Job Description

Texas Instruments hiring Digital Engineer Bangalore location (Freshers can apply )
Please use Link to Apply Button to Apply

 Minimum Requirements:
    Bachelor's degree in Electrical Engineering, Electronics Engineering or related field
    Cumulative 6.0/10.0 GPA or higher
Preferred Qualifications:
    Ability to establish strong relationships with key stakeholders critical to success, both internally and externally
    Strong verbal and written communication skills
    Ability to quickly ramp on new systems and processes
    Demonstrated strong interpersonal, analytical and problem-solving skills
    Ability to work in teams and collaborate effectively with people in different functions
    Ability to take the initiative and drive for results
    Strong time management skills that enable on-time project delivery
    
    About the job:
As a Digital Engineer, you'll build new TI products and make our customers' visions a reality. You'll define, design, model, verify and test digital circuits, which fully meet the performance, power, cost and schedule requirements. You'll define, design, model, implement and document the world first 64-bit DSP processor, MMU and heterogeneous multicore shared memory and cache systems including coherent TI DSP and ARM processors. You'll have the opportunity to work in exciting areas such as CPU simulator development, world's first 64-bit DSP Processor, MMU and heterogeneous multicore shared memory and cache systems including coherent TI DSP and ARM processors, 64-bit vector processor ISA architecture etc.
 
As a Digital Engineer, some of your responsibilities may include:
    Partnering with business teams to develop mutually agreeable design specifications
    Providing high-level analysis on chip architecture trade-offs to meet or beat those specifications at competitive cost
    Participating in design reviews and creating necessary design and product documentation
    Designing, verifying, validating innovative IPs to build differentiations for TI devices
    Building optimal design layouts for achieving best in class performance, power and area
    Validating system use-cases and building system solution prototypes to drive higher customer demand
    Characterizing and qualifying the devices to ensure adherence to functional, electrical and reliability specs