About
- CEO and cofounder of Instrumental, Inc. where we are making it easier to solve problems…
Articles by Anna-Katrina
Contributions
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How can you design for mass production without sacrificing user experience?
This article is supposed to be about designing for mass production, and yet it's entirely about the UX and designer experience, and has nothing to do with the actual manufacturing of a product. Designing a product for mass production requires an understanding of trade-offs to UX. For example, the crown on the first Apple Watch is a critical UX feature, all of the way down to its tactility. This was a high risk feature to implement mechanically and involved innovating multiple new manufacturing processes to achieve. Given its criticality to the user experience, that risk was deemed worth it. However, another feature may be less critical to UX and so may be simplified in order to reduce cost, complexity, or program risk.
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How can you use cloud-based platforms to improve your manufacturing process?
This article is terrible. None of the sections included in this ChatGPT output (with potential exception for collaboration) require a cloud-based platform and could be provided all of the same on-premises. It misses the point. What is the point of cloud platforms for manufacturing? It's live, real-time data aggregation and alignment across multiple locations, sources, users, vendors, etc. It's real-time deployment of new tests to multiple lines worldwide, using exactly the same specifications. It's enabling the use of commercial AI algorithms that are cutting edge (because companies won't install those on-prem since they will lose their IP). These are the reasons a cloud-based platform is valuable.
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How can you choose between manufacturing automation and manual processes?
It may be tempting to assess technological readiness with a Proof of Concept (POC) -- but I would argue the only thing worth doing is a Proof of Value (POV) study. Unlike a POC, which focuses on just technological readiness, a POV puts that technology in a real environment where you're explicitly looking to maximize its value, while understanding its drawbacks. In electronics manufacturing, things like cycle time, reliability, and accuracy/precision are all important variables to assess a technology -- but it won't matter unless that technology can demonstrate the business value it will create (ROI).
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How can you choose between manufacturing automation and manual processes?
This can also be iterative. It's possible to design electronic products to be easier to automate (Motorola used to have all screws only pointing straight up, for this reason). Those design tradeoffs come at the expense of other benefits, like miniaturization. Where in the lifecycle you are also matters. In electronics assembly, development is a time of high iteration and design change, which is brutal with a ton of automation equipment. It slows down development because reprogramming takes time, it messes up your controlled experiments, and it goes down frequently since it's often unstable. The first generation Apple Watch had a lot of automation equipment on the line during development. The second generation had less. It was too painful.
Activity
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If you could ask someone who worked at Exponent for a long time any question that would *actually help you in your own missions* (even if they might…
If you could ask someone who worked at Exponent for a long time any question that would *actually help you in your own missions* (even if they might…
Posted by Anna-Katrina Shedletsky
Experience
Education
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Stanford University
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Activities and Societies: Teaching assistant for fundamental mechanics of materials class
Masters concentration in globally distributed mechanical design, with additional study in controls, design and implementation of a mass network of micro-controllers, and computational optimization.
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Activities and Societies: Tau Beta Pi: Engineering Honors Society, Stanford Biodiesel, Residential Assistant
Graduated with Distinction in Mechanical Engineering and a minor in English.
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Women's Executive Leadership Program
Negotiation and Influence -
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Mandarin Chinese 1 to 6 -- reading, writing, and speaking
Volunteer Experience
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Advisory Council
AMT - The Association For Manufacturing Technology
- Present 4 years
Science and Technology
I am a member of an industry advisory council to advance the adoption of manufacturing technologies that make the world better.
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National Leadership Council
Society for Science & the Public
- Present 6 years 8 months
Science and Technology
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Founder, Fundraiser, Industry Engine
Women in STEM Mentorship Program (WISMP)
- Present 11 years 8 months
Education
This program matches Stanford, UC Berkeley, and SJSU women STEM students (freshmen through graduate school) with practicing women engineer mentors. It was founded in 2013 and is financially supported by local companies who are taking action to increase diversity and benefits from the generous donation of time from many women engineers. The 2017-2018 program has 150 participants.
The goals of the program are:
1. To educate students on the broad range of careers available in an area…This program matches Stanford, UC Berkeley, and SJSU women STEM students (freshmen through graduate school) with practicing women engineer mentors. It was founded in 2013 and is financially supported by local companies who are taking action to increase diversity and benefits from the generous donation of time from many women engineers. The 2017-2018 program has 150 participants.
The goals of the program are:
1. To educate students on the broad range of careers available in an area of interest (which may not otherwise be represented at school job fairs, etc).
2. To create meaningful relationships between students and practicing engineers.
3. To jump start a student's network by allowing them to tap into their mentor's network for school/career/life advice and internship/job opportunities.
If you are interested in getting involved, visit us here: www.WISMP.org
Patents
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Electronic device signal routing structures with conductive adhesive
Issued US 9,223,424
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Device housings with hidden fasteners
Issued US 9,210,242
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Flexible printed circuit structures
Issued US 9,190,720
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Component for an electronic device
Issued US D742,883
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MLB module for electronic device
Issued US D742,338
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Amorphous diamond-like carbon coatings for increasing the thermal conductivity of structural frames in portable electronic devices
Issued US 9,103,021
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Anti-rotational buttons
Issued US 9,099,264
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Systems and methods for routing cables in an electronic device
Issued US 9,084,357
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Electronic devices with display-integrated light sensors
Issued US 9,070,648
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Composite microphone boot to optimize sealing and mechanical properties
Issued US 8,515,113
Languages
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English
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Chinese (Conversational)
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