Managed EV Engineering Services to Accelerate Your Time-to-Market

Talent Scarcity

Can't find or afford senior engineers with experience in battery systems, functional safety, or ADAS.

Budget Constraints

The fully-loaded cost of an in-house engineering team is crippling your ability to invest in other critical areas.

Slow Timelines

Your development cycles are too long, putting you at risk of being outpaced by more agile competitors.

Innovation Bandwidth

Your core team is bogged down with non-core tasks, leaving no time for next-generation R&D.

Up to 60% Cost Reduction

Access world-class engineering talent without the exorbitant costs of local hiring in the US or EU. Our global delivery model optimizes your R&D budget, allowing you to achieve more with less capital.

Accelerated Timelines

Launch your projects faster. Our ability to provide on-demand talent and operate in a 'follow-the-sun' model can compress your development and testing cycles by up to 40%, getting you to market sooner.

Deep Domain Expertise

Gain immediate access to specialists in every EV domain, from battery pack design and BMS to powertrain simulation and ISO 26262 compliance. We fill your talent gaps instantly with vetted professionals.

Ironclad IP Security

Your intellectual property is your most valuable asset. We protect it with ISO 27001 and SOC 2 certified security protocols, strict NDAs, and secure, monitored work environments. We never use freelancers.

CMMI Level 5 Quality

Eliminate inconsistent outputs and costly rework. Our CMMI Level 5 appraised processes ensure every deliverable meets the highest standards of quality, predictability, and performance from day one.

Seamless Integration

Our teams are trained to adapt to your tools, workflows, and communication styles. We integrate directly into your existing project management systems (Jira, Asana) and act as a true extension of your team.

On-Demand Scalability

Instantly scale your engineering capacity up or down to match project demands. Whether you need two engineers for a specific task or a full team of 50, we provide the flexibility you need without long-term commitments.

Guaranteed Performance

We remove the risk of partnership. Our 2-week paid trial lets you vet our team's capabilities firsthand, and our free-replacement guarantee ensures you always have the right talent for the job.

AI-Powered Efficiency

We leverage AI and automation in our engineering processes, from generative design to simulation analysis. This means faster, more optimized outcomes and a forward-thinking partner for your business.

Full Vehicle Architecture & System Engineering

We define the complete vehicle blueprint, from system-level requirements and component selection to network architecture (CAN/LIN/Ethernet) and power distribution, ensuring all subsystems work in harmony.

• Establish a robust foundation for the entire vehicle.
• Ensure interoperability between all electronic and mechanical systems.
• Optimize for performance, cost, and weight from the outset.

Battery System Design & Engineering (Pack, BMS)

Our experts handle every aspect of battery development, including cell selection, mechanical pack design, thermal management, and the development of sophisticated Battery Management Systems (BMS) for safety and longevity.

• Maximize energy density and vehicle range.
• Ensure battery safety and compliance with standards like ISO 26262.
• Optimize battery lifecycle and performance through advanced BMS algorithms.

Electric Powertrain & Drivetrain Engineering

We design, simulate, and integrate high-efficiency electric powertrains. This includes motor selection/design, inverter and converter development, gearbox integration, and overall drivetrain performance optimization.

• Achieve superior vehicle dynamics and efficiency.
• Reduce powertrain noise, vibration, and harshness (NVH).
• Accelerate development with proven reference designs and simulation models.

Advanced Thermal Management & Simulation

We model and design comprehensive thermal management systems for the battery, powertrain, and cabin. Using advanced CFD analysis, we ensure optimal operating temperatures under all conditions, which is critical for performance and safety.

• Prevent battery degradation and thermal runaway events.
• Maximize component efficiency and lifespan.
• Improve passenger comfort and reduce HVAC energy consumption.

CAE, CFD & FEA Simulation & Analysis

Leverage our powerful simulation capabilities to validate designs virtually before committing to expensive physical prototypes. We conduct structural, thermal, fluid dynamics, and crash analyses to optimize for strength, weight, and safety.

• Drastically reduce the need for physical prototyping.
• Identify and fix design flaws early in the cycle.
• Ensure compliance with global safety regulations (e.g., FMVSS, ECE).

ADAS & Autonomous Driving System Development

We help you develop and integrate Advanced Driver-Assistance Systems (ADAS) from L1 to L4. Our services include sensor fusion, perception algorithm development, path planning, and validation using simulation (SiL/HiL).

• Enhance vehicle safety and driver convenience.
• Accelerate the development of autonomous features.
• Navigate the complex validation and verification process for ADAS.

Vehicle Control Unit (VCU) & Embedded Software

Our team develops the core software that governs vehicle behavior. We specialize in AUTOSAR-compliant embedded C/C++ development for VCUs, BMS, and other ECUs, ensuring reliable, real-time performance.

• Develop robust, fault-tolerant control logic.
• Ensure compliance with automotive software standards.
• Enable over-the-air (OTA) updates for future feature enhancements.

Body-in-White (BIW) & Chassis Design

Using tools like CATIA and SolidWorks, we design lightweight, high-strength BIW and chassis structures. We focus on multi-material design (aluminum, composites, high-strength steel) to optimize for crash performance, weight, and manufacturability.

• Improve vehicle safety and crashworthiness.
• Reduce overall vehicle weight to increase range.
• Design for efficient manufacturing and assembly (DFM/DFA).

Homologation & Functional Safety (ISO 26262)

We guide you through the complex process of achieving functional safety and homologation for global markets. Our experts help with hazard analysis (HARA), creating safety goals, and preparing documentation for certification bodies.

• Navigate the complex ISO 26262 compliance process efficiently.
• Reduce the risk of costly recalls due to safety issues.
• Ensure your vehicle is certified for sale in target markets.

EV Teardown, Benchmarking & Cost Analysis

Gain a competitive edge with our detailed teardown and benchmarking services. We physically dismantle competitor vehicles, analyze their components and design strategies, and provide a detailed bill-of-materials and cost analysis.

• Understand competitor technology and cost structures.
• Identify opportunities for innovation and cost reduction in your own design.
• Make data-driven decisions on technology and supplier choices.

Prototyping & Manufacturing Support

We bridge the gap between design and production. Our services include creating detailed 2D drawings, defining GD&T, selecting suppliers, and providing on-the-ground support during prototype builds and production ramp-up.

• Ensure a smooth transition from design to manufacturing.
• Minimize production issues and improve yield.
• Optimize designs for cost-effective mass production.

Vehicle-to-Grid (V2G) & Charging Systems

We develop the hardware and software for advanced charging solutions, including onboard chargers (OBCs) and communication controllers for V2G and V2X applications. This positions your vehicle as part of the future energy ecosystem.

• Create new revenue streams through V2G services.
• Ensure interoperability with global charging standards (CCS, CHAdeMO).
• Develop smart charging features that optimize for cost and grid stability.

Infotainment & Connectivity Systems (HMI/UX)

We design and develop intuitive and responsive in-vehicle infotainment (IVI) systems and digital cockpits. Our focus is on creating a seamless user experience (UX) and integrating connectivity features like telematics and cloud services.

• Differentiate your vehicle with a superior user experience.
• Enable connected services and data monetization.
• Ensure a fast, responsive, and reliable HMI.

Digital Twin & PLM Integration

We create high-fidelity digital twins of your vehicle and its subsystems, integrated with your Product Lifecycle Management (PLM) platform. This enables predictive maintenance, performance simulation, and continuous optimization throughout the vehicle's life.

• Monitor and predict vehicle health in real-time.
• Test software updates on a virtual model before deployment.
• Create a single source of truth for all engineering data.

AI-Driven Generative Design & Optimization

Using AI-powered generative design tools, we create structurally optimized, lightweight components that are impossible to design with traditional methods. This is ideal for applications where weight and material usage are absolutely critical.

• Achieve significant weight reductions for key components.
• Explore thousands of design iterations automatically.
• Innovate beyond the limits of human design intuition.

Step 1: Discovery & Scoping

We start with a deep dive into your technical requirements, business goals, and existing workflows. Our solution architects work with you to define the project scope, team composition, and success metrics. This ensures we're perfectly aligned before we write a single line of code or design a single component.

Step 2: Team Assembly & Onboarding

Based on the scope, we hand-pick a team of engineers from our talent pool with the exact skills you need. You'll have the opportunity to interview and approve every member. We then conduct a structured onboarding process, integrating the team with your tools, systems, and culture.

Step 3: Agile Execution & Collaboration

Your managed team operates as a direct extension of your own, following agile principles with regular sprints, daily stand-ups, and transparent reporting. A dedicated Project Manager ensures seamless communication and keeps the project on track, providing you with real-time visibility and control.

Step 4: Quality Assurance & Delivery

Quality is not an afterthought; it's embedded in our process. Every deliverable passes through our CMMI Level 5-appraised quality assurance framework, including peer reviews and expert validation, ensuring it meets your standards before it reaches you.

Step 5: Continuous Improvement & Scaling

Our partnership doesn't end at delivery. We conduct regular performance reviews and seek feedback to continuously improve. As your needs evolve, we can seamlessly scale your team up or down, ensuring you always have the right resources at the right time.

CATIA V5/V6

The industry-standard for complex surface and BIW design in automotive.

SolidWorks

Widely used for mechanical component design, assemblies, and rapid prototyping.

Siemens NX

An integrated solution for CAD, CAM, and CAE, popular with major OEMs.

Ansys (Fluent, Mechanical)

Essential for advanced CFD (thermal management) and FEA (structural analysis).

Abaqus

Powerful tool for complex non-linear simulations, including crash analysis and material modeling.

MATLAB/Simulink

The core platform for control systems design, simulation, and model-based development (VCU, BMS).

AUTOSAR

The standardized architecture for automotive embedded software, critical for interoperability.

ISO 26262

The international standard for functional safety of electrical and electronic systems in vehicles.

Vector CANoe/CANalyzer

Essential tools for analyzing and simulating vehicle communication networks (CAN, LIN, FlexRay).

Embedded C/C++

The primary programming languages for developing firmware for all vehicle ECUs.

Python

Used extensively for scripting, data analysis, automation, and AI/ML model development.

Teamcenter/Windchill (PLM)

Expertise in leading PLM systems ensures seamless integration with your data management backbone.

Hardware-in-the-Loop (HIL)

Critical for testing embedded software in a simulated environment before hardware is available.

ASPICE

A framework for assessing and improving software development processes, demanded by many OEMs.

Jira / Confluence

Proficiency in modern project management and documentation tools for agile collaboration.

"As a startup CTO, speed and expertise are everything. LiveHelpIndia delivered both. Their powertrain simulation team found an efficiency gain that added 10 miles to our projected range. That's a real, marketable advantage that we wouldn't have found on our own."

"I was skeptical about managing a remote team for something as critical as ISO 26262 compliance documentation. The process was incredibly smooth. Their team's knowledge was deep, and the quality of the work products was impeccable. They saved my internal team hundreds of hours."

"We needed to develop the embedded firmware for our new commercial charger, and the cost of local developers was insane. LiveHelpIndia provided two expert embedded engineers who integrated with our hardware team perfectly. We got the project done for 40% of our original budget."

"We use LiveHelpIndia for teardown and benchmarking services. The level of detail in their reports is outstanding. They give us the competitive intelligence we need to make smarter design and sourcing decisions. They are a vital part of our market research process."

"The flexibility to scale our team up for a new project and then back down without going through painful hiring and firing cycles is invaluable. LiveHelpIndia's model gives us the operational agility of a startup with the engineering power of a much larger company."

"I work with their CAD and FEA team daily. The communication is excellent, and the quality of their modeling work is top-notch. They feel like colleagues who just happen to be in a different time zone, not like an external vendor."

What is the typical size of an engineering team you provide?

It's completely flexible. We can provide anything from a single specialized engineer (an 'Expert Pod') to a fully managed, multi-disciplinary team of 50+ professionals. Our most common engagement starts with a pod of 3-5 engineers and scales from there based on project needs.

How do you ensure the security of our sensitive design data and IP?

IP security is our highest priority. We use a multi-layered approach: 1) Legally binding NDAs. 2) ISO 27001 and SOC 2 certified infrastructure. 3) Secure, access-controlled work environments with no external devices allowed. 4) All work is done by our own full-time, background-checked employees, never freelancers.

Can your team work with our specific CAD and PLM software?

Yes. Our engineers are proficient in a wide range of industry-standard tools, including CATIA (V5/V6), SolidWorks, Siemens NX, Ansys, Abaqus, MATLAB/Simulink, and various PLM platforms like Teamcenter and Windchill. We adapt to your toolchain to ensure seamless collaboration.

What does the '2-week paid trial' involve?

The trial allows you to work with your selected engineering team on a real, small-scale task. It's a low-risk way for you to evaluate their technical skills, communication, and integration with your team. If you're not satisfied after two weeks, you can walk away with no further commitment.

How do you handle communication across different time zones?

We guarantee a minimum of 4-5 hours of workday overlap with our US and European clients. Your dedicated Project Manager acts as the primary point of contact, and we use shared platforms like Slack, Microsoft Teams, and Jira for real-time updates. We schedule daily stand-ups and weekly reviews at times that are convenient for you.

What happens if a team member is not a good fit?

We offer a free-replacement guarantee. If any member of the team is not performing to your expectations, we will work with you to understand the issue and quickly provide a suitable replacement from our extensive talent pool, with a structured knowledge transfer process at no extra cost to you.

How is pricing structured?

We offer flexible models. For ongoing needs, we have a monthly retainer for a dedicated team. For projects with a fixed scope, we offer a fixed-price contract. For specialized, short-term needs, we use a Time & Materials (T&M) model. We provide a transparent breakdown of costs so you know exactly what you're paying for.

Do your engineers have experience with functional safety standards like ISO 26262?

Absolutely. Many of our senior engineers are certified and have hands-on project experience implementing ISO 26262. We can assist with everything from HARA and creating functional safety concepts to developing ASIL-rated software and hardware.

What is your typical onboarding timeline for a new project?

We typically mobilize a team and have them fully integrated into your workflow within 2-4 weeks, depending on the project complexity and specific expertise required. We prioritize a fast start without compromising on the quality of team selection, ensuring we hit the ground running from day one.

Do you provide white-label services for our clients?

Yes, we offer full white-label services. Our team functions as a seamless, invisible extension of your company. Your clients interact with us through your brand channels, ensuring your identity and relationship with the client remain the sole focus of the engagement.

Dedicated Managed Team

Ideal for: Enterprises and well-funded startups needing long-term, scalable engineering capacity.

• A hand-picked team of full-time engineers working exclusively on your projects.
• A dedicated Project Manager and Account Manager.
• Complete integration into your tools and processes.
• Monthly billing based on team composition.

Project-Based Engagement

Ideal for: Clients with a clearly defined project scope, timeline, and deliverables, like developing a specific component or a prototype.

• A detailed Statement of Work (SoW) with fixed deliverables.
• A dedicated project team for the duration of the project.
• Milestone-based delivery and reporting.
• Fixed budget, providing cost certainty.

On-Demand Expert Pod

Ideal for: Companies needing specialized expertise for a specific task, such as CAE analysis, homologation support, or teardown.

• A small pod of 2-4 specialists with niche skills.
• Flexible engagement duration.
• Quick deployment to solve immediate bottlenecks.
• Billed based on time and materials consumed.

Generative Design

We use AI algorithms to explore thousands of design permutations for mechanical components, automatically generating optimized, lightweight structures that meet performance constraints. This allows us to create designs that are beyond the scope of traditional human-led iteration.

Automated Simulation & Analysis

Our AI-driven workflows automate the setup and execution of complex CAE and CFD simulations. This enables us to run massive batches of analyses to quickly identify optimal design parameters, reducing simulation time from days to hours.

AI for Embedded Systems

We leverage AI for automated code generation, static analysis, and bug detection in embedded software development. This improves code quality, ensures compliance with standards like MISRA C, and accelerates the development of reliable firmware for VCUs and BMS.

Predictive Modeling

Using machine learning, we build predictive models for battery health, remaining useful life (RUL), and performance degradation. This provides invaluable data for optimizing battery management strategies and developing predictive maintenance features for your vehicles.