Sandvine Off Campus Drive 2024 | Freshers | Trainee | BE/ B.Tech/ ME/ M.Tech – CSE/ IT | 2022/ 2023 Batch | Bangalore
Company Name | Axiom MRC |
Website | www.sandvine.com |
Positions | Trainee |
Designation | Trainee |
Eligibility | B.E/ B.Tech /BCA |
Batch | Recent Batch |
Job Location | Bangalore |
Experience | Fresher |
Salary CTC | Best In Industry |
Last date to apply | Apply ASAP |
- BE or ME (or equivalent degree) degree in Engineering or Computer Science
- Way above average Programming skills and awareness, primarily C/C++ /Java (2 required out of 3)
- Networking – Should be a master of L2(Ethernet, VLAN, Bridges, STP) , L3(IP, IPv6, ARP, ICMP) , L4(TCP, UDP) concepts and network management (SNMP, XML, NMS, EMS) knowledge
- Hands-on kernel programming skills with a deep understanding of operating systems in general and Linux/FreeBSD in particular
- Microprocessor/Network processor programming skills are an asset
- Scripting (Python and Database) technologies related knowledge and hands-on experience
- Excellent debugging, troubleshooting capabilities of complex system and solution level problems
- Motivated, self-starter with strong communication, interpersonal skills, and strong problem-solving skills
Job Description:
You will be part of the Core R&D team with a startup attitude where you go through the cycle of “build-measure-learn”. Here at Sandvine, we let you thrive while rewarding the top talent in an environment where we play just as hard as we work. You will design, develop, test, and maintain a variety of software that runs on our high-performance platforms. You will be exposed to a wide variety of technologies and software development methodologies.
Job Responsibilities:
- Shape the future of the Internet with innovative products and solutions
- Develop software on Sandvine’s leading-edge platforms collaborating with our solution architects and other technical leaders
- Implement high-quality, high-performance code
- Debugging and troubleshooting problems in test and production
Apply Link- Click here