News Archives – Whistle Industrial Design Melbourne Product Development & Industrial Design Services Melbourne Tue, 28 Oct 2025 05:12:43 +0000 en-AU hourly 1 https://wordpress.org/?v=6.9 https://whistledesign.com.au/wp-content/uploads/2022/08/cropped-Whistle-Logo-2022_02-BLK-YEL-SQ-60x60.png News Archives – Whistle Industrial Design Melbourne 32 32 2025 Good Design Award Winning Concrete Grinders https://whistledesign.com.au/2025-good-design-award-winning-concrete-grinders/ Mon, 20 Oct 2025 04:53:59 +0000 https://whistledesign.com.au/?p=12330 Whistle Design Group and WORX+ are proud to announce that the Grindworx King Series Concrete Grinders are now officially design award winning, having earned two prestigious accolades at the 2025 Good Design Awards. Recognised for both engineering excellence and industrial design, the King Series sets a new benchmark in performance, usability, and innovation for the construction industry.

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Design Award Winning Industrial Equipment Technology

At Whistle Design Group, we’ve always believed that great design is more than just problem-solving—it’s about pushing boundaries and redefining what’s possible. That’s why we’re proud to announce that our collaboration with WORX+, the Grindworx King Series Concrete Grinders, is now officially design award winning, having received two accolades at the 2025 Good Design Awards.

Recognised for Excellence in Engineering and Industrial Design

The design award winning King Series was honoured in both the Engineering Design category and the Product Design – Commercial and Industrial sub-category. These awards celebrate the grinders’ innovative mechanical systems, intelligent automation, and ergonomic design—hallmarks of a product built for performance and precision.

  • Engineering Design: Acknowledging the advanced control systems, permanent magnet motor technology, and modular chassis that redefine serviceability and grinding accuracy.
  • Product Design – Commercial and Industrial: Celebrating the grinder’s bold aesthetics, intuitive user interface, and human-centred design that enhances operator comfort and efficiency.

A Vision Realised

From its debut at World of Concrete 2025 in Las Vegas to the stage at the ICC Sydney, the King Series has captured attention for its forward-thinking approach to industrial equipment. Designed for professionals in surface preparation and construction, the GK-700 and GK-850 models combine raw power with refined usability.

Key features include:

  • Split-Chassis Enclosure for modularity and control
  • Remote Control & Autopilot for seamless operation
  • Advanced Automation with real-time feedback
  • Human-Centred Touchpoints for intuitive interaction

Designing for “Better”

This year’s Good Design Awards theme “Rewarding, Defining and Celebrating Better ______.” invited designers to explore what “better” means today. For Whistle Design Group, “better” means smarter, safer, and more sustainable design. The design award winning King Series is a testament to that philosophy.

Looking Ahead

We are grateful to WORX+ for their partnership, and we are honoured to be recognised together among the world’s leading innovators. The King Series isn’t just a product—it’s a symbol of what’s possible when engineering meets empathy, and design meets durability.

Explore the project: Worx+ King Series Concrete Grinders
Learn more about the awards: Good Design Australia

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Shaping the Future of the Industrial Design Industry https://whistledesign.com.au/shaping-the-future-of-the-industrial-design-industry/ Thu, 19 Jun 2025 06:31:00 +0000 https://whistledesign.com.au/?p=11164 Discover how RMIT’s Industry Advisory Committee is shaping the future of industrial design education, with insights from Paul Connor of Whistle Design Group. Learn more and get in touch today.

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Shaping the Future of the Industrial Design Industry

The industrial design industry is evolving rapidly, driven by innovation, sustainability, and user-centred thinking. To keep pace, design education must stay aligned with real-world demands. RMIT University’s Industrial Design Industry Advisory Committee (IAC) plays a key role in this mission. Among its members is Paul Connor, Founder and Design Director at Whistle Design Group, who brings over 20 years of experience to help bridge the gap between academia and professional practice.

Bridging the Gap Between Design Education and Industry Practice

The IAC is a collective of professionals from across the design sector. Its purpose is to ensure that RMIT’s programs remain relevant, future-focused, and aligned with industry expectations. Members include designers, business leaders, and educators who provide strategic input on curriculum development, research, and partnerships.

This collaboration ensures that students graduate with the skills, mindset, and experience needed to thrive in today’s competitive design landscape.

Whistle Design Group’s Role in Advancing Industrial Design Education

Paul Connor’s involvement in the IAC reflects Whistle Design Group’s commitment to advancing design education. His expertise in product development, design strategy, and creative leadership helps shape academic content that mirrors real-world challenges.

By sharing insights from active projects, Paul ensures that students are exposed to current trends and opportunities. His contributions help RMIT produce graduates who are not only technically skilled but also strategically minded and industry-ready.

Driving Innovation, Collaboration, and Career Readiness

The IAC’s impact is significant. Key contributions include:

  • Curriculum Development: Embedding real-world design methodologies and tools into student learning.
  • Industry Collaboration: Facilitating internships, mentorships, and networking opportunities with leading design firms.
  • Research and Innovation: Supporting exploration into sustainable materials, emerging technologies, and user-centred design.
  • Graduate Employability: Ensuring students are equipped with the practical and strategic skills needed to succeed in the field.

These initiatives help RMIT maintain its reputation as one of Australia’s most industry-connected design institutions.

The Power of Partnership: Academia Meets Real-World Design Challenges

The RMIT Industrial Design Industry Advisory Committee plays a vital role in shaping the future of design education. With Paul Connor’s leadership and Whistle Design Group’s involvement, the committee ensures that graduates are prepared to meet the demands of a fast-changing profession.

As the industrial design industry continues to evolve, partnerships between academia and industry will be essential. Through collaboration, innovation, and shared expertise, RMIT and its advisory committee are helping to develop the next generation of design leaders.

Get in Touch

Want to learn more about how Whistle Design Group is contributing to the industrial design industry? Contact us today — we’d love to hear from you. Call us on (03) 9122 8520.

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ataraxyBSC’s Sports Science Project Breakthrough Backed on Kickstarter https://whistledesign.com.au/ataraxybscs-sports-science-project-breakthrough-backed-on-kickstarter/ Fri, 30 May 2025 07:00:00 +0000 https://whistledesign.com.au/?p=11424 Whistle Design Group celebrates the success of ataraxyBSC’s innovative sports science project — the vabsRider™ split bicycle seat. From concept to Kickstarter triumph, this collaboration showcases how biomechanical design can transform cycling performance.

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ataraxyBSC’s Sports Science Project

We’re excited to share a major milestone from one of our standout collaborations this year. In May 2025, our client ataraxyBSC successfully secured full funding on Kickstarter for their innovative sports science project, the vabsRider™ — a revolutionary split bicycle seat designed to enhance rider comfort and performance.

This achievement not only marks a crowdfunding success but also highlights a significant advancement in sports science. The project showcases how thoughtful design, and biomechanical insight can transform the cycling experience.

A Collaborative Sports Science Journey

At Whistle Design Group, we partnered with ataraxyBSC from the early concept phase. Their bold idea — a bicycle seat that moves with the rider’s body — evolved into a refined, high-performance product through close collaboration between our industrial designers, engineers, and the visionary team at ataraxyBSC.

From Concept to Market-Ready Innovation

The ataraxyBSC seat exemplifies the power of a well-executed sports science project. Its dynamic split-seat mechanism adapts to rider movement, reducing pressure and improving ergonomic support. Our team helped bring this concept to life by focusing on:

  • Biomechanical alignment for natural motion
  • Smooth mechanical operation for fluid riding
  • User testing and iteration to perfect every detail

The result is a sleek, performance-driven product that reflects the best of modern sports science. 

Looking Ahead

We’re proud to have contributed to this innovative sports science project and thrilled to see it resonate with the cycling community. Congratulations to the entire ataraxyBSC team on their successful Kickstarter campaign — a true testament to their passion and precision.

Ready to Launch Your Own Sports Science Project?

Let’s talk. At Whistle Design Group, we specialize in turning bold ideas into breakthrough products. Whether you’re developing a new concept or refining an existing one, we’re here to help bring your sports science project to life.

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7 Common Startup Product Design Mistakes (And How to Avoid Them) https://whistledesign.com.au/7-common-startup-product-design-mistakes-and-how-to-avoid-them/ Mon, 25 Nov 2024 22:30:00 +0000 https://whistledesign.com.au/?p=11457 Startup product design is where bold ideas meet real-world challenges — and small missteps can have big consequences. At Whistle Design Group, we’ve seen the patterns. In this post, we break down the 7 most common mistakes startups make in product design — and how to avoid them for a smarter, faster path to market.

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7 Common Startup Product Design Mistakes (And How to Avoid Them)

Startup product design is thrilling — it’s where vision becomes reality. But for startups, it’s also where big mistakes can cost time, money, and momentum. At Whistle Design Group, we’ve helped many founders navigate the product design journey — and we’ve seen the patterns.

Here are the 7 most common startup product design mistakes — and how to avoid them.

 

1 – Designing Without the User

The mistake: Building for yourself, not your customer.
Why it matters: Great startup product design starts with empathy. Ignoring user needs leads to products that miss the mark.

The fix: Talk to real users early. Understand their pain points, needs, and behaviours before committing to your own assumptions.

 

2 – Skipping the Prototyping Stage

The mistake: Avoiding prototypes to save money.
Why it matters: Skipping prototyping is a fast way to burn through cash — and deliver a flawed product.

The fix: Use rapid prototyping to test, learn, and iterate. It’s a core part of smart product design for startups.

 

3 – Overcomplicating the First Version

The mistake: Building too much, too soon.
Why it matters: A feature-packed product can overwhelm users and delay your launch.

The fix: Start with a Minimum Viable Product (MVP) — the simplest version that solves a core problem. Then evolve based on feedback.

 

4 – Ignoring Manufacturing Constraints

The mistake: Designing without understanding how things get made.
Why it matters: A beautiful design that can’t be manufactured efficiently is just an expensive prototype.

The fix: Collaborate with an industrial design team (like us!) that understands real-world production from day one.

 

5 – Forgetting About IP Early

The mistake: Publicly revealing your idea before protecting it.
Why it matters: Intellectual property (IP) is critical in startup product design — and often overlooked.

The fix: Get IP advice early. We connect startups with trusted patent attorneys and guide you on protecting your product before market exposure.

 

6 – Underestimating Time & Costs

The mistake: Assuming it’ll be fast and cheap.
Why it matters: Product design takes longer — and costs more — than many founders expect.

The fix: Build a realistic roadmap. We help scope timelines and phases clearly, so you’re not caught off guard.

 

7 – Not Asking for Expert Help

The mistake: Delaying expert involvement to save budget.
Why it matters: DIY design can lead to costly mistakes in engineering, compliance, and manufacturing.

The fix: Involve experienced industrial designers and engineers early. The cost of expert advice is nothing compared to the cost of getting it wrong.

 

Final Thought: Design Smart from the Start

Startups don’t have time or money to waste. Avoiding these common startup product design mistakes means a faster, smarter path to market — and a product your customers will love.

At Whistle Design Group, we partner with ambitious startups to design products that work, look great, and get made right.

 

Got an idea you don’t want to mess up?
Contact us today — and let’s design it the right way from the start.

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Celebrating Excellence: Our Award-Winning Product Design Journey https://whistledesign.com.au/celebrating-excellence-our-award-winning-product-design-journey/ Sun, 22 Sep 2024 23:45:00 +0000 https://whistledesign.com.au/?p=11028 At Whistle Design Group, innovation is at the heart of everything we do. This year, we’re proud to announce a major milestone – winning two prestigious Good Design Awards for our work with ataraxyBSC on their groundbreaking vabsRider. Among these […]

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At Whistle Design Group, innovation is at the heart of everything we do. This year, we’re proud to announce a major milestone – winning two prestigious Good Design Awards for our work with ataraxyBSC on their groundbreaking vabsRider. Among these accolades, we were honoured with a coveted Gold Award, a testament to our commitment to award-winning product design.

A Night to Remember

The 2024 Good Design Awards, hosted at the International Convention Centre (ICC) in Sydney, brought together industry leaders, designers, and visionaries from around the world. It was an unforgettable evening celebrating design excellence. Seeing our work recognized on such a stage reaffirms the passion and dedication we bring to every project.

Whistle Design Group team at Good Design Awards

The ataraxyBSC vabsRider: Redefining Ergonomic Innovation

We partnered with ataraxyBSC to create something truly revolutionary—the first virtual-axis bike seat, designed with cutting-edge pressure distribution technology. The vabsRider isn’t just another saddle; it reimagines the riding experience by adapting to the natural movement of the body, reducing pressure by up to 80% compared to traditional designs.

Key Innovations:

  • Virtual Axis Design: The vabsRider is the world’s first virtual-axis bike seat, featuring a split-seat design that adapts to a rider’s movement. This innovative design allows for individual movement of the legs, rotating around the hip joints on an axis that is virtual to the seat.
  • Pressure Distribution: The vabsRider transfers the pressure from the sit bones to the femurs, ensuring an evenly distributed load and reducing pressure on sensitive areas by up to 80% compared to traditional saddles.
  • Ergonomic Comfort: Designed to glide with the natural movement of the body, the vabsRider creates a pain-free, enjoyable riding experience for all riders, regardless of their level of experience.

This project challenged us to think beyond conventional constraints, pushing boundaries in industrial design, engineering and user-centred design.

A Team Effort

Our success isn’t just about the award—it’s about the incredible minds behind the work. We extend our deepest gratitude to our talented team at Whistle Design Group and our amazing collaborators at ataraxyBSC. Their dedication, creativity, and problem-solving mindset made this achievement possible.

The Design Effect: Shaping the Future

The theme of this year’s Good Design Awards, “The Design Effect,” resonates deeply with us. It’s a reminder of the power of design to influence how we live, work, and experience the world. We’re committed to continuing our mission of creating designs that make a lasting impact.

Looking Ahead

Winning these awards is a celebration of our journey, but also motivation to keep innovating. With each project, we strive to redefine the boundaries of award-winning product design, ensuring our work remains at the forefront of industry advancements.

We invite you to follow our journey, explore our latest projects, and celebrate design excellence with us. Check out Good Design Australia and AtaraxyBSC to learn more about the recognition and the pioneering work behind vabsRider.

Here’s to pushing the limits of design, shaping the future, and continuing to create products that change lives!

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We’ll be at IMARC 2023 in Sydney! https://whistledesign.com.au/well-be-at-imarc-2023-in-sydney/ Mon, 30 Oct 2023 03:59:29 +0000 https://whistledesign.com.au/?p=10824 We’re super excited to be attending AND exhibiting this week at IMARC 2023 in Sydney. The International Mining and Resources Conference (IMARC) is Australia’s largest mining event, where the most influential people in the mining industry come together, delivering ideas, inspiration […]

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We’re super excited to be attending AND exhibiting this week at IMARC 2023 in Sydney.

The International Mining and Resources Conference (IMARC) is Australia’s largest mining event, where the most influential people in the mining industry come together, delivering ideas, inspiration and serving as a meeting ground for industry leaders.

Paul Miller and Paul Connor will be carrying our flag, and are super excited to be exhibiting on the Victorian Government Pavilion, in Pod 6. Come say hello!

See more here: https://imarcglobal.com/

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CSBP Detect Wins Two Good Design Awards in 2023 https://whistledesign.com.au/csbp-detect-good-design-awards/ Mon, 11 Sep 2023 00:11:55 +0000 https://whistledesign.com.au/?p=10579 The CSBP Detect wins two Good Design Awards at the 2023 Good Design Awards ceremony, held in Melbourne on September 8th, 2023 at Centrepiece, Melbourne. In one of the most comprehensive and competitive years ever, Whistle and CSBP are delighted […]

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The CSBP Detect wins two Good Design Awards at the 2023 Good Design Awards ceremony, held in Melbourne on September 8th, 2023 at Centrepiece, Melbourne.

In one of the most comprehensive and competitive years ever, Whistle and CSBP are delighted to have won two Good Design Awards for the CSBP Detect, in the categories of:

  • GOOD DESIGN AWARD – PRODUCT, COMMERCIAL AND INDUSTRIAL.
  • GOOD DESIGN AWARD – ENGINEERING.

Our team are proud to have been a trusted partner to CSBP Fertilisers to help them develop this amazing technology, which represents a distinctive fusion of spectroscopy and machine learning, effectively measuring plant nitrogen levels to provide real-time nitrogen recommendations. This advanced crop monitoring tool, developed to help commercial growers optimise crop yield and improve sustainability, leverages data and powerful analytics to provide real-time fertiliser recommendations. 

View our winning entry at Good Design Australia here and read more about the development of teh CSBP Detect system in our Portfolio here.

CSBP Detect Wins 2 Good Design Awards in 2023

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Merry Whistmas! https://whistledesign.com.au/merry-whistmas-2022/ Wed, 14 Dec 2022 00:31:54 +0000 https://whistledesign.com.au/?p=8144 Finally, it’s time to wind down, wrap up the planning for 2023 (or get planning if you haven’t yet) and recharge the batteries. Its been an amazing year for the team at Whistle, with some big wins for our clients […]

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Finally, it’s time to wind down, wrap up the planning for 2023 (or get planning if you haven’t yet) and recharge the batteries. Its been an amazing year for the team at Whistle, with some big wins for our clients too. 

We celebrated with our “Whistmas” Party this year at the exclusive new Kiss and Tell Bar in Bourke Street, followed by a delicious banquet at Daughter in Law.

On behalf of the entire team at Whistle, we’d like to wish you and your families a Merry Christmas, and a happy and safe New Year. Thank you to all for your support during 2022 and we look forward to an even bigger year together in 2023.

Holiday Closure.

​Please note, our studio will be closed for the Christmas / New Year holidays from December 23 2022, re-opening January 9 2023.

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PD101 – Feasibility Studies https://whistledesign.com.au/pd101-feasibility-studies/ Fri, 02 Dec 2022 07:32:56 +0000 https://whistledesign.com.au/?p=8102 PD101 is our series on insights and advice into the less common elements of the Product Development Process. Today we talk Feasibility Studies. Feasibility studies form an integral part of the early Discovery stages of a project, but can often […]

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PD101 is our series on insights and advice into the less common elements of the Product Development Process. Today we talk Feasibility Studies.

Feasibility studies form an integral part of the early Discovery stages of a project, but can often be overlooked as an unnecessary part of the process. Let’s looks at why we undertake feasibility studies before embarking on increasingly extensive product development stages.

Feasibility.

noun [ U ]

UK /ˌfiː.zəˈbɪl.ə.ti/ US /ˌfiː.zəˈbɪl.ə.t̬i/

The possibility that can be made, done, or achieved, or is reasonable.

https://dictionary.cambridge.org/dictionary/english/feasibility

What is a Feasibility Study?

A Feasibility Study at its simplest is a risk-mitigation tool used to evaluate the “possibility” that an innovation can be reasonably made, done, or achieved. The study is intended to help identify risks, challenges and help formulate a path for development. It is not intended to find, develop or confirm a solution. Moreso to evaluate, through a set of tests, if we are confident a solution can be found, how easily that solution can be found, and at what level of effort and cost a solution can be found. 

How is a Feasibility Study conducted?

Our Feasibility Studies are typically broken down into six sections

1. Objective.

A statement of the problem, including knowns and unknowns, and a description of how and why we propose to solve the problem.

2. Presented or Desired Solution.

A statement of the possible solution/s as presented or desired by the client. Each proposed solution is simply illustrated where possible and accompanied by a thorough description. A simple SWOT analysis is then performed for each, listing out Strengths, Weaknesses, Opportunities and Threats. Finally, reference materials or products can be listed to aid comparison and an understanding of prior art or state-of-the-art.

3. Possible or Alternate Solution.

Following the same structure, our designers and engineers will bring to the table possible alternate solutions for discussion and review. These are listed out in the same manner and subjected to the same SWOT analysis as the presented or desired solution/s. We do this as a quick and simple method to draw on vast amounts of experience to look for other ways to solve the problem, in case there is a quickly apparent better way.

4. Evaluation Criteria.

Development of a set of evaluation criteria to rank solutions. An example set of criteria could look as follows:

  • ComplexityRelative complexity of the solution, be it mechanical, electronic, software, parts/assembly based etc.
  • Cost – Relative cost of development, production or RRP.
  • Mechanical Viability or Robustness – are we confident we can develop a robust solution suitable for desired manufacturing methods.
  • Repeatability – Can the solution be repeated, producing consistent results.
  • Ease of Use – Is the solution easy for customers or end-users to operate.
  • Size – Is the size within a defined acceptable range. 
5. Most Feasible Solution.

Each solution is then ranked according to the Evaluation Criteria, and a selection of preferred solution/s to move ahead with is agreed upon.

6. Recommendation for Development.

Finally, a recommendation for the next development stages is laid out, based upon the findings from the Feasibility Study. 

WHAT CAN A FEASIBILITY STUDY TELL US?

On completion of the Feasibility Study, we should have a clearer understanding of the path forward. The conclusions reached here can be crucial to how the project progresses. For example, we could breakdown outcomes into three main categories, not dissimilar to a traffic light system.

Feasibility Traffic Lights-02
1. OK TO PROCEED.

Following investigation, we determine that the proposed solution is acceptable with no significant obstacles or cost uncertainties expected. We could even identify a potential different solution to the problem that simplifies development and saves time and cost, or results in a more robust solution. We are safe to proceed with development. 

2. PROCEED WITH CAUTION.

Following investigation, we determine that the proposed solution or an alternate solution appears achievable, though may come with significant elements of risk. This may typically revolve around unknowns, which require significant R&D to solve. Whilst not unachievable, a robust development plan, with clear Success and Contingency KPI’s should be developed, to ensure that R&D is yielding desired results within available budgets to still allow a successful commercial outcome. 

3. DO NOT PROCEED.

Following investigation, we determine that the proposed solution is more complex than first thought, and either not achievable, or may come with significant development challenges. This conclusion must occur in conjunction with an understanding of the commercial development requirements, typically with budget and time as the two driving factors. For example, it may be conceivable to develop an anti-gravity car, but may require years/decades/centuries of R&D and unlimited funding to do so, without any guarantee of success. For most, this would be marked Do Not Proceed.

This is why we suggest Feasibility Studies early on, when developing new innovations. The ability to identify and understand risk in the initial stages, where investment from a time and budget perspective remain low, is paramount to minimizing that risk, particularly if uncertainty is high. From here, an evaluation can be made as to whether your business is willing to carry that risk. Of course, the “no risk, no reward” applies, but now we are better informed as to what that risk is, and where we need to focus our efforts.

Let the expert team at Whistle help guide your Product Development.

Considering working with us? Make sure to protect your innovation. Need guidance with patents? Get in touch.

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Whistle Welcomes Shashank Rathor https://whistledesign.com.au/shashank-rathor/ Wed, 16 Nov 2022 00:40:01 +0000 https://whistledesign.com.au/?p=8097 We’re pleased to welcome our newest intern Shashank Rathor to Whistle Design Group. Shashank is a 4th year Industrial Design student at RMIT University and will spend a few months in the studio completing his final year project supervised by […]

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We’re pleased to welcome our newest intern Shashank Rathor to Whistle Design Group.

Shashank is a 4th year Industrial Design student at RMIT University and will spend a few months in the studio completing his final year project supervised by Paul Miller. His research deep dives into the medical industry, design processes and methodology research, to explore what role design plays in the Medtech space.

Key to Shashank’s studies will be need-finding and the identification of pain points through observation, research groups and speaking directly to those working in the industry. He aims to synthesise these findings to ultimately identify and document an ideal methodology for the development of Medtech products, services and IP. In the final stage of his project he will apply these learnings to design an original Medtech product.

Shashank is passionate about digital design, user-centered design, UX/UI and healthcare. Check out some of his impressive portfolio work to date below.

Click here to learn more about the talented team at Whistle.

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