JmE
2.6K posts
JmE
@KalyugaSurfer
JmE/Jamie pfp - @/prenkuart
sleeping Katılım Ekim 2023
178 Takip Edilen36 Takipçiler
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Piyush Rai@Benarasiyaa
“Ab nahin aaunga dost… bata de raha hun.” Heart-wrenching words of a migrant labourer who, along with hundreds of others, is being herded like cattle as they desperately fight to board the train back home. The crisis has hit hard, mercilessly. But the worst affected are the ones who had to leave the comfort of their homes and the embrace of their families, just to earn a living in distant cities. These are the silent sufferers - the backbone of our cities - now left to fend for themselves when everything falls apart. Video via @aajtak
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@kaurmanjot20 Could you send this resume template ??? So it will helps alot.
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I'm looking for a Summer 2026 internship (SWE/product)
(3rd year CS@Thapar| shipped to production| Samsung R&D experience)
If ur team is hiring or you can refer me, I’d really appreciate it.
Portfolio:kaurmanjot.tech
Resume : drive.google.com/file/d/1XoV-7R…
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- ◇ is there anyway he can face legal consquences ?
َ@Varca_Owner
@Pariiidhiiii this is aymall who gave rape threats to you
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these are the people that want R G as PM
Stereotypewriter@babumoshoy
No worries, we have IPL and UPI.
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Indian elites as usual who have never seen even a door of a train lecturing people whether kinners sexually abuse men on the train or not.
✩ stelle ✩@artemiscstars
this is fucking DISGUSTING. Open up your eyes everyone. This is how they are treating TRANS people in India. fucking hell, I HATE THIS COUNTRY SO GODDAMN MUCH. Fire that officer right now. Police have no rights to raise their hands on anyone.
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jhat nahi samajh aya kuch, ek jargon bhi nahi.
im opening a xerox store near my college after graduating
Mrinal@Hi_Mrinal
I had a my interview with a senior engineer from Australia During the interview he asked me to write a piece of code that solves a specific problem ... the core problem was to implement a R/W consistency with Spanner style true time intervals where reads will be waiting until local clock uncertainty interval excludes uncommitted writes some todos I had to complete >> the program should have a truetime interval per node in redis which will be updating via ZADD with interval width as score >> Read waits until TT[.]now().earliest > write_timestamp.latest using Redis pub/sub coordination the video doen't contains much it was all about the code and the workflow it follows
Filipino
Yesterday I was watching dr stone 3rd episode which mentioned india, and people hated india in comments. I don't need to guess what cult they belong to 🤡
Comrade Anush@Comrade_Anush
Why are there very less Dr STONE fans 😿
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JmE retweetledi
@KalyugaSurfer son - ME! I am from a tier 3 college, and I have been into Firmware and Industrial IoT for all my career.
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"Tech twitter" is about to find out there's SO MUCH TO MAKE outside of their vibe-coded echo-chamber man!
Want some examples?
Here is a list of 100. I obviously used GPT to generate explanations, but now you have the answer to the question "What to build next"-
Firmware for microcontrollers : low-level code controlling hardware like sensors and actuators.
Real-time operating systems (RTOS) : OS designed for deterministic timing and embedded systems.
Linux kernel development : core OS code handling memory, processes, and hardware abstraction.
Device drivers : software that allows OS to communicate with hardware peripherals.
Bootloaders (e.g., U-Boot) : initialize hardware and load the operating system.
Robotics control software : algorithms to control robotic arms, drones, and autonomous systems.
SLAM systems : software for simultaneous localization and mapping in robotics.
Autonomous vehicle software : perception, planning, and control for self-driving systems.
Industrial automation software : PLC and SCADA systems for factory automation.
SCADA systems : supervisory control systems for industrial processes.
CNC machine controllers : software to control machining tools precisely.
Embedded Linux systems : customized Linux distributions for devices.
IoT device firmware : connectivity and control logic for IoT hardware.
IoT gateways : aggregate and preprocess data from multiple IoT devices.
Network protocol stacks : implementations of TCP/IP, BLE, Zigbee, etc.
Bluetooth stack development : communication protocols for short-range wireless.
Wi-Fi firmware : low-level software managing wireless connectivity.
DSP software : signal processing for audio, video, and communications.
Audio codecs : encode/decode audio streams efficiently.
Video codecs : compress and decompress video streams.
Computer vision systems : image processing and object detection pipelines.
FPGA programming : hardware-level logic design using HDL.
ASIC design tools : software for designing custom chips.
Hardware abstraction layers (HAL) : interfaces between hardware and software.
Power management firmware : optimize energy usage in embedded systems.
Automotive ECUs software : control engine, braking, infotainment, etc.
CAN bus software : communication in automotive systems.
Avionics software : flight control and navigation systems.
Satellite communication software : manage data exchange with satellites.
SDR (Software Defined Radio) : radio communication implemented in software.
Telecom switching systems : manage call routing and data traffic.
Baseband processing software : core cellular signal processing.
Operating system schedulers : manage task execution timing.
Memory management systems : allocate and track system memory.
Filesystems (e.g., ext4) : organize and store data on storage devices.
Database engines : manage structured data storage and retrieval.
Distributed systems frameworks : coordinate multiple machines.
Cluster resource managers : allocate compute resources across clusters.
Virtualization software : create virtual machines and isolate workloads.
Hypervisors : run and manage virtual machines directly on hardware.
Container runtimes : manage lightweight application containers.
GPU drivers : enable software to utilize graphics hardware.
Graphics rendering engines : low-level rendering pipelines.
Game engines (core runtime) : physics, rendering, and input systems.
Physics simulation engines : simulate real-world physics interactions.
Scientific computing software : numerical simulations and modeling.
High-performance computing (HPC) frameworks : parallel computation systems.
Compiler design : translate high-level code into machine code.
Linkers and loaders : combine and prepare binaries for execution.
Debuggers : tools for analyzing and fixing software issues.
Profilers : analyze performance bottlenecks in code.
Static analysis tools : detect bugs without running code.
Binary analysis tools : inspect compiled executables.
Reverse engineering tools : analyze unknown binaries.
Malware detection engines : identify malicious software behavior.
Antivirus software : protect systems from threats.
Intrusion detection systems : monitor and detect network attacks.
Encryption libraries : implement cryptographic algorithms.
Secure boot systems : ensure only trusted firmware runs.
Trusted execution environments : isolate secure code execution.
Blockchain nodes : maintain and validate distributed ledgers.
Consensus algorithms : ensure agreement in distributed systems.
Cryptographic wallets : manage digital assets securely.
Smart contract runtimes : execute blockchain-based contracts.
Data acquisition systems : collect sensor data in real time.
Telemetry systems : monitor remote system performance.
Logging frameworks : capture system events for analysis.
Time synchronization systems : ensure clocks are aligned (e.g., NTP).
GIS systems : process and analyze geographic data.
Navigation systems : compute routes and positioning.
Medical device software : control diagnostic and therapeutic devices.
Imaging systems : process MRI, CT, and ultrasound data.
Bioinformatics tools : analyze biological and genetic data.
Energy grid management software : control power distribution.
Smart meter firmware : measure and transmit energy usage.
HVAC control systems : manage heating and cooling efficiently.
Building automation systems : integrate sensors and controls in buildings.
Railway signaling software : ensure safe train operations.
Traffic control systems : manage urban traffic flow.
Drone flight controllers : stabilize and navigate UAVs.
Navigation firmware (GPS modules) : compute location data.
Sensor fusion systems : combine multiple sensor inputs.
Gesture recognition systems : interpret motion inputs.
Voice recognition engines : process and understand speech.
Natural language processing engines : analyze and generate text.
Recommendation engines : suggest items based on patterns.
Fraud detection systems : identify suspicious activities.
Financial trading systems : execute high-speed trades.
Risk modeling systems : simulate financial risk scenarios.
Backup and recovery systems : protect and restore data.
Data compression tools : reduce storage and transmission size.
File synchronization tools : keep data consistent across systems.
Version control systems : track code changes over time.
Build systems : automate compilation and packaging.
Continuous integration tools : automate testing and builds.
Embedded test frameworks : validate firmware functionality.
Hardware-in-the-loop simulation : test embedded systems with real hardware.
Digital twin systems : simulate real-world systems virtually.
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@VazeKshitij how tho? I have seen my IIT friends get into some of these roles and when i asked them whether or not their company hires people from T3 off campus they said no, do you know some people who are in these fields + from a T3 college?
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@KalyugaSurfer Yes, in a way. And no, you are completely wrong on the second part
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JmE retweetledi
Cillian Murphy’s son looks exactly like him 😳
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the guevara says it all
Lolflix@lolflix_
Hindustan ka pehla dushman Hindustani hi hota hai, Pakistan toh doosre number pe aata hai.
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JmE retweetledi
