6 Must-Know Industrial Design Trends -srushty PD

6 Must-Know Industrial Design Trends in 2024

Product Development

Industrial design has been evolving with the advancements in humankind and technology. Blending creativity and functionality has always been an exciting challenge that meets the user’s perspective.

The design trend has been changing along with this evolution in our lives. Now let us dive into some of the recent and upcoming  industrial design trends –

1. Human-centered design

Human-centric design has always been in play in industrial design considering emotions, ergonomics and many other factors in designing a successful product, as the needs/ requirements change with time – innovation is essential in Industrial design. This can be enhanced with deep design thinking and understanding of the user, which helps them to use the products intuitively by avoiding confusion in understanding the exact function of the particular product.

2. Sustainable design

With rising concerns of global ecological damage, addressing sustainability in design is necessary as the requirements are never quenching in our lives. To cut waste, reduce the product footprint and balance the circular economy, industrial designers must explore eco-friendly materials and energy-efficient manufacturing processes. With this responsible sense, the design process can lead to a timeless design of a product where the user/consumer absolutely loves the product and doesn’t throw it away to add up the waste.

3. Minimalist and functional design

Minimalism in a design can remove unnecessary clutter such as some features, materials etc. that can be avoided to enhance the product value. Focus on absolute simplicity, clean lines and elegance the user experience is also emphasized along with pleasing aesthetics and intuition. Upcoming product designs could focus on multi-functionality such that a single product can serve multiple requirements.

4. Smart and connected products

Technology has been occupying our daily lives exponentially is an undoubtful statement. The trends in technology have been also evolving with many things such as IoT, quantum computing, blockchain to the recent wave of AI in our environment. This brings up an integration of technology with the products, and devices that we use in our daily lives. From smart devices to wearables the products are becoming more user friendly keeping us well connected and offering efficient functionality.

5. AI integration

Another feather in the design trends is AI integration. The integration of AI in industrial design enhances opportunities for customization and user interaction. This technology helps us in analyzing the vast amount of data which could be a precious asset to design personalized user experience in products. This Is leading the industrial design industry in a profound way to create marvellous experiences to the user through functional enhancement and better human-technology-product interaction.

6. Bio-inspired design

Inspiration in Industrial design is a soul in itself that pushes us to solve challenging problems with creativity and innovation. The inspiration from our biological environment helps us to create some breakthrough solutions. A quality that designers must have is attention to detail can mean in form, functionality, and factors of the product, with technological advancements and learnings from our ecosystem we can design products with innovative materials and structures giving freedom to the power of imagination. This has made us solve the challenges in sustainable design too.

I’ll be back with more exciting things about Industrial Design soon. If you have any needs reach out to us, we are here to bring your ideas to life!

AUTHOR

Prem Kumar D

Sr. Industrial Designer, Srushty Global Solutions

As an innovative Sr. Industrial Design Engineer, he specializes in creating functional and aesthetically pleasing products. He blends creativity and technical expertise to develop designs that enhance user experience and meet market needs. He has contributed to a diverse range of projects, from consumer electronics to furniture design. He is known for his attention to detail and commitment to sustainable design practices, always striving to push the boundaries of what is possible.

Keep Reading: Know More on What is a digital twin? How you can adapt it to your engineering project
Digital-Twins-An-Innovation-on-Product-Development-Journey

What is a digital twin? How you can adapt it to your engineering project

Product Development

Have you ever wondered how companies predict equipment failures or optimize production processes without breaking a sweat? Enter the digital twin. A digital twin is more than just a static model. It’s a virtual, dynamic mirror of real-world systems, designed to capture every detail and behavior of the physical asset it’s replicating.

The concept might sound futuristic, but it has its roots back in the 1960s. NASA was the first to employ a version of the digital twin, using it to simulate the Apollo missions, particularly when things went wrong on Apollo 13. By using a virtual replica of the spacecraft, engineers were able to assess and rectify the oxygen tank malfunction in real-time. From there, the technology has rapidly advanced and is now shaping multiple industries.

So, What Does Digital Twin Mean?

A digital twin is a digital representation of a physical object or system that mimics its real-time behavior and state. It’s like a virtual version of something tangible; a car, a building, a machine, or even an entire city. This digital model is connected to its real-world counterpart, continuously receiving data from sensors and other input devices to reflect the object’s status, behavior, and environment.

The digital twin provides insight into the object’s performance and can predict outcomes based on various simulations. Think of it as a virtual sandbox where real-world scenarios can be tested without the risks or costs associated with physical trials

A Brief History of Digital Twins

As mentioned earlier, the first iteration of the Digital twin technology came to life at NASA in the 1960s. When engineers needed to understand and fix the oxygen tank failure in the Apollo 13 mission, they used simulations to represent the spacecraft’s condition in a virtual environment. This was a primitive version of what we now call the digital twin.

Since then, the digital twin concept has evolved into a powerful tool across industries, from aerospace to healthcare, driven by advances in data collection, cloud computing, and artificial intelligence.

3 Features of Digital Twins

  • Real-Time Data Synchronization

Digital twins continuously sync data between the physical asset and its virtual counterpart using IoT (Internet of Things) sensors mostly in industry 4.0. 

This means the virtual model is always up-to-date with the latest information about its physical twin.

  • Simulation and Modeling

Digital twins use advanced algorithms and simulations to predict outcomes and optimize real-world behaviors. Businesses use this feature to test different scenarios, find inefficiencies, and make data-driven decisions.

  • Feedback Loop

One of the most critical features of a digital twin is the feedback loop. The real-time data captured by the digital twin is used to make real-time adjustments to the physical object, creating a cycle of continuous improvement.

Advantages of Digital Twins

Real-Time Insights

Digital twins provide real-time insights into the performance of assets. This allows businesses to monitor conditions, detect potential problems, and implement solutions before they cause major disruptions.

Predictive Maintenance

By using the data from the digital twin, businesses can implement predictive maintenance. This means they can anticipate equipment failures before they happen and perform maintenance proactively, reducing downtime and repair costs.

Cost Efficiency

Digital twins streamline operations, reducing wasted time, energy, and resources. Companies that use digital twins can make more efficient decisions, ultimately saving money and improving performance.

How Digital Twins Work

Data Collection: Sensors at Work

A digital twin begins with data collection. Physical assets like machines or infrastructure are equipped with IoT devices such as temperature sensors, RFID tags, and motion detectors. These devices gather critical information like temperature, pressure, and vibration.

Data Integration: Cloud Power

The collected data is sent to the cloud for processing and storage. Here, it is organized into data lakes, which can handle vast amounts of unstructured data. This integration allows for in-depth analysis and real-time insight generation.

Modeling: 3D Visuals and Mathematical Precision

Once the data is processed, it is used to create a detailed 3D representation of the physical asset. Algorithms ensure that the model behaves in a way that mirrors the real-world asset, offering accurate simulations.

Simulation and Analysis: Smart Learning

Machine learning algorithms analyze the entire data and make predictions on future performance. Insights from these simulations can help improve efficiency and prevent failures.

Types of Digital Twins

Product Digital Twin

Focuses on individual products throughout their lifecycle. For example, a digital twin of a car engine can monitor its performance in real-time, predicting potential issues like overheating or component failure, allowing for timely maintenance and better fuel efficiency.

Production Digital Twin

Represents an entire manufacturing process. A production digital twin of an assembly line can predict potential bottlenecks and suggest improvements.

Performance Digital Twin

Monitors the performance of an asset in real-time, such as a wind turbine tracking energy production and component health.

Applications of Digital Twins

Digital twin in manufacturing

In manufacturing, digital twins can monitor equipment, predict failures, and optimize production processes. GE Aviation, for instance, employs digital twins to monitor jet engine health.

Healthcare

Digital twins can create personalized models of patients, helping healthcare professionals predict health outcomes and tailor treatment plans. Philips uses digital twins for remote patient monitoring.

Smart Cities

City planners use digital twins to simulate traffic flow, optimize public transportation, and enhance urban development.

Aerospace

NASA employs digital twins for mission planning, such as simulating Mars rover conditions before launching missions.

Digital twins are revolutionizing industries by offering real-time insights, optimizing operations, and predicting potential problems before they arise. Their ability to simulate and model physical objects and processes is invaluable, from manufacturing to healthcare and even city planning.

AUTHOR

Geethanjali R

Electrical Hardware Engineer, Srushty Global Solutions

As an accomplished Electrical Hardware Engineer, she focuses on the design and development of cutting-edge electronic systems. With a strong background in circuit design and embedded systems, Geetha plays a pivotal role in driving innovation and ensuring the reliability of our products. She has successfully led multiple projects that have enhanced product performance and efficiency. Her analytical mindset and attention to detail enable her to tackle complex engineering challenges effectively.

Keep Reading: Know More on A Complete Guide to Optimizing Optical System Design Challenges and Advanced Techniques
The Compliant Mechanism_ A Revolution in Mechanical Design

The Compliant Mechanism: A Revolution in Mechanical Design

Product Development

Compliant Mechanism is one of the breakthroughs in mechanical design. It is a flexible mechanism that achieves motion through the elastic deformation of its materials, instead of relying on traditional rigid components like hinges or bearings. By using the flexibility inherent in the material itself, compliant mechanisms offer a simpler, more efficient, and often cost-effective alternative to conventional mechanical systems.

But what exactly are compliant mechanisms, and why are they gaining so much attention? 

Let’s take a deep dive.

What is a Compliant Mechanism?

Compliant mechanisms differ from conventional mechanical systems in one fundamental way; they use flexibility to achieve motion. Rather than relying on connected rigid components like hinges or pivots, compliant mechanisms bend and flex within a single piece of material.

How Compliant Mechanisms Work?

Compliant mechanisms work by distributing forces through the flexible material, allowing it to deform and then return to its original shape. This movement is powered by the elastic properties of the material itself, enabling it to perform specific tasks with fewer moving parts.

Compliant Mechanism Examples: Paper Clips, Backpack Latches and Electric Switches

Let’s take the simple yet familiar example of a compliant mechanism – paper clip. When you bend a paper clip, it stores potential energy through elastic deformation. Once released, it springs back to its original shape, performing its function without any complicated joints or components

Advantages of Compliant Mechanisms

The compliant mechanism has many advantages over traditional systems:

  • Simplified Design and Manufacturing: Because compliant mechanisms often consist of a single part, they eliminate the need for complex assemblies, reducing production time and costs.
  • Reduced Maintenance: Without multiple joints and moving parts, there’s less wear and tear, meaning compliant mechanisms require far less maintenance than conventional systems.
  • Decreased Friction and Wear: Fewer mechanical connections mean less friction, which can extend the device’s lifespan and improve efficiency.

Comparison with Conventional Mechanisms

Conventional Mechanisms: Rigid Bodies

Traditional mechanical systems are composed of rigid bodies connected by moving joints, such as hinges or bearings. These joints are prone to friction and wear, leading to decreased efficiency and increased maintenance costs over time.

Compliant Mechanisms: Flexible Structures

On the other hand, Compliant mechanisms utilize the flexibility of materials to reach motion. This approach reduces the need for complex assemblies and also improves the device’s overall durability and reliability.

Material Selection for Compliant Mechanisms

When selecting materials for compliant mechanisms, designers typically prioritize:

Popular Materials Used

Common materials for compliant mechanisms include:

  • Thermoplastics: Such as nylon or polypropylene, which offer excellent flexibility and durability.
  • Metals: Like stainless steel or titanium, which can be used in applications requiring greater strength.
Material Fatigue Limit (MPa) Number of Cycles
Polyethylene (PE) 18 12,000
Polypropylene (PP) 25-35 15,000
Polyetrafluoroethylene (PTFE) 40-50 20,000

Applications of Compliant Mechanisms

Compliant mechanisms are being used across a wide range of industries.

  • Medical Devices: In surgical instruments or prosthetics, compliant mechanisms allow for precision movements without complex assemblies.
  • Consumer Electronics: Flexible connectors in devices like smartphones and laptops can reduce wear and tear while simplifying manufacturing processes.
  • Robotics: Soft robotics, which requires flexible and adaptive movements, heavily rely on compliant mechanisms to achieve smooth and precise motion.

Energy Efficiency in Compliant Mechanisms

Compliant mechanisms mainly focus on energy efficiency. By eliminating the friction caused by multiple moving joints, they reduce energy loss and improve overall system performance.

Kinetic Energy to Strain Energy Conversion

In compliant mechanisms, the energy required to move the device is converted into strain energy within the flexible material. This energy is stored temporarily and can be used to perform useful work, making the mechanism more energy-efficient.

Reducing Energy Losses in Joints

Conventional mechanisms often suffer from energy losses due to friction between joints. By removing these joints, compliant mechanisms reduce friction, resulting in a more efficient transfer of energy.

Challenges and Limitations of Compliant Mechanisms

Compliant mechanisms offer many advantages, but they are not without challenges. Some of the common limitations include:

  • Complexity in Design: Designing a mechanism that can perform specific functions while maintaining flexibility can be challenging.
  • Performance Under High Stress: Compliant mechanisms may struggle to perform optimally in high-stress environments, where excessive deformation could lead to failure.

AUTHOR

Suresh Kumar V B

Lead Design Engineer - Mechanical, Srushty Global Solutions

Suresh is a Mechanical Lead Engineer dedicated to developing innovative solutions in sheet metal and plastic design. Passionate about physics, he focuses on addressing complex customer challenges through modern technologies. As a team leader, he enhances design processes while fostering collaboration and creativity. Committed to continuous learning, Suresh stays updated on the latest engineering advancements to ensure the delivery of high-quality results. His insights and expertise drive our mission to push the boundaries of engineering excellence.

Keep Reading: Know More on A Complete Guide to Optimizing Optical System Design Challenges and Advanced Techniques
chefee robotics client spotlight

Client Spotlight: Chefee Robotics Breakthrough in Kitchen Automation with Robotic Chefs

Engineering ServicesProduct Development

Kitchen automation is a promising industry with immense innovation potential. That is where Chefee Robotics stands out. “We make home robotic chefs that cook thousands of dishes from scratch at the push of a button or voice command,” says Assaf Pashut, Founder, Chefee Robotics. Any seasoned engineer would know that this is not an easy task.

According to a recent report, the projected market size for the food processing industry is a staggering $3,639,780 million by 2028, with a remarkable Compound Annual Growth Rate (CAGR) of 2.4%.

With demand soaring, brace yourself for mind-blowing technological advancements in the years ahead. Automation and autonomous equipment are at the forefront, promising both technological progress and reduced production costs. Key innovations in this dynamic sector include robotic chopping machines, 3D food printers, advanced food management systems, and cutting-edge robotics.

Chefee is at the forefront of this industry with its innovative products. Chefee Robotics specializes in automation solutions for the food and hospitality industry. Their innovative robots streamline kitchen operations, improve food preparation, and enhance customer experiences. By blending AI and precise engineering, Chefee Robotics is transforming the culinary space, offering efficient, consistent, and hygienic solutions that reduce labor costs while maintaining top-quality standards.

They are proud to partner with Srushty in one of their robotic projects. “Well-developed CADs and physical prototypes with multiple moving parts saved us tons of hands-on work and allowed multiple perspectives on the problem,” says Assaf about our collaboration.

chefee robotics client review clutch srushty

Hardware product development is our passion as a team, we have done several creations in the food robotics industry. One such standout creation from our product lab is the Veggie Cutter. This groundbreaking project marked a significant leap forward in various phases of our work. As our Head of New Product Development, Sakthi Raja aptly says, “We have to understand the physics behind every small mechanism before anything else.” This statement underscores the passion and meticulous approach invested in each project.

The Veggie Cutter. Faced with a challenging scope—restricted use of multiple blades or drums for different vegetables—the goal was clear: the machine had to chop without complications. The catch? There was only a feeder; no one should manually hold the veggie, and the machine had to cut it precisely as specified by the user. This unique challenge sparked a flurry of challenges. However, the team delivered the innovation with 4 patents. 

Similarly, we have worked on many kitchen robots and this helped Chefee identify us as a partner in their innovation. 

“Extremely responsive, professional, and friendly. Will absolutely recommend and refer to other entrepreneurs and startups, whether domestic or abroad.” writes Assaf in his testimonial.

As the market continues to expand, with their expertise and innovations, Chefee is well-positioned to meet the rising demand and continue leading the charge in redefining culinary practices worldwide.

Image credits: Chefee Shark Tank

AUTHOR

Sriram Parthiban

Business Analyst, Srushty Global Solutions

Meet Sriram, a visionary business analyst in India’s dynamic contract manufacturing sector, dedicated to serving discerning clients throughout the USA. With strategic expertise and a sharp focus on optimizing supply chains, Sriram is driven to elevate India’s manufacturing prowess on the global stage. His goal is to position India not only as a leading manufacturer for the world but also as a pioneer in setting new benchmarks for quality and innovation, shaping a revolutionary industry landscape.

Keep Reading: Know More on Client Spotlight: How Wetflix Solutions Realized Its Vision in Water Management
Srushty Helped Wetflix Solutions

Client Spotlight: How Wetflix Solutions Realized Its Vision in Water Management

Product Development

“Their dependable, knowledgeable team was instrumental in bringing our vision to life,” says Simon Fabien, Founder of Wetflix Solutions.

We recently collaborated with Simon to develop a iot based water management system, and the partnership yielded numerous benefits beyond just cost savings in a short period. Like many aspiring entrepreneurs with a vision to create change, Simon had an innovative idea to transform water management. He sought a dedicated engineering team to bring his idea to life and turn it into a product.

The project spanned a year, during which Simon aimed to develop a smart water management system. At Srushty, we pride ourselves on working closely with startups to help them realize their dreams by developing engineering solutions. Our team of 65+ engineers is passionate about product engineering.

Simon achieved his vision with the support of SrushtyPD, where our dedicated team, with immense experience and passion in hardware product development, assisted him every step of the way. The product is now in its finishing stages, and we are gearing up for manufacturing.

In the initial talks, Simon visited Srushty’s team and instantly knew that we could help him bring his product to market quickly. 

Reflecting on our year-long journey, Simon shared:

“I’m the founder of a small startup with a big vision, rooted in helping communities in developing countries manage and consume their stored water supplies. We partnered with Srushty to help us realize this vision, and it’s been quite a wonderful alignment. The Srushty team has been dependable, knowledgeable, focused, and supportive throughout the journey. My definition of success is the progressive realization of a worthy idea. Thanks to Srushty, I can see we’re on the road to success.”

Our collaboration with Simon Fabien and Wetflix Solutions shows how innovative ideas can become groundbreaking products with the right support and expertise. At Srushty, we are committed to helping visionaries like Simon turn their dreams into reality, fostering innovation, and creating impactful solutions.

AUTHOR

Sriram Parthiban

Business Analyst, Srushty Global Solutions

Meet Sriram, a visionary business analyst in India’s dynamic contract manufacturing sector, dedicated to serving discerning clients throughout the USA. With strategic expertise and a sharp focus on optimizing supply chains, Sriram is driven to elevate India’s manufacturing prowess on the global stage. His goal is to position India not only as a leading manufacturer for the world but also as a pioneer in setting new benchmarks for quality and innovation, shaping a revolutionary industry landscape.

Keep Reading: Know More on Simplifying Reconfiguration for IoT Smart Water Monitoring Devices
Battery Management System-1

Battery Management System for Electric Vehicle, Challenges and New Trends

Product Development

The rise of electric vehicles (EVs) is seen as a promising step towards a greener future, offering a solution to the environmental issues caused by traditional cars. A key factor driving this change is the development of battery technology, which is facing both challenges and significant advancements.

Challenges and Advancements in BMS for EV:

Enhanced Energy Density and Extended Range:

One crucial aspect of this progress is the drive to increase the energy density of lithium-ion batteries, as the world transitions to EVs. A key technology contributing to this is the modern Battery Management System (BMS). BMS plays a vital role in optimizing how batteries are used through algorithms and predictive analytics. This optimization helps extend the range of EVs between charges, making them more practical for everyday use.

Charging Infrastructure:

The widespread adoption of electric vehicles depends heavily on having a strong charging infrastructure in place. Addressing challenges such as charging time, accessibility, and standardization is crucial for easing concerns about range among consumers.

Cost Considerations:

Despite notable cost reductions, the affordability of EV batteries remains a significant barrier to widespread adoption. Continued research efforts are indispensable to developing cost-effective battery materials and manufacturing processes.

Lifecycle and Recycling:

Mitigating environmental impact necessitates improving the lifecycle and recyclability of batteries. This entails enhancing battery longevity, devising efficient recycling methods, and reducing reliance on rare and environmentally harmful materials.

Safety Measures:

Ensuring the safety of EV batteries across diverse conditions remains a pivotal challenge. From extreme temperatures to unforeseen accidents, maintaining safety standards while upholding performance is indispensable for consumer trust and regulatory compliance.

Transitioning Away from Cobalt Dependence:

With the rise of EVs, ethical and sustainable considerations loom large across the value chain. Cobalt, a staple in lithium-ion batteries, presents ethical dilemmas due to its controversial mining practices, including issues like child labor and unsafe conditions. To address these concerns, a shift towards reduced-cobalt or cobalt-free battery materials like lithium iron phosphate (LFP) is gaining traction. While cobalt-based batteries boast higher energy density, LFP batteries offer advantages in terms of cost-effectiveness and safety.

BMS Advancements and Trends:

    1. AI and Machine Learning Integration: Artificial intelligence (AI) and machine learning (ML) are significantly transforming Battery Management Systems (BMS) by enabling advanced real-time data analysis, predictive maintenance, and adaptive control mechanisms. These technologies allow for the implementation of machine learning algorithms that can accurately predict battery degradation, thereby facilitating proactive maintenance and timely replacement of battery components, enhancing the overall reliability and efficiency of electric vehicles (EVs).

    2. Wireless and Cloud-Enhanced BMS Technologies: The integration of wireless communication protocols in BMS, known as wireless Battery Management Systems (wBMS), simplifies the design and installation processes, reduces weight, and enhances the modularity and scalability of battery systems. These systems are crucial in ensuring dependable and safe battery operations and are increasingly incorporating cybersecurity measures to protect against potential threats. Furthermore, cloud connectivity in BMS enables remote monitoring and management, allowing for over-the-air updates and real-time data analysis, which are essential for the autonomous operation of EVs.

    3. Advancements in Battery Technologies and Integration with Renewable Energy: Emerging trends also include the development and integration of solid-state batteries (SSBs) which use solid electrolytes to offer higher energy density, improved safety, and a broader operational temperature range. These batteries require innovative BMS strategies for effective charge and discharge management, cell balancing, and thermal regulation. Additionally, BMS are playing a pivotal role in integrating EV energy storage with renewable energy sources. This integration helps stabilize the renewable energy output, reduces reliance on traditional power grids, and supports grid services like frequency regulation, leveraging ML algorithms for enhanced predictive energy management

Case studies:

Revolutionizing Two-Wheeler Mobility with Smart EV Charging:

Srushty PD successfully developed and manufactured an all-inclusive IoT-enabled electric vehicle (EV) charger tailored for two-wheelers in the Indian market. The project involved mechanical design, electrical engineering, and low-volume manufacturing. Notable achievements include real-time energy monitoring, relay control, live data transmission of energy usage and GPS coordinates, and seamless integration with AWS cloud services using the MQTT protocol. The charger also features GSM and GPS connectivity for efficient communication.

Designing and Developing High-Quality Electric Vehicles for the Indian Market:

We designed, developed, and supported the manufacturing of an electric vehicle (EV) that adheres to Indian EV standards. The project involved end-to-end design and development, including collaboration with eco partners to create custom vehicle parts (such as the motor and human-machine interface). The EV achieved quality ratings equivalent to ARAI and FAMES II certifications. With near-final material and finish, it is nearly ready for production transition.

Conclusion:

The trajectory of EV battery technology is poised towards a future marked by enhanced efficiency, reliability, and accessibility. With evolving trends in BMS technology and a strategic move away from cobalt dependence, the electric mobility revolution is well underway. As these advancements continue to unfold, we inch closer to a sustainable and electrified future of transportation.

AUTHOR

Manoj Sampath M

Business Development Manager, Srushty Global Solutions

With a passion for transforming innovative concepts into tangible products, I specialize in guiding the entire engineering process from inception to productization. Leveraging comprehensive engineering services, I collaborate closely with clients to refine their initial ideas, ensuring a seamless transition from conceptualization to the final product. My expertise lies in bridging the gap between vision and execution, employing a holistic approach that encompasses design, development, and implementation. By fostering a collaborative and iterative environment, I strive to bring forth cutting-edge solutions that not only meet but exceed expectations in the dynamic world of engineering and innovation.

FAQs:

What is the current trend in the electric vehicle battery industry?

The electric vehicle battery industry is experiencing significant growth, particularly in the demand for automotive lithium-ion (Li-ion) batteries. In 2022, the demand for these batteries surged by approximately 65% to 550 GWh, up from about 330 GWh in 2021. This increase is largely driven by a 55% rise in new electric passenger car registrations compared to the previous year.

How does innovation in battery management systems contribute to the increased adoption of electric vehicles?

Innovations in battery management systems are crucial for enhancing the longevity, safety, and efficiency of electric vehicle batteries, which in turn supports broader EV adoption. The push for advanced BMS technologies is also supported by government initiatives aimed at reducing carbon emissions, improving air quality, and promoting the use of clean energy.

Why is a battery management system crucial for electric vehicles?

A Battery Management System (BMS) is essential in electric vehicles as it plays a critical role in protecting both the battery and the user. It ensures that the battery operates within its safe operating parameters, monitors the battery’s State Of Health (SOH), collects data, and controls environmental factors impacting the battery. Additionally, it balances the cells to maintain uniform voltage across them.

What current trends are shaping battery management systems?

Currently, battery management systems are evolving primarily through two significant trends. The first trend focuses on increasing battery capacity to enhance the driving range of electric vehicles. The second trend is the elevation of pack voltage to improve efficiency.

Keep Reading: Can we Make in India? Yes, we can with Srushty!
Tips for Evaluating Your Outsourcing Partner

Tips for Evaluating Your Outsourcing Partner and Ensuring a Fruitful Partnership

Product Development

Outsourcing has become a common practice for businesses looking to streamline operations, reduce costs, and access specialized skills. However, choosing the right outsourcing partner is crucial for the success of your project. Here are some tips and points to keep in mind when evaluating your outsourcing partner to ensure a fruitful partnership:

Experience and Expertise: Look for a partner with relevant experience in your industry, as this can provide insights and solutions tailored to your needs. Ask about their expertise and capabilities in handling projects similar to yours, ensuring they have the skills and knowledge necessary for success.

Quality of Work: Review samples of their work to assess the quality they deliver. Attention to detail, adherence to deadlines, and overall professionalism are key indicators of their commitment to quality.

Communication: Effective communication is crucial for a successful partnership. Ensure the outsourcing partner has clear and transparent communication channels in place, and inquire about their approach to keeping you updated on the project’s progress.

Cost: While cost is important, consider the overall value the partner can provide in terms of quality, expertise, and efficiency. Ask about their pricing structure and any additional costs or fees to make an informed decision.

Scalability: Ensure that the outsourcing partner has the capacity to scale their services based on your needs. Ask about their approach to handling changes in project requirements or scale to ensure they can accommodate your growth.

Process and Approach: Inquire about their approach to project management to ensure it aligns with your expectations. Ask how they ensure quality control and compliance with standards to deliver a successful project.

Security and Confidentiality: Data security is paramount. Ensure the outsourcing partner has robust security measures in place to protect your data. Inquire about their data protection policies and any security breaches they may have experienced in the past.

References and Case Studies: Ask for references from past clients to get an idea of their reputation and client satisfaction. Inquire about any case studies or success stories related to projects similar to yours to assess their capabilities.

Cultural Fit and Communication: Consider the cultural fit between your organization and the outsourcing partner. Ask how they ensure cultural alignment with clients and how they handle language and communication barriers to ensure smooth collaboration.

Flexibility and Adaptability: Look for a partner who is flexible and adaptable to changing requirements and circumstances. Inquire about their capacity to scale their team if your project grows and how they handle unexpected changes to ensure they can meet your evolving needs.

Considering these tips, you can evaluate your outsourcing partner effectively. Remember, the right outsourcing partner can help you achieve your business goals and drive success for your project.

Keep Reading: Know How Outsourcing Reduces costs by 30% for Top UPS & Stabilizer Maker in the US
Outsourcing Reduces costs by 30%

Outsourcing Reduces costs by 30% for Top UPS & Stabilizer Maker in the US

Product Development

The US-based UPS & Stabilizer manufacturer faced a challenge with outdated manufacturing practices due to improperly maintained mechanical design data. This led to a reliance on manufacturing vendors to provide design updates. Srushty Global was tasked to enhance these processes by converting 2D images into accurate and detailed 3D CAD formats.

Objectives

The objectives include updating 3D CAD models for all product variants to ensure accuracy and reflect design changes, creating comprehensive engineering and manufacturing drawings with detailed instructions, revising the Bill of Materials (BoM) to accurately list components, and documenting the assembly process to guide the assembly team effectively. These steps are crucial for maintaining product integrity, managing inventory efficiently, and ensuring consistent and accurate assembly of the product variants.

Our Process

Marketing Research & Requirements Analysis

The objective here is to thoroughly understand the customer’s CAD service requirement. The process involves a detailed analysis of provided images, addressing any ambiguities through Request for Information (RFI) exchanges. Weekly client meetings facilitate ongoing collaboration and progress updates. The final phase entails meticulous conversion, aligning the 3D CAD output with clarified requirements for optimal results.

Analyzing Existing problems

Our team carefully checks the initial 2D images for any issues or missing information. We review each batch thoroughly, pinpointing areas that need clarification. We then send clarification requests to the client and incorporate their feedback. Once we have a clear understanding, we proceed to complete the 3D conversions with improved accuracy

CAD modelling

In this phase, designers use specialized software to extrude and manipulate 2D images into three-dimensional digital representations. This process involves adding depth, textures, and dimensions to recreate a lifelike 3D model. Precise measurements and details from the 2D images guide the creation of an accurate and realistic 3D CAD model. The final output is a dynamic digital representation suitable for various applications, from product design to architectural planning

Updating the feasibility of manufacturing

In the process of updating feasibility for manufacturing in the 2D to 3D CAD service, adjustments are made to ensure practical manufacturability. This involves refining designs, addressing material considerations, and optimizing components for production efficiency. Iterative reviews and client feedback play a crucial role in fine-tuning the 3D models to align with manufacturing capabilities. The goal is to enhance the transition from 2D images to 3D CAD, making the final designs both feasible and optimal for manufacturing processes

Quality Check

In the 2D to 3D CAD conversion process, a QC person meticulously examines the files, focusing on adhering to the instructions and markups present in the original drawings. This quality check ensures accuracy and fidelity in translating the 2D images into the desired 3D format, maintaining precision throughout the transformation service

Preparation of Bill of Materials

In the preparation of Bill of Materials (BOM) for the 2D to 3D CAD conversion service, the process involves meticulously listing all components and materials required for the three-dimensional model. This includes specifying quantities, dimensions, and other essential details. By creating a comprehensive BOM, ensures accurate procurement and assembly of necessary resources for the successful transformation of 2D images into 3D CAD models. This step is crucial for streamlined project management and efficient production

Key Challenges & Solution

Upon receiving partially detailed initial files, we systematically reviewed each batch and submitted Request for Information (RFI) files to the client for clarification. Incorporating their feedback, we refined our approach and completed the remaining conversions. Regular weekly meetings were conducted to discuss and update the client on the progress made in the previous week.

Impact

The outsourcing engagement had a significant impact on the client’s operations. It led to the standardization of their designs, which helped streamline their manufacturing processes and improve overall product consistency. Additionally, by focusing on Design for Manufacturing (DFM) principles, the client was able to reduce costs by 30%, making their products more competitive in the market. This demonstrates the tangible benefits of outsourcing in enhancing efficiency and reducing production costs.

Keep Reading: Possibilities are endless with NVIDIA Jetson Orin in Action!
Self-Assessment Kiosk Making Healthcare

Self-Assessment Kiosk Making Healthcare Accessible For All

Product Development

Self-assessment kiosks are revolutionizing healthcare accessibility, and bridging gaps in healthcare disparities globally. These HIPAA/FDA-compliant devices, equipped with data analytics and security features, democratize healthcare by providing valuable insights and easy tracking for users.

In a country where the doctor-to-patient ratio is at an abysmal level, these kiosks play a big role in closing this gap. Many people in rural areas have to travel for kilometers to get basic checkups done or to find a healthcare provider. 

Democratizing healthcare

Health kiosks, such as hPod, developed by Srushty Global Solutions for India Health Link, play a pivotal role in healthcare monitoring. These kiosks facilitate the monitoring of various health metrics such as blood pressure, BMI, ECG, SPO2, and full-body fat analysis. Additionally, they offer a cloud platform for online doctor consultations.

The platform enables healthcare providers to monitor patient data and community health trends. Furthermore, the kiosks feature a medicine dispensing unit that provides prescribed medications to patients, marking a significant advancement in democratizing healthcare access.

“As engineers, our goal is to develop solutions that not only meet technical requirements but also make a significant societal impact. We’ve successfully created kiosks for the US market and expanded our portfolio to include various biomedical-compliant devices. These devices, designed for phlebotomy, physiotherapy, and medicine storage, are a testament to our commitment to advancing healthcare innovation.” says Maruthachala Mandiram, Founder & CEO, of Srushty Global Solutions, India.

Srushty Global Solutions has been at the forefront of groundbreaking biomedical innovations, collaborating on various projects that have redefined healthcare standards. Among these innovations are: FDA-Approved Healthcare Device: Similar to the hPod, this device offers advanced features tailored for the US market, ensuring compliance with FDA regulations.

Vaccine Vial Storage Device: Recognizing the critical role of precise temperature control in vaccine efficacy, we developed an IoT-based solution. This device can carry over 40-50 vials, a significant improvement over existing solutions that could only accommodate 4-5 vials. The device also features precise temperature monitoring via a web app, ensuring optimal vaccine storage conditions.

Award-Winning Phlebotomy Device: Our phlebotomy device has revolutionized the blood collection process by reducing errors. It dispenses blood sample vials and automatically labels them using a barcode scanner, improving efficiency and accuracy in healthcare settings.

These innovations underscore our commitment to pushing the boundaries of healthcare technology and improving patient outcomes through creative solutions.

Keep Reading: Srushty’s C2M Solution wins Innovation Award @ TOI-Medicall 2014
Collaborative-Success with-Srushty-Global-Solutions

Client Spotlight: BallerTV’s Collaborative Success with Srushty Global Solutions

Product Development
– Increase in bandwidth to focus on product development
– Lower their running cost
– Improved the design footprint of the product

In the landscape of hardware product development, partnerships that drive innovation and excellence are key to success. BallerTV, a leading sports streaming platform, found such a partnership with Srushty Global Solutions, a renowned engineering firm based in Chennai, India. Their collaboration exemplifies how strategic alliances can elevate projects, delivering exceptional results and lasting impressions.

Srushty developed a live-streaming solution that maintains high streaming quality for 18 hours.

Exceptional Communication and Talent

From the start, BallerTV experienced Srushty’s exceptional communication and talented team.

Clear, concise, and regular updates ensured that both teams were aligned, fostering a seamless working relationship despite the geographical distance. Srushty’s team, known for its expertise in hardware product development, demonstrated their skills at every stage, from conceptualization to execution.

Aaron Hawkey with Marx Arun, VP – Operations at Srushty’s Chennai office

Aaron Hawkey, Co-CEO & Co-founder of BallerTV, personally visited Srushty’s Chennai office. The experience left a profound impression, showcasing Srushty’s commitment and strong team culture. The visit underscored the importance of personal connections in fostering successful partnerships, further solidifying the bond between the two companies.

About the partnership

“Collaborating with Srushty on a hardware project was a rewarding endeavor. Their exceptional communication and talented team made a lasting impression. I personally visited their Chennai office, where their commitment and strong team culture were evident. The founder and CEO, Marutha, has deep knowledge and enthusiasm for mechanical and industrial design, leading with remarkable insight. Srushty’s dedication and expertise ensured our partnership was both productive and positively impactful.” says Aaron Hawkey Co-CEO & Co-founder, BallerTV

The collaboration between BallerTV and Srushty Global Solutions stands as a testament to the value of strategic partnerships in the realm of hardware product development. By leveraging Srushty’s expertise and fostering clear communication, the project achieved its objectives efficiently and effectively.

Keep Reading: Outsourcing Reduces costs by 30% for Top UPS & Stabilizer Maker in the US