Lediga job som Kabelnätsdesigner

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

About this opportunity

Forty percent of the world's mobile traffic is carried over Ericsson networks.

Nobody thinks about that until it stops. A mobile network is how people call an ambulance, pay for lunch, and find each other. When it works it is invisible. When it fails it is national news. That is the scale a single line of baseband code operates at.

We are entering the 6G program now and forming the teams that will carry it. That is why we are hiring. Join in three years and you inherit the decisions — join now and you make some of them.

We are looking for newly graduated engineers at the start of their career to build the first 6G product with us.

What you will do

You will join a cross-functional team working in baseband software development — in the physical layer, where radio energy becomes data, or in the uplink and downlink processing chains that schedule and move user data. We will not pretend there is a long 6G delivery history to join. There is not. That is the point, and it is what makes this different from maintaining something finished.

The difficulty is real, and it is specific. Real-time C and C++ under microsecond deadlines, against 3GPP specifications, on multi-core DSPs, is unforgiving work — and it is exactly where a confident wrong answer from an LLM looks identical to a correct one. So we treat working with AI as an engineering skill to be learned rather than a tool to be handed out, and the scarce part of that skill is judgment: knowing which answers to trust, which to verify, and which to throw away.

The craft itself is classic baseband engineering, and it looks like this:

• Take a feature from a question to shipped code — studies, systemization, design, implementation, test.
• Rework parts of a 5G baseband that has shipped to hundreds of networks so that it carries 6G, without breaking what runs today.
• Work against a standard that is still moving, and feed what you learn back into it.
• Read code you have never seen before, in a codebase far larger than anything at university, and find the three lines that matter.

The skills you bring

• An MSc in computer science, electrical engineering, engineering physics, wireless communication or similar.
• C or C++ close to the hardware, and enough mathematics to be unafraid of a signal.
• Something you have built because you wanted to build it, not because it was assigned.
• Comfort working where the answer is not known yet. Much of this has not been done before, by anyone.

You do not need to be an expert in telecom - several people on these teams arrived from entirely different domains. We will teach you the standard; we cannot teach you curiosity.

Sound like your kind of problem? Apply.

Tack vare Arctic Paper Grycksbos långa tradition är det svenska pappersbruket en välkänd tillverkare av bestruket, träfritt papper. Tillverkningsprocessen ger upphov till extremt låga fossila koldioxidutsläpp, vilket bara är ett av exemplen på Arctic Paper-koncernens ambitiösa hållbarhetsmål.

Bruket i Grycksbo, som ligger i hjärtat av Dalarna, grundades redan 1740 och har en lång, framgångsrik tradition av papperstillverkning. Brukets ambition har redan från början varit att kontinuerligt förnya processerna och förbättra effektiviteten. Grycksbo tillverkar bestruket träfritt papper under varumärkena G och Arctic som främst används för tryck av böcker, tidskrifter, affischer, kartor och annonsmaterial.

Arctic Paper Grycksbo söker

ELKRAFTSINGENJÖR

Därför ska du välja Arctic Paper Grycksbo

Vill du ta ett långsiktigt helhetsansvar för elkraft i en komplex processindustri där elsäkerhet, driftsäkerhet och utveckling är avgörande? Som elkraftsingenjör får du en central specialistroll med stort mandat och möjlighet att påverka hela anläggningens tekniska utveckling.

Du blir en del av underhållsorganisationens ingenjörsgrupp och arbetar nära produktion, underhåll, projekt, entreprenörer och leverantörer. Rollen kombinerar strategiskt ansvar med teknisk problemlösning, förbättringsarbete och projekt i en varierad industriell miljö.

Vi erbjuder dig

Ett självständigt och betydelsefullt uppdrag där du får:

• Vara teknisk specialist och företagets centrala kompetens inom elkraft

• Ansvara för regelefterlevnad, elsäkerhet och företagets egenkontroll

• Utveckla och förbättra elkraftssystem med fokus på säkerhet, tillgänglighet och energieffektivitet

• Leda och delta i investerings-, underhålls- och förbättringsprojekt

• Utreda fel och störningar samt ta fram tekniska underlag och kostnadskalkyler

• Stödja, instruera och utveckla elektriker, automationspersonal och övriga delar av organisationen

• Samverka med entreprenörer, leverantörer och tekniska nätverk i Sverige och internationellt

Hos Arctic Paper blir du en del av ett företag som lever efter värdeorden: tillsammans, engagemang och hållbarhet. Vi arbetar nära varandra, driver förbättring genom tydliga arbetssätt och skapar en inkluderande kultur där idéer tas till vara. Här förväntas du bidra aktivt och vara med och forma vår fortsatta utveckling, med goda möjligheter att växa både professionellt och personligt.

Om rollen

Som elkraftsingenjör ansvarar du för elkraftssystem och tillhörande utrustning inom hela anläggningen i Grycksbo. Du säkerställer att anläggningarna är säkra, driftsäkra, energieffektiva och uppfyller gällande lagar, föreskrifter, standarder och interna krav.

I uppdraget ingår förebyggande, avhjälpande och förbättrande underhåll, teknisk statusbedömning, felsökning, omvärldsbevakning och utveckling av anläggningens elkraftssystem. Du kravställer och bedömer tekniska lösningar och elinstallationer, tar in entreprenörer vid behov och företräder företaget i tekniska elkraftsfrågor. Du har mandat att fatta tekniska beslut inom ditt ansvarsområde och att stoppa arbeten som innebär risk för person, miljö eller anläggning.

Tjänsten är placerad i Grycksbo och beredskap ingår.

Vad vi söker hos dig

Vi söker dig som vill och vågar ta ett stort eget ansvar. Du har erfarenhet från industri och/eller eldistribution och är trygg med att självständigt driva frågor inom elsäkerhet och elkraft.

Vi tror att du har:

• Eftergymnasial utbildning inom elkraft eller motsvarande kompetens genom arbetslivserfarenhet

• Auktorisation som elinstallatör, minst AL. Fullständig auktorisation A är önskvärd

• God kunskap om elkraftssystem, reläskydd och selektivitet

• God kunskap om elsäkerhetslagstiftning, föreskrifter och relevanta standarder

• Förmåga att självständigt instruera, utbilda och vara mentor inom ditt teknikområde

• Goda kunskaper i svenska och engelska, i tal och skrift

Erfarenhet av DCS-systemen ABB 800xA eller Siemens PCS 7 samt PLC-systemen Siemens S5/S7 är meriterande, men inget krav.

Som person är du nyfiken, engagerad och lösningsorienterad. Du skapar snabbt en helhetsbild, trivs med komplexa tekniska frågor och omsätter analys till praktiska förbättringar. Du samarbetar väl med andra, inger förtroende och driver frågor framåt med säkerhet och kvalitet i fokus.

Anställningen

Tjänsten är en tillsvidareanställning på heltid med placering i Grycksbo. Tillträde så snart som möjligt eller enligt överenskommelse.

För att läsa mer om Arctic Paper Grycksbo och deras produkter, besök Arctic Paper Grycksbo.

Så här rekryterar vi

I rekryteringen samarbetar Arctic Paper Grycksbo med Hansson & Partners. Din ansökan lämnar du via Hansson & Partners senast den 18 oktober.

Urvalet baseras på dina tidigare erfarenheter samt på dina personliga förutsättningar. Vi arbetar kompetensbaserat för att främja en objektiv och icke-diskriminerande rekrytering. Arbetspsykologiska tester och djupintervjuer kan ingå i processen. Bakgrundskontroll kan genomföras på slutkandidat.

Tänk på att din ansökan enligt GDPR inte ska innehålla känsliga personuppgifter.

Om Hansson & Partners

Hansson & Partners är ett konsultbolag med djupa rötter i Dalarna, specialiserat på rekrytering av kvalificerade tjänster, strategisk HR och interimuppdrag. Med kvalitet, integritet och personligt engagemang hjälper vi företag och organisationer att hitta rätt ledare och nyckelpersoner genom en kompetensbaserad och objektiv process.

Du är varmt välkommen att kontakta någon av rekryteringskonsulterna på Hansson & Partners under hela processen om du vill veta mer om tjänsten:

Martin Ogemar, martin@hnpar.com, 072-237 21 30

Anna Hansson, anna@hnpar.com, 070-695 64 63