| Company | Ather |
| Job Location | Bengaluru, Karnataka |
| Qualification | Bachelor’s or Master’s degree in Mechanical Engineering or equivalent |
| Experience | 4–9 years |
| Industry | Electric Vehicles and Automotive Engineering |
| Key Domains | Chassis, Powertrain, Suspension and Brakes, Bodywork or Lamps |
| Job Type | Engineering and Product Development |
| Application Mode | Official company careers portal |
| Salary | Not specified in the supplied job details |
Candidates should review the official job listing for the latest vacancy status, compensation details, and application requirements.
What you would do
Candidates applying for Mechanical Engineer Jobs in Bengaluru should understand that this position involves more than routine mechanical design. It requires system-level thinking, technical decision-making, and close coordination with other teams.
1. Develop Vehicle and Component Specifications
The engineer will study product requirements and translate them into vehicle-level, subsystem-level, and component-level specifications.
Key activities include
* Understanding product specifications and engineering requirements.
* Breaking down vehicle attributes into module-level specifications.
* Ensuring component requirements support overall vehicle targets.
* Reviewing specifications throughout the development process.
* Assessing the impact of specification changes on vehicle performance.
2. Support Vehicle Layout and Mechanical Design
The selected candidate will provide engineering inputs for vehicle layout creation and develop concepts for mechanical interfaces.
* Providing technical inputs to the Vehicle Integration (VI) team.
* Generating concepts for component interfaces.
* Evaluating different mechanical design solutions.
* Supporting packaging and integration decisions.
* Developing robust concepts for future vehicle projects.
3. Manage System-Level Trade-Offs
Vehicle engineering involves balancing several requirements. For example, a design change may improve component strength but increase weight, cost, or packaging complexity.
The engineer will assess these interactions and recommend solutions that benefit the complete vehicle.
Important activities include
* Identifying conflicts between vehicle attributes.
* Comparing alternative engineering solutions.
* Evaluating performance, durability, weight, and integration requirements.
* Coordinating with stakeholders to resolve technical conflicts.
* Driving decisions based on engineering evidence.
4. Build Benchmark Databases
Benchmarking helps engineering teams compare their designs with existing solutions and industry practices.
The candidate will create and maintain benchmark databases for assigned modules. This work can support design decisions, identify improvement opportunities, and establish reference points for future products.
5. Lead New Technology Features
What they are looking for
Candidates should check the following requirements before submitting an application.
Applicants must have a bachelor’s or master’s degree in Mechanical Engineering or an equivalent discipline.
Relevant academic knowledge includes
* Engineering mechanics.
* Strength of materials.
* Machine design.
* Manufacturing processes.
* Material science.
* Mechanical system design.
* Vehicle engineering fundamentals.
The position requires 4 to 9 years of work experience, preferably with an automotive original equipment manufacturer (OEM) working on two-wheelers or four-wheelers.
Candidates with relevant experience in vehicle development, mechanical systems, component design, or automotive product engineering may be better prepared for the role.
Applicants must have experience in at least one of the following areas:
| Mechanical System | Relevant Knowledge |
| --- | --- |
| Chassis | Structural design, packaging, mounting points, and stiffness |
| Powertrain | Mechanical integration, component interfaces, and system requirements |
| Suspension and Brakes | Ride and handling considerations, braking performance, and component integration |
| Bodywork and Lamps | Packaging, mounting design, interfaces, and mechanical integration |
Experience in one of these domains is a stated requirement. Candidates should highlight their most relevant projects and technical responsibilities on their resumes.
Knowledge of Two-Wheeler Architecture
A strong understanding of two-wheeler architecture is essential for this role. Candidates should understand how major vehicle systems interact and how mechanical design decisions affect the complete vehicle.
Useful knowledge includes
* Vehicle frame and chassis arrangements.
* Suspension and braking systems.
* Powertrain packaging.
* Mechanical interfaces and mounting systems.
* Vehicle weight distribution and dynamics.
* Component integration and serviceability.
Analytical Thinking and Problem-Solving
The role requires engineers to identify technical issues, compare solutions, and make practical decisions. Candidates should be comfortable analysing engineering data, evaluating design constraints, and investigating failures.
Cross-Functional Communication
The engineer will work with vehicle integration, validation, design, and other stakeholders. Clear communication is important when discussing specifications, explaining technical trade-offs, and resolving conflicts.
The role includes acting as the feature owner for new technologies at Ather.
The engineer will coordinate technical requirements, monitor development progress, identify potential problems, and work with relevant teams to support successful implementation.
6. Support Testing and Validation
Mechanical components must meet performance, reliability, and safety requirements before production.
The engineer will work with the validation team and cross-functional teams to ensure that component-level test cases are completed.
* Reviewing test requirements.
* Coordinating component validation activities.
* Monitoring test results and resolving failures.
* Supporting mechanical homologation requirements.
* Ensuring components meet defined specifications.
7. Perform Root Cause Analysis
When a component or vehicle-level problem occurs, the engineer must identify the underlying cause and help implement corrective actions.
The role involves participating in vehicle builds, investigating defects, analysing system interactions, and coordinating with relevant teams to resolve problems.
A structured approach to root cause analysis (RCA) can help prevent recurring failures and improve product quality.
Adaptability, flexibility, and the ability to work across teams are also important competencies.
The following skills are considered beneficial for candidates applying to this position.
1. GD&T Knowledge
Geometric Dimensioning and Tolerancing (GD&T) helps engineers define acceptable variations in component geometry and ensure proper fit and function.
Candidates should understand how tolerances affect assembly, manufacturing, and component interfaces.
2. Vehicle Dynamics
Knowledge of vehicle dynamics can help engineers understand ride comfort, handling, stability, braking, and the impact of mechanical design decisions on vehicle behaviour.
3. Mechanical Systems Design
Experience in mechanical design and specification writing can help candidates convert product requirements into clear engineering documents.
4. DFMEA and Product Development
Design Failure Mode and Effects Analysis (DFMEA) helps identify potential design failures, assess their effects, and plan preventive actions.
Understanding the product development lifecycle is also useful for managing requirements, design reviews, validation, and issue resolution.
Why Consider Mechanical Engineer Jobs in Bengaluru?
Bengaluru is a major Indian hub for engineering, technology, research, and product development. The city provides opportunities across automotive manufacturing, electric mobility, aerospace, industrial machinery, and engineering services.
Opportunities in Electric Mobility
Electric vehicles combine mechanical engineering with electrical systems, battery packaging, electronics, controls, and software. Mechanical engineers who understand these interactions can contribute to product development and system integration.
Exposure to Product Development
This role involves concept development, specification management, validation, vehicle builds, and root cause analysis. Such responsibilities can help experienced engineers deepen their product engineering knowledge.
Cross-Functional Experience
Working with different engineering teams can improve communication, technical decision-making, and project coordination skills.
A Competitive Engineering Environment
Bengaluru has a broad engineering ecosystem, including automotive OEMs, EV companies, suppliers, design consultancies, and research organisations. Candidates can explore opportunities that match their technical background and long-term career goals.
How to Prepare for the Application and Interview
A well-prepared application can help recruiters understand how your experience matches the position.
1: Update Your Resume
Keep your resume focused on relevant mechanical systems and measurable achievements.
Include
* Total years of relevant experience.
* Mechanical systems you have worked on.
* Vehicle or component development projects.
* Design and validation responsibilities.
* Experience with specifications and engineering documentation.
* Examples of technical problems you resolved.
Where possible, describe results with measurable evidence, such as reduced component weight, improved durability, fewer defects, or shorter validation cycles. Include figures only when they are accurate and you can explain them.
2: Revise Core Technical Subjects
Review mechanical engineering topics that relate to your experience.
Focus on
1. Chassis, powertrain, suspension, brakes, or body systems.
2. Vehicle architecture and mechanical interfaces.
3. Engineering specifications and design requirements.
4. GD&T and tolerance stack-up, if relevant.
5. DFMEA and risk assessment.
6. Validation methods and root cause analysis.
7. Product development stages.
3: Prepare Project Examples
Prepare two or three examples from your previous work. Explain the engineering problem, your responsibility, the options you evaluated, and the final result.
Use a simple structure
* Situation: What was the technical problem?
* Task: What were you responsible for?
* Action: How did you investigate and solve it?
* Result: What changed after your solution?
4: Practise System-Level Questions
Interviewers may ask questions such as
* How would you translate vehicle-level requirements into component specifications?
* How would you resolve a conflict between weight, cost, and durability?
* How do you investigate a repeated mechanical failure?
* What factors do you consider when selecting a mechanical interface?
* How do you ensure that component validation covers key failure modes?
Prepare answers based on real engineering experience rather than memorised definitions.
5: Apply Through the Official Careers Portal
Visit Ather’s official website and locate its careers section. Search for the Mechanical Systems Engineer vacancy in Bengaluru and confirm that the position is still accepting applications.
Review the job description carefully before submitting your resume. Do not assume the vacancy is open until you verify its current status.
Career Growth Opportunities for Mechanical Engineers
Professionals who develop strong vehicle system knowledge can explore several career paths over time. Actual progression depends on experience, performance, available positions, and business requirements.