Total 11 job vacancies by Bosch Group

Design and development of hydraulic products – Electro-Hydraulic and Proportional Mobile control valves (Sectional,monoblock and HIC) and Joystick for Mobile hydraulics applicationsGood understanding of fluid mechanics and Hydraulic Schematic and circuit designGood understanding of various control system and selection to the requirements & applicationsGood understanding of Design of Pressure compensator and and Spool design for Load Sensing and flow sharing Control valvesConfiguration of the Control Valve for the requirements & applicationsWorking knowledge in Ratio Projects: Cost reduction, weight reduction analysis and implementationGood knowledge inProblem solving methods and solutioning.Design and manufacturing of castings, forgings and machining process for hydraulic productsGD&T, tolerance Stack up Application in HydraulicsAbility to independently deliver CAD models, manufacturing drawings according to ASME/ISO-GPS standardsGood communication and interpersonal skillsMobile Hydraulics domain knowledge is must.Added advantage: -Knowledge of injection molding parts and connector selectionTools & Methods required:Creo, Windchill PDM, SAP and AutoCADFMEA ,Root Cause Alaysis (RCA)

• Strong knowledge of ADAS sensors (camera, video, radar, ultrasonic).
• Good understanding of sensor data interfaces and BSW integration.AUTOSAR know-how Test architecture design for System Test (SIL/HIL/Vehicle).
• Hands-on experience with HIL systems (dSPACE/Vector/ETAS).
• Strong programming skills in Python; C/C++ preferred.
• Experience in developing test frameworks and automation libraries.
• Knowledge of CAN/LIN/FlexRay/Ethernet and restbus simulation.
• Strong diagnostics knowledge (UDS, XCP, DoIP).
• Experience with log analysis, trace tools, and data validation.
• Familiar with ISO 26262, ASPICE, and test documentation.
• Good understanding of CI/CD (Jenkins/GitLab) for test automation.
• Ability to define test strategies, coverage, KPIs.
• Strong debugging and problem-solving skills.
• Good collaboration and technical leadership skills.
• Good know how and work experience in Validation Strategy and Vehicle test 

Tasks / Responsibilities: Architectural Design: Translate complex high-level requirements into structured Simulink models using industry best practices (MAAB guidelines). Logic Development: Design and implement complex control logic using Stateflow & Simulink. Automation & Scripting: Develop custom MATLAB M-scripts and tools to automate modeling tasks, data analysis, and report generation. Verification & Validation: Lead Model-Based Testing (MBT) efforts, including Test Sequence creation and achieving 100% MC/DC coverage. International Representation: Act as a technical subject matter expert in international forums, presenting architectural decisions and representing the team’s technical progress. Cross-Functional Collaboration: Work closely with hardware and software teams (Firmware & Testing) to ensure seamless model integration and deployment.Expected skill set: Core Expertise: Expert-level proficiency in MATLAB, Simulink, and Stateflow. Testing Frameworks: Proven experience with Simulink Test Manager and Simulink Coverage. Scripting: knowledge of M-scripting and Object-Oriented Programming (OOP) in MATLAB. Systems Knowledge: understanding of thermodynamics (HVAC) and physical system modeling (preferred). Coding & Hardware: experience with Embedded C, Python, and micro-controller hardware architectures.(preferred)Soft Skills & Competencies:Technical Articulation: Ability to explain "the why" behind a technical solution clearly to both technical and non-technical audiences.Global Mindset: Experience working with international teams and the ability to navigate different communication styles.Team Player: Proactive in peer reviews, knowledge sharing, and mentoring junior developers

Tasks / Responsibilities:Architectural Design: Translate complex high-level requirements into structured Simulink models using industry best practices (MAAB guidelines).Logic Development: Design and implement complex control logic using Stateflow & Simulink.Automation & Scripting: Develop custom MATLAB M-scripts and tools to automate modeling tasks, data analysis, and report generation.Verification & Validation: Lead Model-Based Testing (MBT) efforts, including Test Sequence creation and achieving 100% MC/DC coverage.International Representation: Act as a technical subject matter expert in international forums, presenting architectural decisions and representing the team’s technical progress.Cross-Functional Collaboration: Work closely with hardware and software teams (Firmware & Testing) to ensure seamless model integration and deployment.Expected skill set:Core Expertise: Expert-level proficiency in MATLAB, Simulink, and Stateflow.Testing Frameworks: Proven experience with Simulink Test Manager and Simulink Coverage.Scripting: knowledge of M-scripting and Object-Oriented Programming (OOP) in MATLAB.Systems Knowledge: understanding of thermodynamics (HVAC) and physical system modeling (preferred).Coding & Hardware: experience with Embedded C, Python, and micro-controller hardware architectures.(preferred)Soft Skills & Competencies:Technical Articulation: Ability to explain "the why" behind a technical solution clearly to both technical and non-technical audiences.Global Mindset: Experience working with international teams and the ability to navigate different communication styles.Team Player: Proactive in peer reviews, knowledge sharing, and mentoring junior developers

Tasks / Responsibilities: Architectural Design: Translate complex high-level requirements into structured Simulink models using industry best practices (MAAB guidelines). Logic Development: Design and implement complex control logic using Stateflow & Simulink. Automation & Scripting: Develop custom MATLAB M-scripts and tools to automate modeling tasks, data analysis, and report generation. Verification & Validation: Lead Model-Based Testing (MBT) efforts, including Test Sequence creation and achieving 100% MC/DC coverage. International Representation: Act as a technical subject matter expert in international forums, presenting architectural decisions and representing the team’s technical progress. Cross-Functional Collaboration: Work closely with hardware and software teams (Firmware & Testing) to ensure seamless model integration and deployment.Expected skill set: Core Expertise: Expert-level proficiency in MATLAB, Simulink, and Stateflow. Testing Frameworks: Proven experience with Simulink Test Manager and Simulink Coverage. Scripting: knowledge of M-scripting and Object-Oriented Programming (OOP) in MATLAB. Systems Knowledge: understanding of thermodynamics (HVAC) and physical system modeling (preferred). Coding & Hardware: experience with Embedded C, Python, and micro-controller hardware architectures.(preferred)Soft Skills & Competencies:Technical Articulation: Ability to explain "the why" behind a technical solution clearly to both technical and non-technical audiences.Global Mindset: Experience working with international teams and the ability to navigate different communication styles.Team Player: Proactive in peer reviews, knowledge sharing, and mentoring junior developers

Design and Development activities (Platform & Customer projects for PS-TC).Acquisition support activitiesCreate and maintain 3D models, detailed manufacturing drawings, Offer drawings and technical specifications.Design and development of fixtures and adapters for testing and validation.Identify and resolve design challenges, applying innovative engineering principle and best practices.Conduct detailed engineering analysis, including stress analysis, thermal analysis, and tolerance studies.Evaluate materials, manufacturing processes, and cost considerations to optimize designs.Prepare technical documentation, including reports and presentations.Collaborate with cross-functional teams, including engineers, manufacturing teams, and project managers, to ensure design feasibility and alignment with project goals

Design and Development activities (Platform & Customer projects for PS-TC).Acquisition support activitiesCreate and maintain 3D models, detailed manufacturing drawings, Offer drawings and technical specifications.Design and development of fixtures and adapters for testing and validation.Identify and resolve design challenges, applying innovative engineering principle and best practices.Conduct detailed engineering analysis, including stress analysis, thermal analysis, and tolerance studies.Evaluate materials, manufacturing processes, and cost considerations to optimize designs.Prepare technical documentation, including reports and presentations.Collaborate with cross-functional teams, including engineers, manufacturing teams, and project managers, to ensure design feasibility and alignment with project goals

Role: Differential Design Lead for Transmission (e-Axle) projectsJob Description: Lead differential design for e-Axle transmission projects, including acquisition, customer, and innovation projects, ensuring “ON Spec, ON Time, ON Cost” Evaluate OEM’s Differential Requirement & develop Cost & Performance optimal solution Build Supplier Technical Order Specification considering Global (IN,CN, ROW) requirements Collaborate with Purchasing, Supplier, Quality teams to realize Build to Specification Differential from Global Market Suppliers Perform design verification of Supplier Proposal & Own Bevel Gear Macro, Micro, Differential Housing, Center Bolt, Shims, Differential Lubrication, Differential Seizure Achieve Differential NVH targets through Differential stiffness optimization Act as differential interface owner with Transmission Stakeholder & Customer Ensure appropriate design measures and technical risk assessments aligned with project premises, especially for validation failures Review and release 3D models and 2D drawings created in NX, ensuring compliance with design standards and Bosch guidelines. Develop, maintain, and continuously improve differential design guidelines, standards, and best practices. Mentor and guide external designers and ensure delivery targets for Quality, Cost, and Delivery (QCD). Collaborate effectively with project stakeholders, including customers, project leads, transmission leads, and FEA simulation teams. Required Skills:Tools / Software Skills: KISSsoft MASTA HyGears (Optional), BECAL(Optional) UG-NX Teamcenter Technical Skills: Strong knowledge of differential design and development for transmission systems. Solid manufacturing expertise in bevel gear forging, machining, grinding, casting, forging, heat treatment, inspection methods, and acceptance criteria. Proven experience in optimizing macro and micro geometry, seizure resistance, backlash, lubrication, and customer driveshaft interfaces.Methodology & Soft Skills: Good working knowledge of FMEA, DRBFM, and systematic problem-solving methodologies. Strong communication and cross-functional collaboration skills. Competency in technical risk management.

Job Description: Lead Gearset & Planetary design for e-Axle transmission projects, including acquisition, customer, and innovation projects, ensuring “ON Spec, ON Time, ON Cost” Evaluate Transmission Endurance & Overload Requirement & develop Cost & Performance optimal solution Own concept to B/C/D Sample design release of gearsets and planetary gear trains for e-Axle transmissions, ensuring durability, NVH, efficiency and package compliance. Lead cross-functional integration for Gearset realization with FEA, Testing, Purchase, Supplier ,Quality and Manufacturing for B & C & D sample Perform Macro-geometry sizing (module, face width, helix, pressure angle) to meet vehicle targets and e-Axle duty cycles. Perform Micro-geometry design & profile optimization (crowning, lead correction) using MASTA/ROMAX/KISSsoft; LTCA and scuffing/pitting checks. Execute Shaft/spline design, fits and tolerances, bearing selection and gearbox stack-up.Planetary Gearset Design Responsibility Architecture selection: single-stage, compound, and double-pinion planetary sets; ratio planning and power flow definition. Perform Macro-geometry calculations for sun/planet/ring (module, teeth numbers, profile shifts) to meet ratio, efficiency and strength targets. Perform Micro-geometry and contact pattern optimization for load sharing across planets, planet phasing strategy and float considerations. Design Carrier (forged/cast) including struts/spiders, pin sizing, retention (press fit/shouldered/snap ring), and stiffness optimization. Design Bearing concepts for planet pins (needle/roller/bronze bush) with L10 life calculations and lubrication paths. Design Ring gear (machined/insert, integral housing ring), spline and bolted interfaces Efficiency modeling, churning loss estimation; lubrication selection (spray/splash/active) and oil flow features. Review and release 3D models and 2D drawings created in NX, ensuring compliance with design standards and Bosch guidelines. Develop, maintain, and continuously improve Gearset design guidelines, standards, and best practices. Mentor and guide external designers and ensure delivery targets for Quality, Cost, and Delivery (QCD). Required SkillsTools / Software Skills: KISSsoft MASTA UG-NX TeamcenterTechnical & Soft Skills: Strong know how of Gearset design with gear tribology, LTCA, bearing life, gear/lubrication standards ISO/DIN/AGMA. Solid manufacturing expertise on Hobbing, shaping, skiving, shaving, grinding, honing; heat treatment (carburizing, nitriding). Proven experience in optimizing Macro, Micro ,Shaft and Material Excellent communication and cross-functional coordination skills. Good working knowledge of FMEA, DRBFM, and systematic problem-solving methodologies. Competency in technical risk management.

Roles & Responsibilities :

We need Kinaxis solution architect/senior consultant to implement Kinaxis Maestro strategy in two strategic IT projects, bridging the gap between business needs and technical solutions.

Roles & Responsibilities :
•       Design and implement comprehensive end-to-end cybersecurity architecture for OT/ICS environments.

•       Develop and maintain security reference architectures and blueprints for Linux-based SCADA control systems

•       Conduct comprehensive threat modeling, risk assessments, and vulnerability analysis for critical infrastructure systems

•       Define network segmentation strategies and security zones for OT/IT convergence environments

•       Establish defense-in-depth strategies and implement zero-trust principles for industrial control systems

•       Lead enterprise-wide Linux hardening initiatives including OS-level security configurations, secure boot implementation.

•       Design and enforce file system security policies, implement robust logging and auditing mechanisms, and establish continuous monitoring frameworks

•       Harden network stack configurations including firewall rules secure protocol implementations, and network segmentation strategies

•       Develop and maintain Linux hardening baselines, security benchmarks and automated compliance validation frameworks

•       Minimize attack surface through service reduction, secure default configurations, and elimination of unnecessary software components

•       Implement security controls Required to secure MQTT communication protocols.

•       Design and implement secure architectures for visualization platforms

•       Establish OT-specific security monitoring, anomaly detection, and incident response capabilities

•       Develop and implement security controls for web-based UI/UX operational dashboards

•       Collaborate with development teams to embed security into web applications, ensuring secure coding practices

•       Ensure implementation and enforcement of IEC 62443 controls during the development and deployment phases.

•       Maintain compliance with global OT cybersecurity best practices and regulatory requirements

•       Develop and maintain security policies, procedures, and technical documentation

•       Perform regular vulnerability assessments, penetration testing coordination, and security gap analysis

•       Stay current with emerging threats, vulnerabilities, and security technologies relevant to OT/ICS environments