSTONE™ a new way to get rid of unwanted snow from your home, in the market since 2012!

heatstone winter snow melt

Consiglio, a Toronto based inventor, approached Design 1st with the idea to build outdoor radiant flooring with concrete patio stones.  Seeing an opportunity to increase winter safety, comfort and convenience Consiglio engaged with the Design 1st team and began the product development process. From the initial first meeting a year ago, to introducing the product to the marketplace, a creative engineering and design team was needed to work alongside Consiglio on his first journey as an inventor.

The first stage for a design team working with new ideas and inventions is simply to listen. From there we help determine all the things that are important to the success of the product.  Ol’ Saint Nick makes a list and checks it twice; the Design 1st team uses the same process when designing product concepts.  First we get creative, imagine possibilities and illustrate the concepts with sketches, images and models.  It is good practice to outline requirements that meet both our clients and their end customers’ needs. For Consiglio this included safety, ease of installation and maintenance of his radiant flooring concrete patio stones. Safety wise, the patio stones had to clear pathways of ice and snow while meeting reglatory compliance issues in North America.

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The patio stones will be selling in local commercial hardware stores so ease of installation was a must, as many clients would be building the outdoor radiant flooring themselves.  Winter seasons vary from one year to the next so maintenance and quality were also key design requirements.  No better walkway for ruggedness across the seasons than decorative concrete stone. All the electronics are well protected inside the stones so mother nature and garden tools cannot get  at them.

From there the Design 1st team creates 3D models of the concepts checking over the details and ensuring every surface, edge movement and feature is resolved with critical consideration of the product image, human interaction, materials and manufacturing requirements.

From idea to physical working models, once the technical details and product requirements are met, modelled and reviewed – the 3D virtual design concept is sent Santa’s workshop to be assembled into a working prototype.  In a similar fashion to Santa’s North Pole facilities Design 1st’ onsite workshop has all the tools to build technical products including CNC Machines, micro-saws, cutting machines, epoxies, batteries, bolts, wires, hardware and building materials of all sorts.

For Consiglio’s outdoor heated patio stones the prototyping process involved creating working concrete stone patio blocks that were tested, modified and delivered on the promise to melt the snow as it falls or even after it accumulates.  After some minor tweaks the new product introduction (NPI) phase commenced where the Design 1st engineering team documented every screw, part, assembly and surface treatment in preparation for manufacturing.

Now as Consiglio moves into production cycle the Design 1st acts as a guide helping provide manufacturing introduction, design support, quality control and identifying opportunities for cost savings as the product facilities make last minute improvements.  This holiday season when the snow begins to fall, ice begins to form and sleigh bells are ringing the gifts from Santa’s workshop will put a smile on children’s faces and patio stones designed in our workshop will put a smile on yours!

A joyous Christmas & a Prosperous New Year to All

~Design 1st staff

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Published on: July 20, 2023

ING Robotic Aviation Read for Takeoff

ING Robotic Aviation Read for Takeoff

27 Years Experience

75+ Design Awards

1,000+ Manufactured Products

From Idea to Prototype in as Little as Six Weeks!

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What happens when you combine robotics, airplanes and a dash of aesthetic mechanical innovation?

Well, with the right team and experience you may end up re-inventing aviation with unmanned aircraft that deliver airborne sensing solutions in the fields of surveying, environmental monitoring, and critical infrastructure inspecting.

ING Robotic Aviation’s Serenity UAV

ING Robotic Aviation is a Design 1st client whose disruptive aviation technology is shaking up industries and forcing operational change across the globe. The company has found the right mix of innovation, sensing solutions and aesthetic design that has allowed them to put the right information, into the right hands, at the right time. ING’s fixed-wing Serenity Unmanned Aerial Vehicle (UAV) aircraft was recently purchased by IFMS, a Chilean company to help fight forest fires. While ING’s rotary-wing, “Responder” UAV was purchased last week by a client for surveillance operations in East Africa.

ING Robotic Aviation’s Team with Responder UAV

To find out more about ING Robotic Aviation and how their technology is being used in multiple industries across the globe, checkout their webpage at www.ingrobotic.com.

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Published on: July 20, 2023

MIT’s New Master’s Integrated Product Design and Engineering Program

MIT’s New Master’s Integrated Product Design and Engineering Program

27 Years Experience

75+ Design Awards

1,000+ Manufactured Products

From Idea to Prototype in as Little as Six Weeks!

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In order to create a successful product, which factor is the most important: that it functions well, that it appeals to the user, or that it reaches its target market? Each factor is necessary, and this intersection of mechanical engineering, industrial design and business has led to MIT creating a new Master’s program: Integrated Design & Management.

Any experienced product design firm can attest to the fact that the symbiosis of engineering, design and business is essential from the very beginning in order to avoid having to redesign the product. Yet typically, schools tend to teach very specialized knowledge, leaving the graduate with a deep understanding of a thin slice of the information pie. It is for this reason that MIT’s Sloan School of Management has partnered with MIT’s School of Engineering to provide a balanced understanding of the product development process.
 

This new Master’s track, contained within the MIT System Design and Management program, is an expansion of the widely popular Product Design and Development course. Teaching both engineers and business students to appreciate the inclusion of industrial design early in the design process is central to the ethos of this new degree. “We felt it was pretty important to validate this way of thinking at an institutional level and award a degree,” said Matt Kressy, director and creator of IDM and a senior lecturer at MIT.

The degree is a two-year program open to those with a background in engineering, industrial design or business. Through the course of the program, students are exposed to the important factors in each discipline and how they relate to the overall progress of a developing product, regardless of the student’s background. For example, “They’ll know if a particular design is valuable from a business perspective because they’ll know how to go through the right steps and involve the right people to make sure a product is profitable, that the supply chain is in place, and that they understand the market and distribution channels.”

Positions are limited in this exclusive new Master’s program, with only 20 students in its inaugural year, beginning this Fall.

Here, the program director Matt Kressy leads an information session about the program.

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Published on: March 2, 2015

FIRST Robotics Competition

FIRST Robotics Competition

27 Years Experience

75+ Design Awards

1,000+ Manufactured Products

From Idea to Prototype in as Little as Six Weeks!

Ready to Start?

The FIRST Robotics Program (FRC) offers an opportunity for high-school students to mentor with Industry professionals and step into the design engineering world, putting their young minds to work building a sophisticated robot in 6 weeks to compete in a variety of challenges. Founded in 1992 the FRC annually provides over $12 Million in scholarships to students and  deems its mission is:

“To transform our culture by creating a world where science and technology are celebrated and where young people dream of becoming science and technology leaders.” – Dean Kamen, Founder

Each year, teams of high school students find design and engineering companies who are willing to sponsor, mentor and work side by side with them. The activity is to compete with other schools to build robots weighing up to 120 pounds that can complete challenging tasks that change each year. The teams are given a standard set of parts at the beginning of January and are given six weeks to construct a robot that can operate autonomously as well as when guided by wireless controls to complete a set of unique challenges.

For the second year in a row the Design 1st engineering team worked with students from All Saints High School located in Kanata, Ontario. Over the course of six weeks, Design 1st and other supporters from the Ottawa hi-tech industry honed their teamwork skills and built, programmed and tested the robot, shown below.

Celebrating its 20th anniversary the 2011 FIRST robotics competitions consisted of 2,075 teams from 9 countries and close to 52,000 high school students. At the beginning of the build season FIRST teams receive a kit of parts containing electronics, software and structural components like pneumatic and electronic actuators, speed controllers, and gearboxes to build the robot. The teams also receive an additional off-the-shelf component budget set at a maximum of $400USD. These competition constraints make the challenge both exciting and competitive where team’s only advantages were their resourcefulness, experience and problem solving abilities.

This year’s challenge titled “Logomotion”, featured 2 teams of 3 robots each facing off in a two minute match to earn points – a description of which can be viewed below:

For this year’s competition the All Saints High School team traveled to Rochester New York, where all the teams set up functional booths which were areas for teams to display their robots as well as deal with any issues that competition can throw at the robot.  The All Saints Robotics team performed extremely well using their fork lift inspired design to accumulate points and complete the challenges.   The team hung a full first Logo gaining them the extra bonus points needed to win their 6th match.   Every year the competition comes down to a bit of luck and a lot of reliability and practice with the robots.  All saints placed 18th out of 46 robots at the RIT Regional competition in their 3rd year in the tournament.

In addition to the journey to New York the All Saints Robotics team also had the opportunity to showcase their robot at the museum of Science & Technology in Ottawa. Throughout the day the team fielded questions from passerby’s displaying the robots and abilities and inspiring young people of the marvels of technology and engineering.

The All Saints team is already looking forward to next year where they can hone their engineering abilities, build on past experiences and most importantly get a taste of “real world” engineering.  The team is always on the lookout for new mentors from diverse backgrounds including design, software, electrical or mechanical fields. Interested parties can contact Matt Bailey for the opportunity to lend their skills and collaborate with a motivated team in building the next generation FIRST robot.

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Published on: July 20, 2014